Algae consist of either micro-algae such as cyanobacteria and macro-algae such as red algae and kelp.As stated earlier both can harvested in offshore sea farms using seawater and wastes from Dead zones or near coastal towns both as a means of bio-remediation of both ocean water and coastal waters and estuaries.They can also be grown next to deep sea ocean farms using fish excreta as a source of food or next to oil rigs used as research centres.With reygards to landlocked areas there are solutions to this.Macro algae can be grown on higher floors of vertical farms or in production facilities in deserts using nutrient rich water or grown in waste water treatment plants again as a form of bioremediation.This can be used to produce kelp for culinary purposes and can also be grown in recirculating aquaculture systems in home,community and vertical farms.Microalgae can be grown in local sewage,desalinisation and water treatment plants where it can clean sewage waste, recycling nutrients such as phosphorous,sulphur and copper and magnesium creating looped systems leaving only water behind and cut down on transportation costs of traditional sources of its oil and cellulose for a wide range of commercial products using both solids and waste sewage water as a growing media.Pet and livestock manure will be added to the sewage line via collection areas connected to it in pens and pet feces added to toilets via toilet paper,kitty litter,piqapoo bags and toilet training.Miniaturised versions of algae farms can be integrated into home and community farms and septic tanks using livestock,human and pet waste as a source of nutrients which it then puts into a looped system.Septic tanks can be connected to these in homes with miniature radiation and heating systems to kill off pathogens by exposing them to levels of temperature and radiation past the threshold of pathogens.These strains can be engineered to produce the same taste and texture as cereals and any type of livestock meat allowing the residents to create a sustainable source of this at home cutting down on resources with these systems intaking a set amount from the main sewage line attached to homes including communal ones and this thus cutting down on resources for meat production with semi automated machinery at home or in community centres milling them for the flour,oils,protein etc.
Interactions with sewage and water treatment plants,factories,pyrolysis plants,community centres etc within the wire via interactions and Hermes,Demeter and Hephaestus on a global scale can allow for year round abundance in communities worldwide and automate the transfer of commodity back and forth completely.Biogas methane can be collected from both sewage,wastewater treatment plants to be harvested for local and regional energy sources.If possible methane and biogas produced by sewage treatment plants will be burned onsite to generate electricity using micro-gas turbines with carbon dioxide produced rerouted to feed the algae in a looped cycle.
Both micro and macro algae can be farmed at sea to conserve land,space in vertical farms and also “mine and harvest the oceans” for nitrogen,potassium and phosphorous needed for fertilisers by uptaking them from the ocean for an extra source of these nutrients further alleviating strains on land based supplies to be mined.They can also be grown next to oil rigs and also by the coast especially in cities next to the sea and even in ocean fish farms.Macro algae can be part of hybrid crops grown in home,community and vertical farms.
The amount of oil in litres produced by several plants per hectare per season including algae are aproxiamately as follows:
Zea mays mays 168.3709
Glycine max 448.989
Carthamus tinctorius 776.37
Brassica napus 1,187.94987
Elaeis guineensis 5,939.76
Micro Algae 46,769.7116 – 140,308.69
From we can see from this algae can grown locally in sewage treatment plants producing far more vegetable oil for use in cooking, food production and pharmaceuticals(bio-oil,plant/animal oils and hydrocarbons from bacteria may be a better alternative for drug manufacture,see later).This is especially of note for the instance of palm oil which is currently used for these purposes is unsustainable due to the fact that it can only grow in the tropics and requires large amounts of energy,time,water,fertilisers and labour in planting,growth,harvesting,processing and transportation.By switching from palm to algae oil we cut down on these resources significantly and can allow large swathes of land in the tropics currently used for palm oil production to be reforested indefinitely and have a source of oil that is higher in omega 3 fatty acids and lower in omega 6 acids while at the same time cutting on transportation costs as it is grown locally.Omega 3 fatty acids have been proven to lower cholesterol and improve mental acuity and higher IQs in unborn fetuses when consumed before and during pregnancy as well as aid in development of general good health and proper neural development and mental acquit in children and adults while omega 6 acids have shown to have the exact opposite health effects with algae providing a more sustainable source of it than oily fish since algae oil can be used as cooking oil,in the manufacture of food products and used in making pastries and possibly even butter and dressings or can replace supplement oils like Udos oil.Since it is grown in local sewage and waste water plants energy is cut down in its transportation and the land used for all other oil types ie.Sunflower,G.max etc can also be reforested.These other oils like sunflower,olive,G.max,coconut,Z.m.mays etc and even palm oil can be grown at home or in community farms and in time genetically engineered bacteria will be used to produce these on an unlimited scale with bacteria also developed to produce just omega-3 or just omega-6 or other individual fatty acids and even hydrocarbons on an unlimited scale.This will be of use in cosmetics wherein algae cannot be used.
Macro and micro algae can be used to recover nitrogen and phosphorous from dead zones created by the pumping of both fertilisers and sewage into the ocean thus making them habitable again while at the same time recycling these nutrients for fertilisers.This would be of benefit to the Gulf of Mexico.Native species of fish reared in recirculating aquaculture systems can be returned back to these habitats when they become favourable to marine life once again.Micro algae can be grown in floating micro pods made of plastic taking in the nutrients.Any existing algae blooms can be removed via automated boats as detailed later on.
Furthermore it can replace fossil fuels in the production of animal feed(both livestock and pets),as well as fertilisers creating a looped system as both and both human and animal waste can be used to produce algae while at the same time recycling nitrogen,potassium and phosphorous.Other food applications include it replacing Z.m.mays,G.max and Triticum aestivum entirely in the production of flour as due to the oily flour it produces it does not require the use of eggs and butter in thus leading to lower fat products such as breads,breakfast cereals, pastries,cakes,sauces,dressing,cookie dough,mayonnaise,textured vegetable protein,G.max sauce and other vegan products.The protein content of G.max is 36g per hundred gram compared to Spirulina algae which has 57g protein per 100g(beef has roughly 20-26g per 100g) with genetic engineering boosting the levels of specific amino acids such as methionine,cysteine and lysine as well as any other missing ones by using transgenics with recombinant DNA from G.max and other plants or algae species to increase the amount of each individual amino acid with ideally them engineered to create only essential amino acids,low levels of carbohydrates and omega-3 fatty acids.Spirulina has roughly 57g of protein per 100g compared to G.max which has 36g per 100g,beef/lamb/chicken that has roughly 25-27g, Z.m.mays roughly 9g per 100g thus allowing algae to replace conventional feedstock with genetic engineering allowing it have as much as 80-95g protein thus making it a more sustainable source of protein than TVP etc for vegans than G.max eaten as mince,TVP and steaks and also on par with meat for meat eaters. This will also allow it to replace conventional feedstock for fish,shellfish and remaining livestock replacing G.max,Graminae,Z.m.mays eaten as a mince,TVP,slop or liquