Waste Management

LANDFILL & INCINERATION:
These should be avoided for several reasons:
•They require too much human labour,resources and energy in their construction
•The problem of leachte can allow for waste water or “garbage juice” to seep into the environment which is costly to the environment and requires far too much human labour to prevent
•Resources will lay dormant and cannot be reused and recycled especially in the case of important metals,plastics and organic waste which could be immediately reused rather than be dug out for later to be salvaged expending even more human labour and energy.
•With regards to incineration it causes pollution and once again components and materials cannot be recycled and reused.

In the case of landfills more research can be done into automating the process of digging up existing landfills and dumps and scavenging the materials for recycling in the near future once dangerous methane ex pulsed from them has all been used as energy.These materials can be turned into fertiliser,graphene,carbyne,diamonds,energy sources and recycled products and ores with the landfills turned into large indoor swimming pools when a building is built around it as well artificial lakes connected to nearby waterways via artificial rivers once the concrete etc is recycled.Otherwise ideally they can be refilled with dirt and compost made in factories once the concrete is dug up and the land reforested into wilderness or forest farms.Open landfills will be recycled or pyrolysised and the ash recycled for graphene etc and the land reforested once bioremediation programmes.Incineration plants can be converted into homes and indoor hydroponic gardens or geothermal plants with scrapyards recycled and reforested or turned into parks with if possible the waste in both open and underground landfills will be possibly incinerated for energy around the world and the resultant waste products cleaned and recycled for graphene etc.Thus by 2029 robotics should be advanced enough to allow all open and buried landfills world wide to be dug up and harvested for rubbish with no human labour which will be sent to local pyrolysis plants to burn it and produce energy and other materials sent to relevant burners and recycling plants and allow all material to be recycled as graphene or metals.Landfill waste will have them separated into different types of waste by Da Vinci surgery and robot chef type robots and then sent to each burner and other types of recycling plants with the extraction of existing waste from landfills and transfer and storage in recycling plants done by AI and automation from start to finish by 2029.The location of all existing landfill will be charted by AI and logged in Brauron with any methane produced captured and burned onsite of power plants with landfills underneath golf courses,wilderness and housing estates gained by crossrail borers and methods of drilling similar to hydraulic fracturing or transporter technology.This will be done to prevent them going to waste with by 2020-2029 no new landfills created but rather all new waste made prior to recycling hubs being set up will be recycled accordingly.If possible robotic chef hands connected to cameras can be used by the AI of organic waste centres to openup bags and separate each type of waste ie metal,plastic and organic waste from each other into bins that have KIVA systems to send them to the proper waste facilities.The land will be resoiled and reforested with no new landfills created in the future.The internet,google and government records will be analysed by AI to determine their locations with those under homes done via digging sideways underneath from a far off distance with simulations done to see if it is feasible with locales relocated to more higher quality housing and the homes demolished and land reforested with golf courses made redundant by VR will be reforested once finished.




E-waste landfills and other types of waste landfills in open areas in especially the developing world will have all of the material recycled in relevant recycling plants either set up as part of their local hubs or shipped to those in other countries including the developing world.The land these and other open landfills will be bioremediated and then reforested.


Abandoned train,boat,aeroplane,vehicle and military planes graveyards as well as any of these found in the wilderness will be recycled for scrap and buildings turned into homes and the land also reforested once bioremediated with even train tracks recycled once underground hyperloop systems are put in place.Trailer parks both abandoned and those made obsolete by residents moving out will also be recycled.All areas covered in tarmac and concrete etc will be dug up to allow this and all land surrounding them to be reforested as far back as possible.All vehicles in these will be scanned into Selene and AI recreating them to fully functioning vehicles before being recycled with software making them functional and remove rust etc.Their location will be determined by AI scouring google,YouTube and other websites to mark them online thus allowing volunteers,government bodies and in time robotics locate them and then transport them to their relevant building with this done at least by 2029 when fully automated recycling hubs are set.Satellites used by the AI will also be used to zoom on the general areas extrapolated from these with the known location of these marked in proto Cybele with people able to go there and mark the GPS location to be sent to this.Drones will patrol all wilderness around the world in fleets and mark the GPS locations and take pictures of any rubbish to be collected by volunteers and in time robots and biosynths with this applying to caves,forests,jungles,deserts etc.Advancements in robotics by at least the early 2030s will allow for those hidden in dangerous places like caves and mines to be collected without human labour or chance of injury.Any vehicles in good shape can be sent to local piers,community centres etc and thus traded on Euthenia.The location of these will be sent to local authorities and AI such as proto Cybele.Thus the main route of waste management should be reuse,recycle and reduce.Harmful toxic material like chat,asbestos etc should be recycled into their base elemental componants for commercial uses as well as benign compounds.Abandoned trailer parks and also those used by the poor who move into more luxury housing will be recycled and the land reforested.









SHARING & TRADING:
Sharing of unwanted items can be done via community centres where the community can share items that are not used all the time or and only once a fortnight or month etc or unwanted and a global online Euthenia platform within Hephaestus where a person can post ads detailing items they want to trade or items they wish to acquire on a global scale from other citizens around the world replacing Amazon,Ebay and similar sites.This will cut down on energy and other resources in the manufacture of goods.Vehicles such as yachts and motorhomes and homes can be shared via online global sharing platform Helios allowing people access to items without the need for producing more and use them when not used.

COLLECTION:
Collection of waste can be organised with each home having a bin for each waste type or mutli in one collection bins.Collection of waste can be automated through automated trucks as well as miniature trash robots in amenities or pedestrian streets in town.For large scale city and street collection rubbish bins can have built in RFID chip and/or sensors that interact with the garbage truck to make collection easier and contain information on the zone and house that the trash bin is from and the type of waste stored in the trashcans as well as what type of waste bin it is so as to ensure the trash collect only collects waste it is designated to collect.Each Home AI will program that it wants waste to be collected interacting with all nearby waste plants which will hold the address of all homes that want waste collected and the trash bins will be registered to the home AI.Bins will have microchips in them to detail the address,homeowner and also what type of rubbish is in them with them having unique colours and unlike all other items these will not have the option to be designed on Pyxis with their being universal designs with the microchips registered by the home AI allowing them to be read by smart phones.These would be the same designs as those in countries with automated garbage collectors with them also composed of plastics with graphene in its matrix.New ones will all have microchips in them with old ones recycled once a family gets new ones with self driving technology added over time that causes them to move into place by themselves.These will also register their location of them when vehicles arrive.Large public garbage bins in cities will also have these microchips with them also separated into different types next to each other.Hospitals,factories,restaurants and farms of all types will have several large skips with when full or nearing full capacity will have the building AI automatically order in an organic waste truck that collects it even outside normal hours with the same done for other ones for all types of rubbish.These microchips will be biosynth ones that are built into the bins themselves.Waste trucks will either be large and have compartments for each waste type or will come in a series of smaller collection vehicles for organic matter such as food/paper/cardboard etc.,one for plastic,one for rubber etc that come one after at set times of the day and night the other or one doing the rounds each day of the week(alternatively in smaller communities and if one misses a truck they can drop off waste in appropriate bins for pickup dotted in specific areas or right next to the waste/recycling centre on a conveyor belt).The schedule of each towns,villages,cities and streets collection trucks can be logged and visible on the wire specifically the relevant network of Hermes.This can be done autonomously with the homeowners automated vehicles dropping it off at these recycling centres via a menu in the Home AI app that selects the specified waste type and sends it to the specific centre and interact with the AI of the recycling plant to allow miniaturised collector robots to pick it out of the car.Since these plants work 24/7,365 days a year the citizen can program this to be done at night or when they are not using their vehicle or the waste collection trucks can do their collections at night when traffic is not busy.They will as stated earlier also be linked to networks that detail the schedule of each truck arriving and if full(or even half full) using a pressure plate inside and internal sensors will automatically move to the street when the truck arrives.Sensors within the truck can allow for the measuring of the weight of the amount added from each bin allowing for waste produced by the neighbourhood to be more accurately determined for consumption and recycling studies for each type of waste and all waste as a whole on personal,local,regional,national,continental and global levels from days to millennia with demographics available to the public on demand.They will also relay the amount to the Home AI for these studies which can be fed into Hermes.Each type of waste will require different bins/trucks for disposal as well as different methods of disposal and recycling with again sensors interacting with trucks to determine which type of waste it is to be put in a specific compartment of the truck or in specific trucks suited for each waste type that serve the city or region one each day or week.Since they will work 24/7,365 days a year they can serve multiple towns and villages at once with each truck serving multiple communities each day over the week or fortnight.As stated earlier old Christmas trees should be mulched and chipped at the tree farm they were got from to create fertiliser and chipping for soil and save the need for transportation or ideally be planted in their garden all year long.Organic waste bins will have a permanent layer of liquid glass on their interior and exterior to negate the need for plastic rubbish bags with all rubbish also not needing rubbish bins since the waste will simply be disposed of into waste trucks and also the plant.This will allow organic waste such as food and liquid to be just dumped into them without bags saving on labour and preventing plastic mixing in with the pyrolysised organic material.Other wastes will just have them dumped into them the same way without bags.Eventually each home could have rubbish bins that will autonomously leave their house and travel to the nearest waste disposal plant or large bin by travelling through pathways and interacting with traffic lights and be picked up by machinery at the waste plant and then return home with information such as GPS location and time of arrival and return.They could be powered by the same technology in mobile trash cans used in places like Disneyland with quantum dot technology aiding this with themselves constructed of graphene to also gain energy from sunlight and also have the chips embedded more easily and their connection to Artemis and Hermes allowing them to navigate the town or city including traffic lights with them going to the waste disposal facility they are designed for with helper robots also doing this if the home is near the waste plants.Using the contacting the mayor AI and applying to their local waste treatment plants via the AI one could subscribe to this service though ones Home AI could automatically register to the service of their local waste disposal with their address and GPS given.Alternatively the waste can bee deposited in an underground waste box similar to the Acrex system where automated trash collectors collect it at set times.Islands would have trucks that come at the same time on large boats at the same time or in the case of organic waste each home can have compost machines that allow waste to degrade with the help of genetically altered bacteria that increase the rate of decomposition including recombinant DNA from Saccharophagus degradans and those from faculative anaerobic bacteria or they can be used in home biogas digesters that create biogas for use in home canisters.Ideally all waste plants should be located near each other in waste management hubs serving the locale or region they collect waste from with both the interior and exterior of garbage trucks(especially where they store the waste) to be coated with a permanent layer of liquid glass to prevent the need for cleaning.This can be done with new ones set up in near existing glass and metal recycling centres or next to where manufacturing hubs are with the latest automated machinery and allow the old ones to be converted into communal homes as themselves or via extensions.Ideally these recycling hubs particularly glass,metal,e-waste,plastic and others should be in close proximity to manufacturing hubs or moved there next to them so as to allow Persephone to send recycled material to factories in that region so as to cut down on energy costs in transportation but also to ensure the material is delivered when needed with interactions between the AI of factories and waste recycling plants very quickly with them stored onsite of the plants or in Aphrodite building.These would thus serve each region,city etc thus saving on enery to transport them from homes to recycling plants to then Aphrodite buildings to be reused.Old recycling plants would continue to function until the new ones are set up next to manufacturing hubs and the old ones turned into homes ideally communal homes.This should be possible by 2029 and would ensure not only cutting down on time to transport recycled material but also allow each region,town and major city to be self sufficient in their recycling needs and would also cut down on the amount of tubing required for pneumatic tubes and also allow them to branch of at the centre of the hub.This would ensure each region and city has its own nearby recycling plants cutting down on times for collection and allow for vehicles to serve the are each day as well as allowing large cities etc to house pneumatic bins that are energy efficient and require less tubing.Old ones can be renovated into homes with this applying to those made redundant from nanotech and picotech fabricators with the operating software changed from Tyche to Hestia and the addition of new AIs for each apartment blocks.Waste plants of different material types should be located near or on site of factories and have all methods in one place ie.stone furniture factories should have machinery that recycles stone into composite materials.In time these recycling centres could be built into the factories in miniaturised form in extensions to allow waste collected by trucks etc to be allotted by Persephone with this software constantly moving around resources between them should any surpluses and deficits occur.Pyrolysis and incinerator plants that produce biochar should be placed near vertical farms and community gardens in between them and manufacturing hubs with again Persephone managing the allotment of fertiliser to local farms but also carbon for graphene etc for factories that need it.

https://www.youtube.com/watch?v=p10XdmDL_54

https://www.youtube.com/watch?v=PFHbRLXPJ5g


To alleviate this or replace it entirely pneumatic waste collection pipe systems can be used where residents of large buildings simply put their waste in a hole in the wall in the basement that directs the waste to the specific waste plant(including pyrolysis plants and metal recycling plants with rubber and latex sent to factories that need rubber for it to be degraded and reused) directly by a piping system that travels underground bypassing the need for trucks.This can also be in stationary public bins across towns and cities for those that live in the suburbs.This would require numerous hole pipes to be integrated into the basement for each waste type(metals,rubber,plastic,organic waste)and would only require again the actual waste and not plastic rubbish bags to be put into them with pipes for food and other organic waste etc. coated in a permanent layer of liquid glass to prevent clogs either during manufacture or by robots after they are set up.For smaller homes(and even aforementioned larger communal ones) these pipes could be integrated into the basement and key rooms of community centres,vertical gardens,airports,amenities,factories,homes both communal and private,outside in plazas in estates or communal homes or in an isolated outskirts in the open near where the waste plants are allowing an entire community or region to dispose of their waste this way and cut down on piping significantly.Those in communal homes and even private homes would be connected to existing ones at angles and those in the streets via the pipes created by advances in robotics rather than whole entire separate tubes.Private homeowners and those in communal homes and public buildings will have these added by advances in robotics by the 2030s with them alerting Ictinus factories.These would consist of networks of tunnels that merge together with them placed at key points of the town,village or city with them logged in Brauron and thus visible in maps streamed on smart devices as a legend with each of those in all buildings and in the open space marked as their specific waste type by a universal colour as denoted below and them in a shape similar to hexagons as open holes that have openanable lids.Public buildings like airports and hospitals can have these integrated into them again in the basement filled up by mobile trashcans that can be called by the people there or at key points of the airport etc.Micropipelay technology can be used and organised by communities to set up these and will be scanned in by robots into Artemis with new ones set up by 2029 by robots managed by Tyche and the mayor AI.Islands can have these connected to the mainland via underwater tunnels composed of graphene and other carbon composites and coated externally in liquid glass.Underground communities can have these that go to the surface.These will at least alleviate strains on the trucks collecting rubbish.



Drones that patrol wilderness areas and streets can detect rubbish and relay its GPS location to other robots for collection.In time transporter technology will allow all of a persons waste to be transported in bulk.

PYROLYSIS:
The process of pyrolysis creates three byproducts:biochar which is usually pure carbon with impurities mixed in the case of pharmaceutical waste done this way.This biochar can be used to produce diamonds,fertilizer(ideally those from organic waste such as food,animal waste and paper/cardboard as it will contain traces of phosphorous and nitrogen and other essential nutrients that be integrated into a looped system)that can retain water in soil.Factories,vertical and community farms linked to these pyrolysis plants via the wire can order in any excess biochar for the production of graphene,carbyne,diamonds,fertiliser etc via Persephone when needed with it stored on the building in special areas and will receive alerts from Aristeaus,Aphrodite as to what amount is needed with ideally vertical and community given amounts based on previous supply and demand past on past orders with them keeping any excess for the future making future orders eventually shorter with the same applying to Aphrodite to create graphene,carbyne,buckypaper.It can also be used to store pharmaceuticals and other pollutants in an inert form over geological time scales in abandoned mines and in time nanotech fabricators can be used to separate the carbon and these bioremediated pollutants both into inert forms and into elemental compounds that can be used for other purposes with sheets of graphene and similar nanomaterials,biosynth technology,super blasts of super high intensity UV lights,radiation treatments.chemical or mechanical treatments can also be utilised to do this.Biocompatible microbes can be mixed in with the biochar and water or other natural non toxic solvents to break down toxins via anabolic and catabolic reactions into benign compounds or even benign elemental ores etc with these and other compounds etc.If these actions are done then nanosensors or other technology can be used to ensure that 100% of the toxins are removed with repeats of these treatments used together can allow more toxins to be removed with testing and repeats of these process done over and over again until all of the toxins are gone with the toxins made into inert compounds by mixing it with other benign elements or used as a food source for bacteria that produce commercial products from these pollutants diluted down.Daphne,Rhea,Urania etc will develop different methods to remove all types of carcinogens,heavy metals and other toxins from all biochar etc produced.All heavy elements,toxins etc will be sent to Aphrodite buildings and separated onto base elements and then recycled alongside metals for commercial products with any metal pieces etc that part of clothing etc or made it through initial separations would be separated at this point and sent to metal recycling plants.It would ensure each batch of biochar to ensure it does not contain any toxic materials like pharmaceuticals,carcinogens in dangerous levels that would damage human and animal health or be toxic to the environment with measures to break these contaminants down or remove them if they are present via automation to be implemented to ensure all biochar can be used.The toxins,metals etc removed should be broken down into their elemental components to be shipped to Aphrodite buildings to be then used for commercial products with any important elements such as sulphur,nitrogen,potassium and phosphorous that are detected will be shipped to local farms.Used graphene sheets can be replaced or either pyrolysised or disposed of in compost or even treated to have the pollutants removed on site and then reused indefinitely with all steps involved in this automated.These filtration measures should be introduced into organic waste pyrolysis plants used for fertiliser production should plastic,rubber or other contaminants be introduced accidentally as they can when pyrolysised produce carcinogens that could contaminate fertiliser with advances in artificial intelligence such as cameras equipped with NIR Hyperspectral cameras and others recognition software that can detect both plastics and rubber etc to allow them to removed by robots with hands,biosynths or hand like attachments that can then send them to the proper waste treatment plants before pyrolysis when put on a conveyor belt by adding them to separate mobile bins inside them with KIVA mobile systems before pyrolysis with nanosensors in the batches of finished biochar used to detect carcinogens to decide whether to initiate filtration and degradation procedures.Robot chef hands with cameras that can detect plastics,metals will sift through the waste surgically in groups and remove plastics and metals etc and put them into the correct bin.In time biosynths will be present.Each organic waste plant will have at least two large mobile trash and for each type of foreign waste.Pyrolysis can be done either in large scale factories or at home.Liquid glass will also be sprayed in all surfaces inside the waste plants of all types to prevent the build up of dirt and pyrolysised waste that may interfere with the machinery,contaminate other batches as well as cause other complications and to ensure maximum yields.





Bio-oil produced can be used as an energy source for vintage vehicles or home heating or for use in fertilisers and cosmetics production should any toxins present be filtered out by graphene sheets and super blasts of super high intensity UV lights following the automated system used in the removal of toxins from biochar.It can also replace petroleum in the production of plastics and also products like greases,petroleum.It will be used with it burned on site to produce energy fed into the local grid or it can be deposited into the a steel drums fitted with a tap which when full can be shipped to local community centres in the region and then community members can use the tap to refill jerry cans for using it at home.

Syngas can be used again to produce methane for home heating or for the production of methangenous based plastics.Waste treatment plants such as those used for pyrolysing can collect the syngas and have it put into gas cylinders to make communities self sufficient in gas production with the gas first collected in a chamber and that automatically refills gas canisters sent there by community members from their home and sends it back.Robots or drones that can carry these can do this by interacting with traffic networks or the consumer can drive to the plant and attach the gas canister in person with onboard touchscreen computers telling them that it is securely held in place and is filled to prevent accidents or leaks.Any excess could be burned on site to be fed into the local energy grid.
https://www.youtube.com/watch?v=Idopp5MZLBI

Until these are set up then each community whether rural of urban will have mobile units set up in community centres that will take in primarily organic waste such as weeds,grass,waste food and wood.These will as detailed earlier on will continue to work to provide biochar by growing weeds,bamboo etc onsite that will be used as biochar for fertiliser they will also intake organic waste from buildings whether obsolete and abandoned being renovated.Prior to the organic waste plants set up people will send in their organic waste her in person or via rubbish trucks picking them up without plastic and plastic bags.These will continue to function constantly and still intake excess organic waste such as food from each member of the community to alleviate strains on pyrolysis plants.

Measures can be done to influence the ratio of biochar,bio-oil and syngas produced allowing according to the needs of the local community.Communities using the wire can decide the ratio of biochar,bi-oil and syngas is produced via their local pyrolysis plant.Typical yields are 60% bio-oil,20% biochar, and 20% syngas.By comparison, slow pyrolysis can produce substantially more char (~50%) with ideally methods researched to produce only biochar or at least somewhere inbetween 60-90%.Ideally only organic matter and food should only be pyolysised together with no plastic or rubber mixed in which can create carcinogenic dioxins that would contaminate the fertiliser.The same can be done to bio-oil used to make cosmetics.Air filters composed of graphene and other nanomaterials such as stanene should be installed in order to filter out noxious and poisonous gases alongside the syngas to prevent them contamination both bio-oil and biochar.Persephone would link all community and vertical farms to the amount of fertiliser they need to import for custom made fertilisers which can be made onsite of the farm or in specialised factories that supply a region with all of their fertilisers that mix biochar with algae.Biochar pyrolysis plants can also have the heat from heated vats and containers that house the organic waste generate electricity to be fed into the local grid when the outer shell placed over them containing water or low boiling liquids in a looped system that can be converted into steam,turn turbines and then condensed in a looped system with all vats,burners and heaters covered in a layer of liquid glass.

Incinerator plants can be modified and used to burn all types of waste and still produce energy.Biochar pyrolysis plants can also have the heat from heated vats and containers generate electricity when the outer or inner shell placed over the vats containing the waste being pyrolysisied containing water that can be converted into steam,turn turbines and then condensed in a looped system with all vats,burners and heaters covered in a layer of liquid glass with the steam directed to the turbines separate from the pyrolysised material.Excess syngas and bio-oil as well as diesel from the pyrolysis of each waste produced can be burned onsite to generate an extra second round of energy though ideally the process should produce 90-100% biochar.These oils and gases will be directed to burners for each of them where they will produce a second round of electricity with all surfaces covered in liquid glass to negate the need for cleaning due to it having a high melting point of 1,600 degrees celcius.All of the carbon dioxide from burned syngas,bio-oil,diesel and methane will be fed into vertical farms that grow Bambusoideae etc that can be harvested and sent to the same organic waste plant to be burned to produce more biochar with any bio-oil etc produced then burned for more electricity and the carbon dioxide rerouted to the same farm and so on other gases filtered out using SNOX filters.Incinerator plants can also be converted into biochar pyrolysis plants that burn these wastes with extensions added to house the different burners and also areas to grow hydroponic plants and also areas to store excess waste of all types with all operations being automated.All interior and exterior surfaces including burners should be coated in a permanent layer of liquid glass.Bio-oil and syngas produced can be burned onsite to produce more electricity.Pyrolysis plants within them that burn rubber and plastic can create two rounds of electricity as the pyrolysis process generates heats to heat water to turn turbines with the diesel produced burned again onsite to produce more electricity.Any syngas produced would again be burned onsite to produce more electricity.Ideally each pyrolysis plants around the world will be converted into universal pyrolysis ones that have different burners:one for burning up existing reserves of waste from landfills both open and underground also with the waste ash turned into graphene once bioremediated and metals etc removed,one that burns rubber,one that burns petroleum based plastics,one that burns both organic waste from homes both private and communal etc and also Bambusoideae/C.sativa/S.babylonica from carbon sequestration plantations both indoors and outdoors managed and sent there by Pan and in each case them generating electricity and more secondary and tertiary rounds of electricity from the diesel,bio-oil and syngas produced in two burners onsite that collects these from the other burners automatically.When all landfill waste and existing reserves of petroleum based plastics will be burned up then their burners will be used to burn plants as part of biochar sequestration and other waste decided by AI.Landfill waste will have them separated into different types of waste by Da Vinci surgery and robot chef type robots and then sent to each burner and other types of recycling plants with the extraction of existing waste from landfills and transfer and storage in recycling plants done by AI and automation from start to finish by 2029.Ideally all waste will be separated by these robots that have cameras to recycle the material.The AI of the plant will interact with Persephone to dispense the biochar to local Aphrodite factories with them intaking all types of waste from bins in their local with the AI organising the extraction of all existing open and underground landfills with Cybele managing the resoiling of underground ones and reforestation of all open and underground landfills with Cybele interacting with the plants in all countries,states,counties etc to show them the location of all open and underground landfills and thus organise their extraction.With regards to landfill waste all metals and toxins will be removed after pyrolysisation with the biochar removed and any syngas etc burned for more electricity.This will be done via graphene sieves and robotic hands modelled on robotic chefs and Da Vinci systems with by 2029 these combined with NIR hyperspectral and normal cameras be able to open up plastic bags and separate wastes individually sending organic wastes to organic waste burners,plastic to plastic ones and so on with metal sent to metal recycling plants.The biochar produced will be used to create graphene,fertiliser etc once the purity has been checked and filtered.Bambusoideae can be grown indoors hydroponically in the incinerator plant with piping via overturned smokestacks pumping the carbon dioxide from burnt bio-oil,syngas,diesel etc into the area with them having recombinant DNA from capnophilic bacteria to absorb more carbon dioxide and then moved into the same burner as organic waste or other ones devoted to them to produce more electricity and biochar.This Bambusoideae can be engineered to intake any pollutants including dioxins which will be separated form the finished products and will be pyrolysised onsite with any bio-oil etc produced burned for more energy and the carbon dioxide collected and the plants that absorb this burned again and so on until all of the original carbon dioxide is fully sequestered with more smaller burners present for each round or them traded back and forth between a few of them and these all producing more electricity.Otherwise artificial trees or SNOX filters can capture the carbon dioxide from the first round of burnt oil,syngas etc to be sent to vertical farms.When landfills both open and underground ones have all waste burned and petroleum based plastics are replaced by methane based plastics then the one used for them can be used for the Bambusoideae as well with their being already a second one to pyrolysise the Bambusoideae used to sequester carbon dioxide produced by the burning of diesel,bio-oil etc thus there will be three after landfill waste is collected.Ideally all waste should undergo pyrolysis to ensure the ratio of biochar to syngas and bio-oil is much higher ideally over 75% biochar or at least 90-100% to ensure the amount of rounds of Bambusoidea grown onsite to sequester each round of oil etc is small.If possible flour can be created by bacteria instead of Bambusoidea from carbon dioxide created by burnt syngas etc to grow larger amounts much quicker and this pyrolysised or burned onsite to create more biochar and energy or they could grow commodities that can be shipped to factories since these will be as part of recycling hubs near manufacturing hubs.Each round of bio-oil,syngas burnt can be rerouted to where it can be converted into dry ice powered by thermo-piezoelectric material covered geothermal pipes to be then fed to bacteria that produce flour or Bambusoideae grown onsite that can be pyrolysised to create more energy and biochar and the levels of bio-oil and syngas possibly exponentially lower each time and creating consistent rounds of electricity.These can be operated by the same AI with them managed by Steropes and Tyche with statues of both on the grounds.All incinerator plants that create electricity will be converted into communal homes through roof,side and underground extensions while the new pyrolysis plants are set up in recycling hubs next to manufacturing hubs while the areas powered by the incinerators will be converted into communal homes while geothermal plants are set up in the area connected to the local grid.They may even be part of manufacturing hubs as recycling plants are moved onsite of each factory allowing them to power the  manufacturing hubs and send excess to the grid and it slowing down transport of biochar to Aphrodite and other factories.These would generate electricity from both carbon sequestration problems and also constant ingoing organic waste over the coming millenia and would power both manufacturing hubs and recycling hubs they are part of alleviating strains on the grid especially during blackouts but not replacing the grid.The AI of the power plants and Steropes will decide when to interchange between powering these with excess energy fed into nearby homes,hospitals etc on demand when needed.These can be powered from the main grid or ideally either solar panels and Storedot batteries or onsite miniature geothermal powerplants that power the heating enough for the the energy invested to energy returned is at least 3:1 thus making them power themselves to the point they are producing more energy than requires to start reactions to power both themselves and the grid and make them carbon neutral.They will have roof,underground and side extensions to house Bambusoidaea hydroponic systems and also all of the burners.All actions required ie transferring Bambusoidaea to burners from onsite hydroponic farms,intaking all types of waste and also Bambusoidaea from biochar plantations,transferring bio-oil,syngas etc to their burners,adding extensions will managed by the plant AI.

GLASS:
Glass bottles especially wine bottles should be reused for storage of drinks produced at home or created into homemade vases and lamps.Broken glass from broken drinking glasses,glass structures etc can be sent to glass recycling centres within both glassware factories and wine bottle factories via glass bottle banks and then remoulded into new glass.Ideally to make them shatterproof graphene can be mixed into the silica matrix to make them indestructible and then if not needed they can be melted down and used to make other glass products like windows and drinking glasses or prescription glasses or even silicene for electronics and liquid glass.Aluminium will be no longer used since all drinks it is currently used for will be prepared at home and replaced by graphene or steel kanteens as both are more durable and can hold more volume of liquid for beer and other drinks and will be reused indefinitely saving on energy costs.All existing aluminium cans should be recycled for other uses ie CSYS lights,for use as batteries alongside nanocarbon sheets in metal recycling plants and aluminium recycling plants used for homes etc once all alnuminiumIts use as foil will be eliminated by 3D printed tupperware.Otherwise glass can be crushed and turned into useable sand to refill exploited beaches around the world with glass bottles,broken glass and glass windows recycled this way with these on site of glass factories to be shipped to beaches that have been depleted.Glass wine bottles for storage of drinks will be replaced by large reusable graphene and steel kanteens to be used in restaurants etc and barrels and wineboxes at home and in bars.Beaches that are disappearing due to over exploitation of sand for construction can be returned to normal levels can be returned to normal by crushing beer and wine bottles in machines and return the sand to them,recycling silica in electronics and windows,recycling foamcrete and all types of concrete from demolished buildings and dams or crushing them into a powder form and returning them to beaches under threat,using carbon composite materials in construction and electronics or when picotech fabricators become a reality creating sand on an unlimited scale for both construction materials as well as creating it this way to refill beaches that were over exploited.Silica can be sourced from mines and other sources other than beaches.





With regards to wine it should ideally be stored in cardboard/graphene boxes holding a resealable plastic pouch or refillable in a way that prevents it becoming contaminated by air and bacteria etc with seal able cap or similar method that can allow the same box and pouch to be used over and over again and thus last forever with the plastic pouch hooked to the opening.The advantages of storing wine this way over glass bottles is that the wine can stay fresh for roughly eleven times longer,is cheaper to produce the materials and does not suffer from oxidation,UV damage and cork taint as well as storing more liquid.The boxes can be composed of 3D printed plastic or graphene instead of cardboard making them sturdier and longer lasting and negating the resources needed for making cardboard as well as being made at home in various shapes and sizes and can be disposed of properly in the same way as other plastic when not needed or used indefinitely.Otherwise homemade wooden beer and wine barrels can hold them over longer time periods.This should replace wine glasses for storage of wine with wine bottles gradually becoming obsolete and new containers for all drinks such as fruit juices,fizzy drinks,milks etc being created on 3D printers that again can be used again and again indefinitely and washed out in a sink and like wine boxes can come in a variety of custom made sizes.Microchips present in these two will contain the details of the owner,the size of the bottle or barrel,what alcoholic beverage they want to order and their address making this process easier which can be changed by the owner at home without the need for paper and can be read both by smart device and sensors on the factory line when they are traded in a rotary system between consumers,bars,restaurants and automated breweries with this also applying to beer.Cork can be created by bacteria or replaced with resealable covers for them.Permanent layers of liquid glass will prevent chemicals in the plastic leaching into them or have them composed of a plastic that does not contain BPA.These new types of wine and drink containers will allow for glass bottle and recycling factories to be renovated for homes and other uses.Glass used in labs and hospitals like beakers,flasks,stirrers etc.should be sterilised and thus reused whenever possible instead of disposed of and recycled allowing them to be used over and again indefinitely.To do this liquid glass can be used to do this as this sterilises it permanently and prevent the build up of stains indefinitely with stains removed by gravity with them sterilised by UV lights.


Glass especially those used for drinking should ideally made to be shatter resistant in order to negate the need to replace it with more energy intensive replacements.Attempts to achieve this have come in the form of Govino shatterproof wine glasses which are made of a plastic polymer that doesnt contain BPA which can be gained from genetically altered bacteria and printed out or created in much smaller factories and can come in all shapes and sizes.This should be used in automated restaurants,bars and nightclubs instead of normal glass as it doesnt break and thus limits the need to clean up broken normal glass and replace them.Ideally consumers should use this for all their drinking glasses at home and maybe even wine glasses made from it as again it doesnt break,is easier to clean by coating it with liquid glass and using gravity and requires less energy in production since the raw materials are grown on site.It should also be used in public amenities and hospitals for these exact reasons cutting down on the amount of real glass in these places.These should ideally used in restaurants,bars,amenities and also in homes as they will last indefinitely there and also cant be broken and thus used as a weapon in a fight that might erupt.Otherwise as stated earlier mixing in graphene with the silica matrix of normal glass during construction should make them indestructible.

https://www.youtube.com/watch?v=35CgqVaoDXw

https://www.youtube.com/watch?v=mC9YCtpwjDk

PLASTIC:
Petroleum based plastics can only be down cycled and thus not fully recycled or up cycled.Products such as furniture and building materials can be composed of plastic with there allotment decided by Persephone.Polyster should no longer be produced for clothing due to the fact that it when cleaned releases microfibres into the ocean with ideally all polyster clothing recycled in plastic incinerator plants.Fungi have been developed that break plastic down and convert it into an edible feedstuff for humans and animals with research done to engineer it to do this to all plastics.




Simply burning petroleum plastics in specialised incinerator plants can allow the carbon dioxide to be collected on the spot and in the same disposal machinery then converted into plastic in a newly formed process that can form a looped system pioneered by Newlight Technology with dioxins filtered and turned into harmeless oxygen and chlorine with oxygen released into the atmosphere with chlorine used for commercial products.Thus all plastic recycling facilities will burn it,collect the carbon dioxide and turn it into new plastics in a looped process with them powered by solar power with any methane needed will be produced by bacteria onsite.These recycling plants can also have small miniature incinerator power plant technology built into it to generate its own electricity,fed into the grid or existing incinerators can be converted into these with them burning large volumes of only plastic collecting the carbon dioxide via piping in the stacks in order to create new plastic in a looped system using this technology with the energy produced fed into the local grid and filters to remove any toxins.Permanent layers of liquid glass on all piping,burners,machinery externally and internally will negate the need for cleaning with extensions added over time either underground and around them.Artificial trees can be on the roof to collect one tonne of carbon dioxide everyday.Ideally these would be in close proximity to manufacturing hubs to cut down on energy costs in transporting them to factories with Persephone relaying what is needed.Pyrolysis can play a role in breaking these down into gasoline with these plastic pyrolysis plants modified to produce electricity similar to organic pyrolysis plants and the diesel burned in another section of these pyrolysis plants to produce more electricity and the carbon dioxide present captured and turned into new plastics on site with the Newlight technology method.Plastics will be burned in pyrolysis plants in their own burners.Any methane produced will be burned onsite to be fed into the grid or power the plant.Any gas produced would be burned on site to produce more electricity.Ideally rubber and plastic of all types can be sent to the same facilities as part of incinerator plants that also burns organic waste in separate burners to be burned onsite and thus generate electricity from incineration,pyrolysis and also when the bio-oil is burned onsite with these onsite of these.The plastic and rubber created onsite can be sent to any factories that need them including Aphrodite factories for storage.




https://www.youtube.com/watch?v=m8K99hEOQNM

Plastics can also be made from bacteria that produce hydrocarbons,bio-based alternatives or even vegetable oils on site with carbon dioxide coming from dry ice created from biochar projects or ideally the carbon dioxide burned and collected onsite of the pyrolysis plants where they are burned in a carbon neutral cycle as well as artificial trees on the roof of these factories that can intake about one tonne per day to create more plastics for them with all of these measures cutting down on the energy that existing methods used to produce plastics including those used by Newlight Technologies.Sugar based plastics using sugar derived by bacteria can be used as another source with methane based plastics also being an option.These would all be created onsite of all factories as part of manufacturing hubs.Genetically engineered bacteria can be developed that break this plastic down into carbon dioxide for this looped system negating the need to pyrolyse or burn the plastic further cutting down on the energy expended during its recycling process.This could use a combination of ones that break down phytalates and then those that break down the remaining waste until as stated above one species is developed that breaks down both into base elements using genetic engineering using genes from bacteria in the gut in meal and wax worms,Pestalatiopsis microsporio which can live on polyurethene(but removing its ability to cause plant rot in case it escapes into the wild) and Ideonella sakaiensis.Methane for methane based plastics can be derived from a variety of sources such as biogas from sewage treatment plants treated by algae,collected from mini algae factories on community farms,stores of methyl hydrates in the ocean,methangenous bacteria fed on organic waste on site of factories, or bio-gas from pyrolysis.The plastic can be broken down by biodegrading bacteria into methane which can be reused to form new plastics creating a looped system.Ideally methane based plastics should be sent to factories that produce them in their microfactories to be broken down by bacteria and then reuse the methane to create more with them in their own bin.It is for this reason that all plastics in manufactured products packaging will be replaced by methane based plastics thus allowing plastic bins to be sent to local manufacturing hubs to be shared equally amongst the factories that use them.Genetically engineering bacteria such as E.coli to produce hydrocarbons and thus biodegradable plastics can be developed from these wastes from the biodegrading bacteria all of which would be inside plastic factories.



https://www.youtube.com/watch?v=O1Xd3X6XqFY
https://www.youtube.com/watch?v=6_O9AV_80l4




Fungi have also been discovered that can degrade them as well.These systems can be onsite of factories or ideally the waste plastics can be burned in pyrolysis plants to create energy and have the diesel like substance produced burned for a second round of energy with the gas diverted to onsite vertical farms to then create biochar.Otherwise underground piping can transport this carbon dioxide to nearby factories that each produce plastic to allow the Newlight Technologies create more plastic.

Plastic bottles which waste energy and other resources such as water will be replaced by glass wine or KOR bottles to store homemade and community made drinks in bulk.They alongside the difficult to recycle juice boxes made of both cardboard and plastic will be replaced by steel or possibly even graphene portable kanteens as well as those made of 3D printed plastic or thermoplastics with graphene in its structure that will last a lifetime reducing the amount of glass bottles in circulation to zero.To prevent the spread of bacteria and viruses via these canteens they can be washed at home with liquid glass on the interior and exterior which will also remove the need to clean and ensure that all of the drink is consumed and doesn’t stick to the sides of the kanteen.This will also eliminate the need for those juice cartons made from cardboard and covered internally with plastic which make them impossible to recycle which will become obsolete since juices and all drinks of all types including fizzy drinks will be prepared at home in bulk.The fact that drinks of all types will be made at home will allow all bottled water,fizzy drink factories to be converted into homes.Plastic shopping bags,suitcases and plastic duffel bags as well as those made of plant textiles will be replaced entirely by homemade shopping and tote bags and suitcases made of Seacell and other sustainable plant textiles such as bamboo with these either homemade or designed on Hephaestus.Luggage bags will ideally be those made of Seacell,jute,bamboo,wool etc from bacteria mixed with graphene to make them more durable and light and contain microchips.They will be composed entirely of fabric and can be of any size and deigned on Arachne as not only will be used for storing homemade food and those picked up from community,vertical and meadow farms etc but also double as fashion accessories.These bags may in time be also have graphene integrated into the fibres or composed of entirely graphene in order to hold extra heavier weights and last indefinitely.The bags can also be treated with a permanent layer of liquid glass making them dirt,acid,oil and bacteria proof negating them to be cleaned and also preventing them spreading pathogens with them turned inside out and treated with UV light on smart devices.This will render all plastic bags redundant with large rubbish bags in bins replaced by liquid glass on the interior of food bins and them not used in all other bins.This will eliminate plastic bags and bottles indefinitely and allow the factories that produce these turned into homes with the material or in time the entire finished bag ordered in from Arachne factories with the designs being customised and since they textiles will be derived from bacteria it will greatly reduce energy,water use.Factories that produce bottled water will also become homes as municipal tap water will suffice.Fizzy drinks will also be homemade thus allow factories to be again turned into homes with this also eliminating plastic bottles.This will reduce the amount of plastic in circulation.

https://www.youtube.com/watch?v=POHSFu1DXkY



This can also apply to disposable diapers used by infants and elderly replaced by homemade ones made entirely of textiles like seacell,hemp,bamboo etc that after permanently infused with a scented oil of the consumers choice is then treated on both interior and exterior with liquid glass which will prevent microbes growing,prevent the build up or soaking in of feces and urine that can be disposed of by gravity into toilets and then used over and over indefinitely and never have to be washed or can be since they repel dirt,feces,urine,bacteria and viruses saving on energy costs in production and management and then used on the next child a parent has or traded online for someone else to use.It will also prevent pollution caused by disposable diapers and allow urine and feces to be recycled for phosphorous and urine.Furthermore they can be be homemade saving on more energy than the production of new plastic ones for every day.Plastic bags will no longer be used in rubbish bins to cut down on energy in their production and preventing them mixing in with non plastic material all so rubbish will simply be put in the bin with those containing food and organic matter sprayed internally with a hydrophobic anti-dirt liquid glass coating to prevent waste sticking to it and leaving an acrid smell and making it easier to clean.Rubbish bins themselves will themselves be composed of graphene to make them strong as well as allowing for microchips and sensors to be integrated into them and can be designed on Hephaestus.It will also allow factories that produce them to be used as homes.The only case they would be allowed is in bags used to transport plastic waste to plastic recycling and pyrolysis with near infra red cameras separating them.Plastic membership cards for social programmes will be replaced with electronic versions stored on an app that can interact wirelessly with other devices and computers and keycards will be replaced with digital keys stored on an app.Ways must be found to replace plastic with durable long lasting versions that are either physical – textiles and metal or electronic versions of its uses.Packaging for homemade food,fertilisers,cosmetics and other household items and materials can come in the form of 3D printed plastic tupperware,containers and caps and pump cap dispensers that will last a lifetime to cut down in waste with them stocked up at home or in community centres after being cleaned out and will never be disposed.Liquid glass can aid in them being cleaned much easier.Bio-plastics from algae should be avoided as it would be a waste of nitrogen and phosphorous which need to be recycled in looped food systems while those derived from larger plants would use too much resources which should be recycled through compost production etc.Bacteria like E.coli can be developed that produce gasoline which can be converted into plastics recycled in the aforementioned methods.Plastic recycling should be on site of where plastic is produced ie. Methangenous based plastics should also be sent to furniture factories where methagenous based wood is produced and also to factories that require it for packaging and also community centres holding stores of it for 3D printing and other plastics put into looped systems should be sent to the same places with this machinery on site of it.Packaging for manufactured products sent to consumers from factories should compose of carboard and fungi styrofoam with graphene or cloth stitching to cut down on plastic entirely including bubblewrap as these can be composted and pyrolysised.The conveyor belts here will be fitted with cameras that determine all the waste is plastic with non plastic waste separated and sent to other plants via recognition software and NIR Hyperspectral cameras



Fungi have been developed that can create a plastic substitute also as in the case of producing more eco-friendly styrofoam which when mixed with hemp,nettle and other plant fibres collected and harvested from vertical farms other than corn could make a bio-degradable styrofoam that doesn’t require petroleum or algae oil in its production and can be used in composting or mixed in organic waste to produce biochar/fertiliser.Red and micro algae could be used as an alternative to plant fibres allowing it be grown in the same building as the fungi with any plant fibres used to be used also created by bacteria.Research can be done in how to recycle this type of plastic and make it into a crop substrate or fertiliser with the fungi grown and turned into stryofoam on site of factories of manufactured goods where it will be used as packaging.Bio-oils from pyrolysis and in time genetically engineered bacteria could also be another source of plastics.All of these plastics would have to have their own bins to ensure they are sorted out efficiently.Ideally these two types of plastic methane and carbon dioxide based would be produced and recycled in these looped systems in the same production plant and since garbage waste trucks will be automated they could collect one type from a region then deposit it at this plastic production plant and then return for a second round the same day and so on until all types are collected.Fungi based styrofoam can be buried as fertiliser or disposed of with organic waste in pyrolysis plants and as a result will replace plastic alongside methane based plastics in packagin of food and manufactured goods.These should ensure an abundant supply of plastics for millions of years.Algae based plastics should be avoided in order to preserve and recycle nitrogen and phosphorous.







This is why petroleum based plastics will eventually replaced by methane based plastics with the remaining plastics collected from landfills and those currently in use be disposed of in the aforementioned methods.This plastic can be broken down by bacteria into methane when sent back to the factory that created them to form a looped system where new plastics is created with this even breaking down in the ocean.Since these plastics will be created onsite of factories from methagenous bacteria feeding on sugar also grown onsite they will be allotted back to them based on the AI and operating softwares of all factories in the area interacting with sentient operating software Tyche to order them in based on supply and demand via Persephone interacting with the factories and rubbish bins it will cut down energy costs.Thus methane based plastics will be sent in their own bin to factories in their own bin and will replace petroleum based plastics entirely by 2029-2045.All plastic bins in all homes and public buildings will have the waste collected sent to either vertical farms and/or factories with even pneumatic pipes in public and those in public and in buildings will be connected to either vertical farms and/or factories.These will in the case of factories be first directed to Aphrodite buildings to be then evenly distributed to all factories or to all based on how busy they are ie busy ones receiving more than quieter ones manged by Aphrodite with some also sent to vertical/community/forest/meadow farms based on how busy they are.The microfactories onsite will have bacteria that will break down the bacteria creating methane that can be reused to create more plastics creating a looped cycle.Methane based plastics will ideally replace petroleum plastic in all forms of plastic in all types of manufactured products such as toys,clothing fabrics,microbeads,kanteens,stickers,duct tape and packaging etc due to the fact that it can be recycled by sending it back to factories via plastic bins collected by rubbish trucks sending them back to factories equally where it will be broken down into methane by bacteria engineered to do so to be used to create more methane and thus more plastic in a looped cycled.All plastic packaging will be composed of methane based plastics that can be sent via plastic bins collected by rubbish trucks sending them back to factories equally where it will be broken down into methane by bacteria engineered to do so to be used to create more methane and thus more plastic in a looped cycled and fungi styrofoam that can both be composted and sent to organic waste pyrolysis plants to create biochar for fertiliser and also nutrients for more bacteria to create more fungi.Research will be done to make methane based varieties of all types of plastics with fungi styrofoam which can be pyrolysised replacing styrofoam in all its uses.They can be broken down by soil bacteria if they are dumped in the wilderness by mistake with methagenous bacteria fed sugar onsite of factories creating the first batches or future ones if they are kept at home and reused and are dumped in the wild.People may choose to keep them to store homemade manufactured goods.Phytoplankton in the oceans will be engineered to break it down.Plastic packaging will be coated with liquid glass to allow the contents especially food and cosmetics etc to be removed by gravity with them even directed to sinks in waste plants and factories that will be treated with narrow wave range UV and other methods to be recycled itself to allow the plastic itself to be recycled with this automated.Existing reserves of petroleum based plastics will be burned in pyrolysis plants in their burners and also using Newlight technologies to turn it into electricity and also carbon dioxide used for biochar.Fungi styrofoam that can be composted and sent to organic waste plants can also be used to replace plastic in other areas such as normal styrofoam.Methane and fungi based replacements for all types of plastic ie Bisphenol A,polyethylene terephthalate,polyethylene,polystyrene,polyvinyl chloride,polypropylene,thermoplastics etc that can be broken down by bacteria in looped cycles or composted or pyrolysised will be researched with until then normal plastics used and pyrolysised in pyrolysis plants to produce energy or broken down by bacteria engineered to do so that will eventually be phased out by these methane and fungi based alternatives.Methane based plastic should be phasing out petroleum based plastic worldwide by 2029-2040 in all applications such as packaging,toys,clothing,straws,cutlerly etc.Biosynth plastics would be composed of microbes and biosynth tissues that exhibit the properties of plants strong carbohydrates,proteins etc mixed together using recombinant DNA from plants and animals and bacteria etc that exhibit this with recombinant DNA from human muscle tissue and recombinant DNA from bacteria and plants that can exhibit the same properties of all types of plastics such as strength and stretchiness with plant and animal fibres such as silkworm silk,spider silk,flax,hemp created by bacteria and mixed to make it strong and smooth.Rather than needing these and other plant and animal textiles to be mixed into the plastic the tissues could house recombinant DNA from these plants and animals to express the phenotypes of strength and smoothness on the cell walls of the tissues present in each microbe as part of each cell and thus each tissue.Recombinant DNA can be present to make it survive extreme conditions such as acidophile,piezophile and alkanophile DNA to survive these conditions with radioresitance allow it to survive blasts of radiation up to 30,000 Gy including UV light,halophile and osmophile DNA allowing it survive high concentrations of salt and sugars,mesophile,thermophile and psychrophile DNA survive all temperature ranges with oligotroph,xerophile and Firmicutes DNA allowing it survive low levels of nutrients and water and be in an endosperm state forever with if need be it in certain applications be able to feed on a mixture of both water and sugars and proteins that it is doused in every few weeks or months if not years with it also using plant DNA and chemosynthetic bacteria DNA use photosynthesis,chemosynthesis meaning sunlight can provide nutrition with radiotrophic fungi DNA tweaked to use UV radiation and that from electronics or even the Earths magnetic field as a source of nutrition via radiosynthesis.The same anti-ageing treatments in humans could allow the tissues to stay youthful forever with the acellerated healing phenotype allowing the plastic to heal itself when scratched and torn.DNA present can express dyes that can be changed by biosynth WiFi to change colours and even patterns on plastic. These augmentations could allow plastic in all applications or specific applications have the plastic last potentially forever in all environmental conditions.This biosynth plastic can be instead of taking up place in landfills can be composted,recycled and broken down into organic material via phytoplankton and bacteria in souls/oceans/lakes etc.It could be pyrolysised alongside organic waste since composed of nothing but plant,animal fibres and organic material with it also composted and able to biodegrade in the ocean and wilderness.It can be reuseable and last for decades or centuries more than normal than normal bioplastics.Biosynth WiFi can used to send updates via inducing the evolutionary path of the plastic allowing for newer augmentations that allow it to survive harsher conditions,change its properties such as stretch ones,strength,smoothness etc as well as produce fragrances and scents of any plant or animal such as flowers etc.Biosynth WiFi integrated into them to give it upgrades such as bioluminescence and become stronger via having extremophile DNA and anti-ageing treatments and make it resistant to degradation from the elements and micro-organisms as well as produce anti-bactetial and ant-viral compounds on its surface thus keeping the plastic sterile constantly from pathogens that can be transmitted by raw food as seen in current reuseable bags.It can allow its GPS location to be ascertained by AI that manages wilderness areas including oceans and mayor AIs via using biosynth WiFi allowing it to be collected by biosynths and show its location around the world with it used by AI to track the exact GPS location of all pieces of plastic worldwide allowing its location to be ascertained for cleanup programmes.This biosynth WiFi can also used to induce apotosis of all tissues,lose extremophile and anti-ageing DNA and ability to produce anti-microbial compounds thus allowing it become easier and more conducive to degrading bacteria etc in the ocean and wilderness and the elements such as UV light thus allowing it to be degraded into biological material within a few months or even days compared to normal plastics with the WiFi causing the tissues to produce compounds that destroy the tissues and plant and animal fibres.If possible the DNA can be changed to make produce the same flesh and scents of fruits thus enticing all species of mammals and birds as well as decomposing insects,bacteria and fungi consume it with it even in the case of that in the ocean be made edible for phytoplankton and other microscopic marine biota or if possible create the same scent and flesh of any type of meat of any of the world 2,000,000 species of animals including fish if it is in the ocean with this allowing wild animals consume it as nutrition that won’t kill them unlike existing petroleum based plastics in the ocean.AI namely Pan,Cybele etc upon determining its GPS location will decide to cause it undergoes apoptosis,is converted into what fruit flesh or animal flesh depending on its GPS location and the species of dertivores,carnivores etc in that area of the world or ocean thus AI once the GPS location of each piece of plastic is determined can determine which upgrades to apply to increase its rate of degradation if not consumption is expediated to a few years,months,weeks or days.Acidophile and alkanophile DNA will be removed alongside that to express anti-ageing treatments and those of plant and animal textiles and add those to make it susceptible to UV light different temperature ranges to make it more conducive to degradation and also making it able to be consumed by acids and enzymes in the stomach of animals.Normally the plastic would have anti-ageing treatments as seen in humans to allow it to last for centuries and even millions of years with extremophile DNA allowing it to survive all temperature ranges,pressures and all extreme and normal environmental ranges including radiation from the sun and extreme bursts of radiation etc as well as acids and alkaline conditions and produce anti-microbial compounds to repel pathogenic and degrading bacteria with if it is to be composted or dumped in the wild or ocean WiFi can remove these allowing it to die off,degrade and break down into organic material from both the micro-organisms in the wilderness and ocean that can be composted as well as removing radioresitence that can allow it be degraded by sunlight(DNA can be added or removed that makes it susceptible to sunlight),those that make it break down at all temperatures ie coldness of snow and winter,heat and humidity of summer and jungles,remove acidophile DNA that can allow it to be eaten by animals since composed of nothing but organic material with DNA added to make it produce pheromones to native sea and land based fauna and smells of sweet fruit etc to entice them to eat it.The biosynth WiFi integrated into the microbes it is composed of can allow the tissues to be converted into organic fleshy tissue of fruits and plants and remove anti-ageing genes to allow it and plant fibres to biodegrade like normal fruit and textiles due to bacteria and flies etc.As stated apotosis genes can be added to cause tissues to undergo apoptosis with before this genes added to cause the microbes to produce compounds to degrade plant and animal tissues that can be broken down into fibres that can be degraded by bacteria and phytoplankton with if possible DNA from fungi that converts the tissues and all plant and animal textiles into edible fungi feedstuff that can be consumed safely by animals and humans and also micro-organism or this fungi material being a decomposing fungi that can degrade other organic material in compost bins.This should allow the elements such as temperature/rain/sunlight etc phytoplankton and micro-organisms etc in the soil,compost and oceans to degrade this plastic in a matter of years,months or even days into harmless organic matter that can be eaten by animals or used as nutrition by plants etc since all of the plastic would be composed of nothing but organic matter including tissues,plant and animal textiles,carbohydrates,proteins etc.This alteration of genes present in the tissues can be applied via biosynth WiFi and Bluetooth to specific bags and bits of plastic prior to be added to compost bins,sent to organic pyrolysis plants and even dumped into the wild and ocean.Thus biosynth WiFi will allow its current GPS location in homes,vehicles and when dumped wilderness areas including jungles,forests,deserts and the ocean to be relayed to Cybele,Pan,Tyche,mayor and governor AI as well as homeowners to not only allow the GPS location of each bit of plastic to be determined to allow biosynths,human volunteers and automated systems to determine this and collect it but also allow updates that induce the evolutionary path of all tissue present to remove extremophile DNA making it more easily degraded by the elements but also have all tissues undergone apoptosis or change into fleshy sweet smelling organic material that can be eaten by animals enticed by updates making the plastic both fleshy,sweet tasting and create nice aromas to entice them to consume it or allow it to be degraded by micro-organisms from anywhere in the world using satellite WiFi or biosynth WiFi in plants across all wilderness areas and phytoplankton in all oceans thus allowing AI to initiate its expediated degradation.Since composed of nothing but organic material it should be already edible to humans and all species of animals including sea fauna that accidentally consume petroleum based plastics thus allowing it to have no effect on animals when eaten thus rather than killing wild animals it could be an enticing and nutritious food source with updates made to have the tissues house and produce simple or complex carbohydrates and proteins with also allowing it to be composted at home,community centres,Pyxis factories and pyrolysised in organic waste plants.The current strength of the plastic over time due to wear and tear can be relayed over years visible to the homeowner in real time.This plastic can be developed as a replacement for petroleum based plastics for toys,packaging,bin bags,reusable and disposable bags,diapers,baby wipes and also both cleaning sterilising wipes,sticky and duct tape(using non toxic bio based glue from Caulobacter crescentus),plastic textiles(including micro beads and fibres)in clothing etc.Biosynth replacements for all types of plastic ie Bisphenol A,styrofoam,polyethylene terephthalate,polyethylene,polystyrene,polyvinyl chloride,polypropylene,thermoplastics etc that can be broken down by bacteria in looped cycles or composted or pyrolysised will be researched. If possible it expressing rigid proteins etc can allow it replace glass in cameras,screens for electronics,glassware,windows and metal in electronic casings,vehicles,packaging including in aluminium cans.AI will develop these phenotypes by scannning all 2,391,000 selected of plants,animals and micro-organisms in Physis and analysing both their genome and their unique phenotypes and using scratch DNA.This biosynth plastic alongside fungi and methane based variants will render fossil fuel based plastics obsolete by 2029-2045 with it grown onsite of all factories that need it as packaging and those that produce rubbish bins and diapers etc composed of it.These plastics can also be doped with nanomaterials and also given magnetic properties etc via it and Magnetospirillum DNA.A combination of biosynth tissues,biosynth plastics,biosynth versions of synthetic compounds can replace 95-100% of metals in all applications of society reducing energy costs in extraction and transportation since they can be cultured onsite of different factories as part of local manufacturing hubs using sugars and proteins created bacteria with the bacteria and microbes created via 3D DNA printers.Thus research will be made into methane,biosynth and fungi based versions of all types of plastic including high performance thermoplastics that can be used for moulds for glass,steel etc possibly using graphene and also other replacements for them and also replacements for tinfoil,aluminium that are equally strong or even stronger and also can be recycled through being broken down by bacteria and pyrolysis with this even including paper created by bacteria that has silkworm and spider silk.This should be possible by 2029-2035 through intensive research and should render fossil fuel based plastics obsolete.Until petroleum based plastics are phased out one will send all remaining petroleum based ones into second bins to be sent to pyrolysis plants to deal with current waste in their homes etc until methane based varieties take over.




All of the above methods will cause a significant drop in the amount of plastic created and used globally.

RUBBER:
Like plastic rubber can be recycled in factories that use them in the case of condoms,tyres and latex clothing or broken down by bacteria which break it down into its basic components for use as a food source for latex and isoprene producing bacteria.Ideally these rubber/latex degrading bacteria must first be killed off using UV light before the base components are then used to feed rubber/latex producing bacteria to prevent them contaminating the finished product and thus causing condoms,tyres and clothing to break down when used.Furthermore pyrolysis can also be used to convert it into fuel for electricity generation both during pyrolysis and when the resultant diesel is burned with these also burned and pyrolysised in the same incinerator and pyrolysis machines as plastic to generate electricity to provide building material for new plastics or provide nutrients for latex and isoprene producing bacteria.Degradation of latex and rubber should be done on site of vehicle factories,condom factories and also rubber clothing factories to cut down on energy with as stated those pyrolysised done onsite of plastic factories.They can be placed in the same bin as petroleum based plastics as well as a result of this with those burned in specific rubber pyrolysis plants also used to create two rounds of electricity as well as new rubber in a process similar to the creation of plastic as mentioned earlier on.Bacteria to break down tyres must be engineered to break down both rubber and other components such as hydrocarbons and oils used in its construction.Ideally rubber and plastic of all types can be sent to the same facilities that act as incinerators that also burn organic waste in other burners to be burned onsite and thus generate electricity from incineration,pyrolysis and also when the bio-oil is burned onsite with these onsite of these.This would allow both to be put in the same bin and also save space for a second plant.


https://www.youtube.com/watch?v=ETT3wI_vPCo

https://www.youtube.com/watch?v=w5QU0uoXuDw

FOOD & ORGANIC WASTE:
To dispose of all waste food it can be fed to livestock,pets and insects,create compost/fertlizer or undergo pyrolysis in order to extract carbon for use in fertilisers(thus creating a looped system) as well as production of diamonds and graphene/carbyne.In the case of food used in biochar production even unused meat that would not be fed to livestock or used in compost.Bio gas and oil produced can be used to create oil for energy or use in biochar forests and source of methane for methangenous bacteria for plastic production or fuel.Otherwise the waste food can be burned to produce energy at home or in biomass plants with any ash and carbon recaptured and used as fertiliser with this burning heaters covered internally with liquid glass though ideally should be pyrolysized in order to recycle nutrients like carbon,phosphorous,calcium and nitrogen in a looped system.Waste food collected by garbage trucks should be in bins with the interior lined with a non stick,hydrophobic liquid glass coating to preventing plastic bags contaminating the process or having to be used.It would also prevent the need for food to be scraped off the bottle of waste bins and sticking to them causing odours and make sure all food is recycled.The waste truck collecting food waste must also be sprayed with liquid glass for the same reasons.Food(including waste meat,crops,manufactured products) and other organic waste can be put in the same rubbish bins and trucks as skeletons and carcases of dead livestock and pets,grass,weeds,leaves,fish skeletons,shellfish shells and eggshells,wood furniture etc,sawdust,paper,cardboard,fungi styrofoam,amber,cigarettes,cigars,human hair and fingernails,wigs made from human hair,fungi based styrofoam,human nails,animal fur,tampons,bandages,old scanned newspapers/comic books/books,chewing and bubble gum,dead ornamental plants and trees as well as weeds,waste crops,textiles/clothing,kitchen and baby wipes(even those that contain faeces to recycle nitrogen) can be disposed of in the same waste pyrolysis plants into custom made fertiliser for the region by machinery that grinds it down and also mixed with algae ordered in from sewage and water treatment plants and then be packaged in large drums that can be shipped to home,community,vertical farms where machinery can hook them up to the buildings system and then shipped back when used with each home and farms having a spare using a rotary system with vehicles collecting and trading each barrel when the farm AI orders one automatically when reserves are low.Baby wipes should ideally be homemade composed of kitchen or even ideally toilet paper soaked in the consumers desired combination of scented oils ie rose,coconut,vanilla etc as the plastics in conventional factory made ones have the potential to create carcinogens.Baby wipes would be homemade or if made in Lotis or Hippocrates factories would have silk from both Arachnida,Lepidoptera and strong hydrophobic carbohydrates in them to be degraded in sewage treatment plants and allow them to be sent to organic waste pyrolysis plants with these in place of plastic that can also be pyrolysised and degraded by algae in algae in sewage treatment plants with algae engineered to degrade silk,carbohydrates and all plant and animal textiles for nutrition.If possible these baby wipes and sterilising wipes can instead of normal plastics can have biosynth plastics presents.Biosynth plastics since composed of nothing but organic matter can be pyrolysised with other organic waste with fungi based styrofoam etc also able to be pyrolysised with methane based plastic only pyrolysised if shown to be safe and doesn’t cause the release of methane.Organic like material will undergo different studies to see if it creates dioxins etc.Dead plants such as dead flowers,shredded dead trees can be pyrolysised alongside uneaten fruits and vegetables.Cut grass and excess leaves from lawns and weeds will be pyrolysised as well.Uneaten meat,shellfish and fish can be pyrolysised alongside dead animals like dead pets,dead wild animals and dead livestock alongside waste material from farms and slaughterhouses such as unused offal.Before and after pyrolysis the material will be ground down or put through chippers,grinders,shredders,hydraulic press to crush eggshells and shells and skeletons from animals with these once the waste is pyrolysised the calcium will be used as fertiliser once separated by graphene sheets.Bodies of dead animals,seeds in fruit will be dealt like all organic waste by it being pulverised once any plastic etc is removed to grind it all into a meal.To prevent the problems associated with Bovine Spongiform Encephalopathy arising and thus Variant Creutzfeldt–Jakob disease the intense heat of the pyrolysis could denature and inactivate them though research may be needed into this as it is known they can survive at least 200 degrees celcius for 1-2 hours with if possible temperatures of up to 300-500 degrees celscius may be used for at least an hour with again studies conducted from 2020-2029 as to how high and how long can all of a dead body of animals last when pyrolysised at different temperatures.All biochar will be once finished and pulverised will have it sieved by graphene and other similar atom thick allotropes to separate the carbon,phosphorous,nitrogen,calcium,sulphur etc from the dead animals and plants as well as food and them sent to vertical farms,community centres and also Aphrodite buildings to be used in fertiliser etc creating a looped cycle.All carbon will be separated from all other elements present to be then shipped to Aphrodite buildings,farms etc for their various purposes.If need be the pyrolysis should go as high as 900 degrees Celsius similar to cremation to ensure bones are turned to calcium ash.Metal will be sent to e-waste bins.Individuals using Demeter and in turn Persephone interacting with Hermes can order in custom made fertilisers containing a certain ratio of carbon from biochar,nitrogen and phosphorous from algae and calcium from ground up skeletons with their favourite ratio of each nutrient saved with the phosphorous,nitrogen and calcium etc and any other important elements such as sulphur will be shipped to community centres in the locale and then stored to be made into fertilisers once sieved out from the carbon.These can then be saved on Demeter similar to other manufactured goods and then edited by others and so on.In time the AI of each community,home and vertical farm will automatically order in the drums of fertilisers specific to each crop grown there that is logged in the AI.If grapehene,carbyne cannot be recycled by pyrolysis then they should be placed into a specific bin wherein they can be sent to places wherein they can be recycled.Incinerator plants in rural areas will be converted into these to allow the recycling and manufacturing hubs to be set up around them.The carbon produced will be sieved to have all other elements such as calcium,copper,magnesium and nitrogen etc separated from them for use in commercial products in community centres such as fertiliser etc




Micro and macro algae from sewage treatment plants can be also shipped to these pyrolysis biochar factories or community centres/vertical farms for use as fertiliser in ideally reuseable bins/drums composed of plastics or drums that can be sent back and forth to community centres/vertical farms and factories devoted to creating fertilisers by mixing in the various constituents with the vehicles use to transport them back and forth treated internally as well as externally with a permanent layer of liquid glass alongside the bins to prevent dirt and toxins contaminating them but also to ensure no fertiliser sticks to the bottom of the bin.Otherwise they can be sent to pyrolyisis plants and fertiliser factories where they are mixed into custom made fertilisers for consumers in the region with biochar from pyrolysis plants based on the supply and demand of the community programmed into the AI local community centres and vertical farms linked together via the wire alongside Demeter wherein they will be ordered from.The algae and fertiliser it will be made into will be transported in a rotary pony express system of steel or carbon composite drums treated internally and externally with a permanent layer of liquid glass ie the vehicle will have a drum that collects fertiliser from the sewage and water treatment plant that will then transfer it the pyrolysis plant(or vertical farm/community centre depending on the route explained earlier on)and then dumped into the mixture and or traded for empty drums(also coated internally and externally with liquid glass) that are then sent back to the water and sewage treatment plants to be refilled.Excess sawdust in wood factories and other safe non-toxic waste byproducts from other factories can be also added into the equation either sent to vertical farms or community centres where it can be used by itself or sent to pyrolyisis plants to make biochar again programmed via the wire by the public.The routes taken and interactions between vertical farms,community farms and sewage and water treatment plants can be programmed into the AI of each building linked together (and thus done once on one building AI) through interactions in the wire between Demeter,Hephaestus and Hermes primarily through Persephone linking all vertical farms/community centres,factories that produce organic waste as a byproduct together around the world managing the flow of these nutrients and manufactured fertilisers in bulk batches across the world by internal software within the wire.Those sent directly to community centres will be in the form of one nutrient such as biochar or micro/macro algae which can be mixed together by hand or used by themselves for community farms or home farms.Pyrolysis plants,sewage and water treatment plants alongside communities and vertical farms involved would be linked to each other worldwide via interactions between Demeter,Persephone and Hermes that would manage the flow of drums and thus constituents with any change made by the public entered into their local community centre and vertical farms.Thus these alterations will interact with each other and managed by software to ensure efficient distribution ensuring surpluses of nutrients produced in sewage/water treatment plants and pyrolyis plants world wide and stored surplus fertilisers are shared with the global community by sharing them and ordered in when local,regional and national supplies are low ensuring global abundance with this sorted out via software,robots,machinery and automation interacting with each through Hermes and Demeter on a global scale.Those sent to community centres would be use by themselves  or mixed by hand and collected by people in the local and hooked up by robots to fertiliser machines that mix them together to be used by fertiliser robots.In the case of vertical farms they could be mixed together on site of the vertical farm by being hooked again by robots to either a machine that delivers said individual nutrients such as carbon and calcium from biochar originating from pyrolysis plants,phosphorus and nitrogen from micro algae(and pulverized macro algae) from sewage and water treatment plants etc directly to each plot of crops individually using a series of pipes leading to each crop in every drum to suit each plots individual needs or they could be mixed together there and hooked by a single pipe to all crops for a general all purpose fertiliser or to small mixing machines that are located next to each crop plot and pump their nutrients directly into each plot in the desired amounts or even mixed together in a machine right next to the plots with robots hooking these drums to the fertiliser machines after removing them from the delivery truck(s).All piping in these methods used vertical farms would obviously be sprayed internally and externally in a permanent layer of liquid glass to prevent contamination,clogs and ensuring all fertiliser are transferred with none sticking to the interior and negate the need for cleaning.Otherwise vertical farms and community farms ordering in large batches of custom made fertiliser for each crop plot or general purpose fertiliser will be ordered in automatically programmed by researchers and the members of the local community that live around and have access to this sub menu to decide the route of how fertilisers are made from all of the aforementioned methods through them gaining access via digital keys,passwords and biometrics done via connecting the farm AI in person or remotely to prevent outsiders tampering with it with all of this the same applying to home and community farms.The most energy,water and resource efficient method in terms of having fertilisers made in the desire amounts and hooked up to onsite machinery and plots should be pursued after research is done to determine this and applied ideally to all vertical,home and community farms around the world or what is technically feasible with modifications made to the machinery present there to ensure this.Orders for new drums of fertiliser in the case of home,community and vertical farms will be automated with the amount of fertiliser used logged and orders made before hand it runs out with a rotary system of drums employed using sensors that read permanent microchipped constantly uploaded with details of the next order,contents of the fertiliser and address of the next farm and plant(sewage,water,pyrolysis plant etc)or transferred to it has to be transferred to updated automatically each time it has move managed by the software linking all factories that produce organic waste,all organic waste pyrolysis plants,all sewage/water treatment plants and vertical/community/farms world wide with any changes programmed in adjusting this system into the global subsystem as detailed earlier on with interactions between Hermes,Demeter,Hephaestus and in the case of batches of biochar that has been shown to be safe for use in fertilisers from mines and hospital waste with the sub networks of Demeter and Aesculapius also interacting with this system with factories that need biochar for the production of graphene,fullerene and diamonds etc also interacting with this to enable them to be taking in excess carbon for the production of these.Each building such as pyrolysis,sewage/water treatment plants and even vertical farms and community centres that serve home and community farms will use drums in a rota system meaning that they will have a large supply of stored fertilisers one or two or even more spare barrels to ensure the aforementioned automated flow of traffic of drums will be smoothly done on a global scale managed with software with as stated above the drums treated internally and externally with a permanent layer of liquid glass to prevent contamination and ensure all fertiliser or nutrients are transferred rather than sticking to the barrel when sucked up by pipes are transferred from one barrel to another by machines.All piping and machines in vertical farms that hold,transfer and mix fertilisers and also those in sewage/water treatment plants alongside pyrolysis plants and fertiliser factories will also be treated internally and externally with a permanent layer of liquid glass for the same reasons with them vats storing,mixing nutrients and fertilisers in a downward v-shape to allow for all of the nutrients and fertiliser to transfer it by gravity.

Grease and vegetable oil can be collected in a special 3D printed plastic containers where grease degrading bacteria can break it down or it can be burnt as a fuel source at home or recycled in a plant.Homes,restaurants and public buildings such as hospitals and universities that use oil in cafeterias can have in their basement automated bio-diesel processes by having it piped into these systems or into containers that are collected by automated vehicles for use in oil plants or burned on site for electricity and heating.It can also be used to produce homemade cosmetics(like soap),plastics,petroleum jelly,fertilisers or Vaseline and other products such as greases etc.This is better than pouring it down the the drain where it clogs the system causing “fatbergs”.The same techniques can apply to any human fat collected during liposuction.These can be recycled for use as biodiesel for old vehicles or powering home generators.Ideally all cookware and sushi fry cookers where grease and oil are used and the containers holding it should be covered in liquid glass allowing it to be easily transferred with any tea towels or kitchen textiles used to clean it up these cookers can be treated with liquid glass allowing the tea towel to brush the oil into containers.Grease and oil sent to these from homes will also go through these with residents storing this in containers in their home with the Home AI ordering in the vehicles when it is full via pressure plates and sensors with communal homes having these connected to automated cafeterias or again deposited by people their in the basements.Kitchens in private homes and in each kitchen in apartments within communal homes can have tubing that coated internally in liquid glass can have this poured down it where it can be collected and when full the macro AI will order in the vehicles where it will be collected via pumps that will be transported to the power plant to be processed and then burnt.Otherwise private homes can stock up on this in jerry cans coated internally with liquid glass and when all or most of their cans are fully they can call in the vehicle via the mayor AI or interacting with the plant AI and then wither pour it into the vehicle,have it sucked up using a docking or hose system or put it in the vehicle where they can have them returned using a rotary system with them alerted to when it arrives and pressing a confirm button.Otherwise the basements of private and communal homes as well as public buildings such as restaurants can house these processors which can allow the oil and grease to be burned to provide heat and if possible electricity similar to biomass heaters and backup generators with these buildings having pipes in kitchens that allow it to be transported here.Using steamers,halogen ovens and solar grills will prevent oil and grease becoming a problem.All sewers,pipes,sinks etc in all homes,buildings,towns cities etc should be coated internally in a permanent layer of liquid glass so as to ensure any fat,grease and oil there will be easily passed through without resistance due to its oleophobic properties with this done once sterilised and cleaned.







Graphene and carbon composites can be recycled in the same way as food/organic waste or even cardboard and paper waste.Dead livestock,pets and fish bones and bodies etc can be pyrolysised in the same facilities as food and organic waste or sent to the urban death project to recover valuable nutrients such as calcium,carbon etc for use as fertiliser.

PAPER & CARDBOARD:
Recycling algae paper and cardboard requires energy in transportation and uses toxic chemicals that can seep into the environment.A solution would be to simply use it in compost manufacture,mushroom substrates,dump into a pile in a shaded area of a garden or pyrolysize them alongside other organic material such as wood and food to gain carbon biochar in the same pyrolysis plant.Paper waste for collection should not be placed in plastic bags rather just the bin itself to prevent the need for separating the the plastic and paper and preventing the plastic from being pyrolysized alongside the paper contaminating it.Baby wipes and kitchen paper can be dealt with in the same methods as paper and cardboard alongside old unwanted books after scanned into Apollo and Dionysus.Baby wipes should ideally be homemade from kitchen paper with a consumers choice of plant oils as the bioplastics in conventional wipes produce toxic carcinogens that can contaminate biochar used as fertiliser.


Paper will decrease in use and eventually disappear as smart devices and e-paper will allow magazines,newspapers,maps,stationary and booklets from social and community programmes,catalogues,diaries,phone books,dictionaries,encyclopaedias,greeting and birthday cards and books to be download into a single device.Notes and letters will be sent via email and tickets,boarding passes and passports will be replaced by electronic versions that can be stored and scanned in using smart devices,vehicles and computers.Signs,missing pets/persons and criminal posters,posters in the home and advertisements made of paper will be replaced by graphene/carbyne sheets negating the need to produce paper and waste energy as these can stream or play different advertisements at once and download new ones after the attraction is over or stream new missing persons and pets alerts and posters.Identification papers of law enforcement personnel will be replaced by microchips in badges while notepads will be replaced by either apps on smart devices or on e-newspapers as well as audio/visual recordings on smart device apps.Toilet paper will in time be replaced by toilets that have retractable jets that clean the anal cavities and clean themselves with further advances coming soon.Tickets,receipts,boarding passes,passports etc will be in electronic form.

https://www.youtube.com/watch?v=Dmcf_F84BPY




Graphene and carbon composites can be recycled in the same way as paper and cardboard or even food/organic waste.

HUMAN & ANIMAL BODY WASTE:
Human and animal fur,hair and toe nail clippings can be collected from salons and from homes and be used as a slow releasing fertilizer or pyrolysised alongside organic material such as food,carcasses of livestock and pets and cardboard

WOOD:
There are several options here wood from old furniture or old buildings can be recycled into other furniture pieces in extensions of wooden furniture factories.Otherwise it can be alongside old Christmas trees can be put into wood chippers to produce sawdust and mulch for fungi substrates,fertilisers,layering in gardening and agriculture,composite furniture,compost and briquettes etc.It can also be pyrolyzized alongside paper,cardboard and food or burned directly as an energy source or pyrolysized into biochar.Using the wire communities can set robots to sweep up and collect sawdust and send it to community centres when a certain amount is collected for use as fertilizer/syngas or have it sent to another area of the plant to be used as composite wood.The factory can be programmed by surrounding communities for these routes alongside having the sawdust that was collected to sent to pyrolysis plants to be added to organic waste for biochar production.Sawdust from wood chippers in community centres can be added to bins that are collected by rubbish trucks for organic waste(or local pneumatic waste pipes for organic waste) or again turn it into fertiliser while stored in large drums(sprayed internally and externally with liquid glass) that can be sent back via automated vehicles and bags for local home,community and vertical farms.Old wooden furniture can be dismantled using screwdrivers at home if they cannot trade them away and then added to organic waste bins or if they are using pneumatic waste systems be dropped of in person at the pyrolyis plant or put through wood chippers and put in local pneumatic pipes for organic waste plants or used as fertiliser for home or community farms stored in large drums that are left permanently in a community centre and collected by the locals in person.
https://www.youtube.com/watch?v=WewBC4qeGD8





ANIMAL WASTE:
Animal manure and urea can be collected via pooper scoopers at home or using animal litter(conventional and robotic forms).Animal litter can be homemade and used for fertiliser in gardens,hydroponics,algae farms,composts via pelleting machines in community centres(with it stored in a reusable bag) creating mixed pellets of animal waste and sawdust,creating liquid fertiliser or simply added in its current form into compost and ideally used as fertiliser in community gardens or disposed of in the toilets via hand or by toilet training pets.For use in gardens and agriculture it can be broken down into pellets using pellet machines and then used as fertiliser or put in micro-alga farms where algae can convert it into liquid fertiliser,feed or added to compost creating a looped system.Poopscooping robots exist that can deal with animal waste in public spaces such as streets and collect them and add them to the municipal sewage treatment plants to recycle the nitrogen and phosphorous present.Otherwise Piqapoo bags would be used by pet owners to hold the feces and urine to be then deposited into toilets at home or in public toilets.Pets as stated should be trained to use toilets themselves especially in communal homes with doggy doors in private homes allowing them to go outside and defacte when they need to by themselves.
https://www.youtube.com/watch?v=-6tSmRHSVSg


https://www.youtube.com/watch?v=SwUqdj7pOEc



TEXTILES:
To recycle textiles they can be cut,shred into individual fibres to be used in production of new clothes to strengthen them and act as filler by machinery in textile factories where they can be reused into producing fabrics for new clothes otherwise they can be pyrolysised inside pyrolysis machinery or by bacteria inside specific vats that house bacteria that degrade them into their base molecules for use as like pyrolysised waste can be used as nutrients for growing bacteria that create textiles(creating a looped system)both of which can also be housed inside textile factories with this applying to footwear also.They can also pyrolysised in the same plants as used to pyrolysise organic waste such as food and paper provided buttons and zip are removed.Alternatively traded online to others via sites like ebay on Hephaestus where a person can reuse them.Alterations by hand can be achieved this way.Otherwise they can be composed of biodegradeable material for use as a substrate for fungi or in the case of footwear have seed planted that can use them as a food source or burned for energy.Any other clothing can be broken down .Otherwise bacteria can break them down and allow fabric producing bacteria to use the broken down fibres to create new fibres.




PHARMACEUTICAL WASTES:
Pharmaceuticals can be disposed of by pyrolysis in a plastic or paper bag to prevent them contaminating rivers and sewage systems for the production of algae these can be sent to hospitals and clinics where these Pyropure machines exist.Research can be done to find ways to detect/measure if the pharmaceutical components in these pyrolysised materials is broken down completely and if possible ways to break them down so as to allow it to be disposed of in the environment or even used as fertiliser.Pharmaceuticals in rivers,soils etc can be dealt with using bio-remediation using macro-algae,plants or bacteria that degrade them into inert and safe compounds or graphene sheets.In time nanotechnology will do this allowing carbon and other useful elements to be separated and allow the pharmaceuticals to be broken down into their base elements for use in other products either after pyrolysis or straight away when the drugs are not needed and thus recycle all elements in the compounds.Otherwise they can be sent to and placed automatically in specialised treatment facilities within other waste facilities such as pyrolysis ones connected by vacuum tubing which consists of a pool of water that the pharmaceuticals are put into then diluted before being destroyed and broken down by super blasts of super high intensity UV light (within the pool when it is closed/covered up) that have been shown in Athlone Institute of Technology to break down pharmaceutical compounds.Graphene sheeets can also be applied after or during this step to remove excess drugs and broken down material.When graphene nanosers and/or automated robots that collect samples and put it through automated labs have shown they have broken down completely(and that no pollutants are present) the water can be returned to the water table or nearby water systems or then kept there and filled with the next batch of pharmaceutical waste.All of the elemental compounds will be collected and sent to Aphrodite factories.All of these steps can be automated with when biocompatible microbes are perfected will become redundant and will be done for mainly existing stocks of drugs in abandoned buildings,hospitals and homes that are not used.These facilities can also be located in hospitals where people can drop off or send their unused tablets to have them disposed of this way or through specialised robots that reside at the hospitals treatment centre that can be called in via Aesculapius to collect them modelled after Botlrs,Starship robots that can enter autonomous vehicles depending on how far the person lives from the hospital.Research can be done into bacteria that can degrade pharmaceutical materials either by genetic engineering them with recombinant DNA from other bacteria or plants that can bioremediate them or break them down or finding new species in the wild.All surfaces and machinery should be coated in a permanent layer of dirt proof,acid proof and hydrophobic liquid glass to make it easier to clean by robots and make machinery last indefinitely.

COSMETICS:
Since all cosmetics will be homemade and created from organic,non-toxic ingredients it may be possible to just dispose of them via pouring them down the sink or by dumping them into soil.It may even be possible to use them as fertilisers since they will not contain microbeads.

STONE:
Stones furniture and statues can be recycled into creating composite rocks and other stone furniture.Stone furniture factories should have machinery that recycles stone into composite materials or melts them down into what can be used to create new mixtures or other materials.Precious gems can be melted down into new gems or have each individual minerals extracted for other uses or like stone turned into composite gems.Ideally this machinery should be located in or near stone furniture factories.All surfaces and machinery should be coated in a permanent layer of dirt proof,acid proof and hydrophobic liquid glass to make it easier to clean by robots and make machinery last indefinitely.

CERAMICS:
Ceramics such as pottery,tiling and even 3D printed cutlery can be recycled by using kilns in art centres,ceramic factories,community centres used that produce ceramics or at home to melt it down,water it down or smash it into the base material and mixed together to be used again.Excess clay used in homemade pottery can be recyled by hand with those used in production of 3D printed pottery automated.These can be in special bins.


CONSTRUCTION WASTE:
Construction waste can be used to produce both bacteria based wood and methangenous plastics as well as recycled with wood pyrolysised and concrete recycled into composites with this also applying to buildings that are demolished.Concrete should be recycled and used for more housing by grounding it up etc to be sent to Ictinus factories.Otherwise it can be ground up into sand and then spread over expolited beaches.

METAL & E-WASTE:
These should be recycled in fully automated factories which can harvest metal and non metal materials for recycling.It then can be reused in the manufacture of more electronics.All metals should be recycled with metal and e-waste recycling merged into one.Phasing out planned obsolescence and cyclical consumption can eliminate this need altogether alongside research into plastic and graphene/carbyne substitutes for rare and toxic metals allowing for components to be separated by hand.In the case of cars and other vehicles they can be sent back to their factory of origin and dissembled by machinery reversing their construction process and allowing each part recycled in the factory and have each material i.e.rubber,plastics and metals stored and then collected and transported into their specific recycling factories with certain parts such as alloy wheels,engines,seats etc or be reused for new vehicles cutting down on the energy to produce new ones.Seats would therefore have to be installed into the vehicle via screws to be also removed with these spare items stored in a spare room of the vehicle factory and logged in the factories AI with consumers able to choose to use them for using in new vehicles if in good quality.Otherwise existing scrap yards can be modified to house these dissembling machinery and the metals,rubber,textiles etc sent to their relevant recycling plants in vehicles when they reach full capacity with these plants having vehicles for each type of materials or groups of materials found in vehicles.In both cases the owner simply enters passwords and biometrics to have it recycled and de-registers their vehicle from home AI and digital key and directs it to be recycled via at which point it will drive to the nearest factory/recycling plant and enter the conveyor system.This can be cancelled by a menu within the blank computer if it was done by accident or someone was left intentionally in the vehicle as a means of murder with this cancellation being voice activated or the vehicle automatically preventing or cancelling if with further advances in AI a living organism including animals and humans are detected to be in the vehicle via sensors even in the boot.This would be done with the vehicles first scanned via X-Rays and sensors on the conveyor belt that detect humans,animals,pets and their vital signs with onsite robots and/or law enforcement alerted.This more efficient than simple crushing a car and allowing it to be dumped in a scrapyard and having to separate each material such as textiles,rubber,plastics,metals by hand.Unwanted jewellery can also be done this way with precious gems containing metals like rubies and emeralds recycled here with diamonds including coloured ones recycled at the factory they were made.Metal statues should be returned to the centre or factory that produced them where it can be melted down and reused.




Electronics like laptops and smart devices should be designed to have a button on them,button combination or option in settings menus that opens them up by hand at home allowing the components to be put in specific bins for plastic,graphene/carbon composites(which can be brought back to universities for reuse or sent into organic waste,paper,cardboard bins) and rubber components into specific compartments bins or their recycling plants and each metal present put into the waste bin that brings metals to the recycling plant i.e. hard drives,screens,boards etc.As stated earlier metals especially rare ones should be replaced by other materials to conserve energy in extraction,production and recycling when possible i.e.plastics in electronics,long lasting glass and steel/graphene kanteens replacing aluminium cans.Thus all metal should be recycled alleviating the need to extract more metals and ores from the earth.As stated some electronics will become replaced with emerging technologies allowing those that currently clog homes to be recycled saving on energy in the long term.All machinery should be sprayed with liquid glass to prevent damage from acids and build up of dirt.Robots here can be hands on rail systems with cameras that can dismantle them like a human especially televisions,robots and other bulky electronics with humanoid ones all controlled by the building AI with newer replaced by more advanced ones with older ones recycled themselves.Extra robots similar to the poop scooping robots can be used to pick up any extra waste lying around otherwise these could enter shredder machines that then separate each metal,plastics,rubber via NIR hyperspectral cameras,robots or burning the waste allowing the metals to separated by melting temperature and gases from plastics to be collected,filtered and used to feed bacteria etc.Existing scrapyards that house old vehicles and electronics should be recycled especially with advances in automation and artificial intelligence to collect and recycle materials such as gold,platinum,coltan for either reuse in electronics and vehicles or for other uses especially with the rise of synthetic replacements.It will also allow the land taken up by these scrapyards to be reforested with the same for open landfills.Any wastes produced can be cleaned up by genetically engineered bacteria that produce commercial commodities or indoor artificial wetlands as detailed earlier on.Automated cranes and other machinery including those that have magnets on them will transport them to relevant factories.All surfaces and machinery should be coated in a permanent layer of dirt proof,acid proof and hydrophobic liquid glass to make it easier to clean by robots and make machinery last indefinitely.The factory line and robots on them would be fitted with cameras to detect different types of components and electronics including light bulbs which can be recycled here.Ideally metal and e-waste recycling centres should be located in close proximity to electronics factories such as underground extensions.If acid is required to dissolve electronics then they can be crushed or heated past the 1,600 degrees threshold of liquid glass or other methods should be discovered that include humanoid robots and biosynths controlled by the factory AI that can unscrew and dissemble each type of electronic into its base parts for them to be crushed.The silica and oxygen should be recycled to create more silica glass for new liquid glass shipped to factories that create this with any toxic gases produced captured and broken down into base elemental components and used for other purposes in factories with the same applying to any liquids.Graphene and other hardy nanomaterials as part of electronics etc may be broken down using acids and other physical treatments and even heating it up to its high temperature threshold or exposed to different types of radiation to break down the carbon atoms that can be sent to Aphrodite buildings.Radiation including super high intensity super blasts of UV light and even biosynth technology and even genetically engineered bacteria can be developed that break down graphene and liquid glass via biochemical processes or even anabolic and catabolic reactions controlled by wifi in the plant AI will be developed.The same will have to be down the atom thick allotropes of all other elements such as borophene,silicene etc and also those of two or more elements ie Indium selenide.Ideally graphene alongside other similar atom thick allotropes will be broken down in Aphrodite once separated from electronics with all recycled metals sent to them as well to be shipped to other factories or turned into energy in picotech fabricators.Toxic wastes produced by recycling will be cleaned by bacteria with extremophile and scratch DNA including acidophile DNA etc to convert toxins including hydrochloric acid into commodities or via anabolic and catabolic reactions convert them into benign compounds or elemental compounds.Graphene and nanomaterials from all 94 elements can be used to also turn toxic wastes into into benign compounds and recyclable elements.AI will research ways to turn all wastes into benign recyclable material.

Biosynth technology can replace most of not all metals in all parts of electronics.Biosynth technology combined with nanomaterials of all 94 elements can make electronics,batteries etc faster,cheaper and more compact.This is because of DNA digital storage,magnets from Magnetospirillum,neural clusters,silicon/stanene/borophene/graphene/neural nanowires and nanoprocessors,electroconductive pilli,electroconductive protein and silicon nanowires and electronical generation from Shewanella oneidensis,Electrophorus electricus,Geobacter metallreducens,Geobactor sulfurreducens DNA and also their ability to form neural,muscular and specific organ based tissues.This is because they can provide DNA digital storage,produce electroconductive nanowires,electroconductive pilli,electroconductive proteins and neural tissues that can transmit electricity,store and generate electricity,biosynth wifi and also magnetism thus since these would express natural versions of these could potentially replace Copper,Niobium,Tantulum,Cobalt,Gold,rare earths,Sodium,Lithium,Silica,Hafnium etc in solar panels,smart phones,laptops and other electronics and even batteries with them grown onsite of Selene,Antikythera and also Archimedes factories. Magnetospirillum DNA will also be included to replace Niobium,Tantulum,Cobalt and elements in them that are magnetic.Neural tissue and C.elegans DNA,electroconductive pilli etc in them can play a role in touchscreens by relaying signals in response to pressure alongside their ability to harbour DNA from other sources and can be combined with graphene that replaces elements used in conventional smart device touchscreens and those on computers,televisions.DNA from biolumescent plants and animals and from scratch can allow biocompatible microbes replace LEDs etc in televisions and other types of electronics and lightbulbs.Scratch DNA and that from all other 2,391,000 species of plants and animals including bacteria,fungi and viruses determined by Phanes can allow them to express phenotypes to potentially replace other elements both rare and abundant ones.Scratch DNA and forced evolution can enhamce the phenotypes from bacteria,plants and animals with DNA from plants and animals across the galaxy will be used.Since these can be cultured in vats onsite of factories using sugars,proteins created by genetically engineered bacteria fed industrial wastes and 3D DNA printers this will reduce energy costs,negating the need to mine for these elements and transport them around the world saving energy and time and preventing any country having a stronghold on them and bring costs of electronics composed them to zero when combined with graphene and silicene and other abundant nanomaterials while still exponentially increasing speeds.Biosynth WiFi can be used to add new phenotypes to the DNA in microbes used not only for increased memory capacity and compression but also all parts of the electronics that are composed of tissues such as improved efficiency etc by inducing evolutionary path of the DNA without having to buy new devices via updates from Hestia potentially allowing for devices to last and be owned for decades,centuries or thousands of years rendering planned obsolescence etc obsolete.By having all parts of smart devices,laptops,smart televisions,external hard drives and all types of electronics such as batteries,touchscreens,LED screens,buses,nanoprocessors,hard drives,cameras,graphic cards,wiring etc composed of nothing but ,biosynth tissues and biocompatible microbes can allow one to download updates from Hestia that via biosynth WiFi induces the evolutionary path of them can give them upgrades that will render planned obsolescence defunct making electronics last decades if not centuries.Furthermore this can make it easy to recycle by having upgrades that apply suicide genes to all microbes and tissues to cause them to break down into organic material that can be pyrolysised or composted with remaining nanomaterials removed with if possible the microbes recycled to be used in other electronics.

NUCLEAR MATERIAL:
Vitrification is a method of dealing of existing nuclear waste as the waste is mixed with sugar(ideally from bacteria grown on site) and heated into glass and allows water present in the waste to be collected and returned to the hydrological cycle.This can be stored underground by itself without metal barrels in abandoned uranium mines without the need for spreading concrete and minimal automation and human labour.New developments wherein waste from metal ore production can bring the cost of this down substantially.In time nanotech fabricators can be used to separate the uranium and other elements in this glass and biochar mixture so as to extract them safely including the uranium and other elements for use in other commercial applications.Otherwise ideally bacteria can be genetically altered to break it down similar to Geobacter metallireducens by spreading it into radioactive rivers,lakes,oceans and soils.Bioremediation through trees and plants coupled with biochar can clear up radiation from the atmosphere and soil in areas such as Fukushima and Chernobyl where it can be turned into biochar for long term storage underground and turn it into inert compounds unlike vitrification which leaves behind radioactive glass.Ideally the use of G.metallireducens and strains tweaked to break down all nuclear wastes should be pursued as vitrification requires land to be reserved for storage and is still radioactive with existing waste also sent to molten salt reactors that use it as energy which can be broken down by G.metallireducens or used in theoretical breeds that use tertiary waste.All of these methods can be fully automated.These processes should in fact deter the use of nuclear fission which has other more serious problems as detailed later and should only apply to dealing with existing nuclear waste.


Existing power plants before their decommissioning can be converted into molten salt reactors and reuse waste nuclear fuel that produces secondary waste that stays radioactive for hundreds not hundreds of thousands of years and power their existing regions until all existing radioactive waste currently in storage is used until well beyond the next century producing 500 megawatts of electricity per plant at 25-48% of the cost of conventional nuclear power plants leaving existing reserves of virgin uranium in the ground.G.metallireducens can then be used to break this secondary waste into inert compounds or vitrification used to make it easier to store.To save on the use of metals that can be used for other purposes vitrification should only be used as a last resort if G.metallireducens is not able to convert it to inert compounds since the waste is still radioactive.Research can be done into bacteria that can degrade all other radioactive materials either by genetic engineering them with recombinant DNA from other bacteria or plants that can bioremediate them or break them down or finding new species in the wild with other DNA made from scratch with ideally a super form of G.metallireducens.All surfaces and machinery should be coated in a permanent layer of dirt proof,acid proof and hydrophobic liquid glass to make it easier to clean by robots and make machinery last indefinitely.

PICOTECH FABRICATORS:
By at least 2100-2200 advances in AI,fusion power,dyson swarms,solar arrays and also quantum singularities would allow for picotech fabricators which would not only be able to create any raw material,food,water etc from energy but would also allow for the true recycling of all types of waste.This would be done by them breaking down the waste into sub atomic particles and then rearranging them into other elements or materials with if possible the waste turned into and stored as energy for creating other materials later on or to power the grid etc.By reversing the Breit Wheeler process waste of all types will be converted into energy to be stored for turning it into other elements or fed into the grid.This could deal with all types of waste especially nuclear waste and graphene and will possibly render all forms of recycling except pyrolysis of organic waste into biochar allowing recycling hubs converted into residential areas.These will be onsite of Aphrodite factories that then dispense the material to other factories.Those onsite of homes can be used to power the home and even convert waste into food and new manufactured.

CLEANING:
Cleaning of all types of waste treatment facilities will be same as in public buildings as detailed earlier with all surfaces,burners,robots,vehicles and machinery sprayed internally and externally with a permanent layer of liquid glass making them acid,dirt and water proof making it easier for cleaner bots such as hooverbots to clean them with excess materials that fall of the conveyor line collected and put back on it.Nanoquadrocopters and robots equipped with narrow wavelength UV lights on their underside,top and sides can do carry out sterilising sweeps in each room including stairwells,hallways, lobbies and elevators at set times.Ideally all rooms will have these lights on their ceilings to prevent the need for robots and sterilise all rooms at once.These sterilising sweeps could be programmed to occur in rooms,hallways etc. at very late times when no visitors are present and when the patients are asleep with their curtains closed and last from an hour or two per room.Cleaning robots including nanoquadrocoptors will be stored in compartments that charge them wirelessly or in the case of janitor robots refill them with both water and virkon/bleach.Old defunct machinery in all types of plants wil be replaced by more efficient versions at first by human hands and in time by robotics and machinery.All surfaces in the interior and exterior of these plants will also be coated in a permanent layer of liquid glass to make them dirt,water,oil and acid proof and easier for robots inside to clean.Tyche and the plant AI will in time build extensions to these either underground,on the roof or on the outside to keep up with demand based on increased inflow and cross referencing Polis.

METERING:
The amount of waste coming in and will be logged here alongside water and energy use.Also the amount of outgoing recycled waste in all cases(such as individual metals,ores etc) will be logged and averaged every hour,day,week,month etc and charted on a graph for each one etc.with live camera feeds monitoring each step on local,regional,national,continental and global scales with the same applying to incoming.This will detailed in both Demeter and Hermes.This also includes how much biochar,bio-oil and syngas produced for those that undergo pyrolysis in each plant again on local,regional,national and global scales over days,weeks,months,years,decades, centuries,millenia etc.Thus on the global map and each level of it one can filter out each type of plant:organic waste,plastic,electronics,rubber etc and determine how much is going into them and how much commodities and recycled material is produced on local to global levels over days to millennia etc.Each different one will appear as a coloured 3D pin:Metal and E-waste – grey,Organic waste pyrolysis – Orange,Plastic – Red,Wood – brown,Stone – Grey,clothing – green etc with filters allowing one to see one or more on a global map via ticking boxes.The amount of these on local to global levels will be numbered.The avatar of each waste treatment building AI will be designed by those that maintain it with each AI having its own separate and independent personality and legal name.This receptionists personality and legal name will be separate from the building AI and its own avatar wearing an universal uniform.Both will have legal names..All waste treatment plants alongside water,sewage and other municipalities worldwide will be managed and linked together by a sentient operating software Tyche with the symbol of the wheel of fortune on all signs,maps as well as all machinery and robots present in all waste management facilities.This symbol will also appear on all e-reports,studies etc related to them alongside the caduces.If and when the waste treatment plants form hubs with each other then these will not have individual statues but rather one by the entrance to the hub or exact centre of the hub or they could be one large building with this in the lobby and managed by a single AI that also houses all vehicles for each building and macro manages each building.These buildings would house toilets.Ideally it will be by the entrance or exact centre with any spare land especially grassland reforested with trees and shrubs as well as wildflowers designed by Pan and Hegemone with the layout managed by Tyche.Once sentient her avatar will be based on that of her statue with this macro managing all of these buildings alongside the sentient Moirai.Each hub will form a hub like structure with the statue in the middle and them built around them with them accessed via a series of two pillars and a sign denoting the name of the hub.These manufacturing hubs will serve entire regions,states,counties or even country and will be in close proximity to local manufacturing hubs to allow recycled material to be sent to them instantly.All factories as part of hubs should ideally have recycling centres for their specific type also onsite ie.lightbulb,metal and e-waste recycling centres in underground extensions to electronics factories,textile recycling machinery in textile factories with the same applying to stone and wood for furniture factories etc to make recycling hubs smaller or unnecessary meaning recycling hubs will have only pyrolysis plants.These could be on a single floor of the Aphrodite building or in one small room in each factory of each hub or a single floor of those merged together including the ground floor with all work automated.Dimensional transcendentalism can allow this to deal with a growing population.If possible picotech fabricator can reverse the Breit Wheeler process allowing the waste material to be converted into energy that can be stored onsite and then used to create rare materials and elements.This would be ideal as the pyrolysis plant could be very near or onsite of the manufacturing hub and thus power it directly with supplemental power and the rest fed into the grid as these will be contentiously be getting food waste,rubber etc and also Bambusoidea as part of biochar programmes for several millenia considering the vast reserves of natural gas,oil and coal still left on Earth with them also sequestering carbon dioxide from synthetic gasoline and methane.It would mean only one statue Tyche in this building would be used with each manufacturing hub having one of these that intakes all organic waste from the region and would mean all waste trucks would enter the hub to have all metals,plastics,stone,organic waste etc recycled when needed ad sent directly to the factories or Aphrodite buildings.Underground carparks onsite of manufacturing hubs would house delivery vehicles and also waste trucks that serve the area.These waste trucks will serve all towns,villages and cities in the state,region and country that the manufacturing hubs do with some having miniaturised recycling hubs whose number and location decided by Tyche to neat waste trucks that serve the area to travel too fat.These miniature hubs would have all buildings each managed by different AI around each other,an underground carpark can have an individual statue by the entrance to the hub or exact centre of the hub.The entire hub such as buildings,statue and carpark can be underground completely to prevent it encroaching on wilderness,serve underground communities with dimensional transcendentalism added overtime to deal with a growing population.Manufacturing hubs will thus limit the number of manufacturing hubs as they can intake all waste from the towns,cities,villages in the region,state,country they serve.All steps in each treatment plant can be visible to the public through cameras at key points(that switch to IR illuminator when dark),readings from nanosensors,and pictograms that detail each piece of machinery etc via logging into the intranet of each one with temperature and humidity reading of each room visible via nanosensors.Fires will be averted by the AI through nansensores in fire detectors hooked to the main grid detecting carbon dioxide,methane and temperature alert firehouses through Pemphredo and Prometheus that directs them to their address and GPS location.Automated measures will be put in place to deal with and prevent fires and in fact all possible problems.Each one will have the same onsite firefighting methods as detailed earlier in the structure of factories.All waste treatment plants should have on their conveyor belt NIR hyperspectral cameras and object recognition software to ensure that the correct waste is on the line and humanoid robots,biosynths and just hands linked to the AI of the waste plant or other automated methods to remove the contaminant waste and have it transported to the correct facility which will be easier if all waste recycling plants are in close proximity to each other.All robots,machinery,vehicles and in time biosynths used to carry out work only a human can do will be linked and controlled by the building AI.All work in all types of waste recycling plants will be fully automated and managed by their AIs by 2029.

SECURITY:
Those in areas prone to storms,floods and tsunamais should ideally be several feet above ground or have walls around them with floodbreakers and tsunamai walls present with the windows having graphene in its matrix to prevent damage and any waste seeping into the environment.They should also have Tesla batteries inside that store enough electricity for at least a week or two to continue functioning if blackouts occur due to natural disasters etc with the amount of electricity stored left visible through the building AI and these charging up from the grid or even solar panels and other self charging technologies.All cameras at all points and those in the lobby and exterior will be linked to the global database of criminals and missing persons in Athena but fed into the building AI with them coated in liquid glass to negate the need for cleaning.They will also switch to IR illuminator when dark.The vast majority of recycling and manufacturing hubs energy will come from organic pyrolysis plants that will alleviate strains from geothermal plants with the organic waste plants gaining energy from ingoing organic waste and also biochar programmes with the different power plants deciding when to power these by constant interactions.

ARTIFICIAL INTELLIGENCE:
Each waste management plants will have an AI that will measure the amount of waste coming in and will be logged here alongside water and energy use.Also the amount of outgoing recycled waste in all cases(such as individual metals,ores etc) will be logged and averaged every hour,day,week,month etc and charted on a graph for each one etc.with live camera feeds monitoring each step on local,regional,national,continental and global scales with the same applying to incoming.This will detailed in both Demeter and Hermes.This also includes how much biochar,bio-oil and syngas produced for those that undergo pyrolysis in each plant again on local,regional,national and global scales over days,weeks,months,years,decades, centuries,millenia etc.All of this will be open to the public via the Hermes network allowing them to monitor any plant around the world from anywhere in the world.A series of networks set up world wide will measure the amount of water and energy and other resources used in them on a local,regional,continental and global scale linked to each individual waste treatment plants AI.Thus Tyche will link all of each type of waste treatment plants together with each other and also together.Routine diagnostics automatically done on all systems such as lighting,robots and machinery and will be logged will follow an universal colour coded system – blue denoting safe,yellow denoting some concern,green denoting some danger and red denoting severe danger making it easy for the layperson to recognise the level of severity of the problem.If a problem occurs automated measures within the AI system will isolate severely compromised machinery ie. from cyber attacks will be cut off from the AI and other machines until it is solved with AI of compromised buildings from other similar buildings and the rest of the wire until rectified to prevent problems spreading.The AI and thus all robots under its control will have the latest cyber security installed and constantly updated.Automated corrective measures for all possible problems or those that can be done remotely via the wire for all possible problems will be built into the building AI again view able to the public.This should prevent the problems associated with the tragedy of the commons.Waste treatment plant AIs will manage the operations of the plant they are in control in,arrange orders of resources,log resources,deal with emergencies etc replacing supervisors and managers with cameras at key points of all plants and nanosensors and in time mobile holographic technology allowing it to oversee various operations all at once replacing all human workers,quality control and supervisors etc.Cameras on robots and biosynths on the waste recycling line,cameras at key points of the line,key points of the plant overseeing the entire line and any blind spots and cameras on robots patrolling the plant will give the plant AI will give it complete omniscience over the entire plant with the AI deciding where to put cameras in order to prevent it having blind spots ensuring it can everything in all key rooms even lobbies with all feeds fed into the factory AI 24/7,365 days with biosynth nanosemsors detecting the level of carbon dioxide,oxygen and other gases,temperature etc in the plant.Robots and drones will do rounds to spot faults,spills,rubbish with diagnostics done once every day on all machienry.Cameras monitoring machinery etc will thus have the ability to switch between normal vision and IR illumination and or night vision in order to allow remote monitoring to be done when the lights are off with lights if needed will be long lasting efficient ones such as CSYS ones.This will give the plant AI omniscience over the entire line to see what is going on.Any remaining work that can only be done by humans will inevitably be done by humanoid robots and biosynths controlled by the plant AI with them having IR illuminator and normal cameras and zoom features with them wearing an universal uniform for each factory type.CSYS lights should be used in lighting in hallways and other rooms so as not to be replaced so often by robots and limit energy use.New technology can be integrated into the lights to send measurements of how much time measured in years,months,weeks,days,hours and minutes of power is left in the lights fed into Hermes to alert these robots.Since they will have no humans there most of the time the lights will be out 24/7,365 days a year but will only turn on when recognition software present recognises humans entering it or through light switch present which will turn off after a set amount of time to prevent waste with this controlled by the AI.Ideally the former should be used.Cameras monitoring machinery etc will thus have the ability to switch between normal vision and IR illumination and or night vision in order to allow remote monitoring to be done when the lights are off.Furthermore these plants will fully automated they will only be turned on and off by researchers there rather then being on all the time.Since they will be heavily automated the plants will process waste 24/7,365 days a year.Machinery and robots can also be composed of self healing metals,electronics and polymers to prevent them breaking down.Miniaturized versions of repair robots can be integrated to repair damaged machinery.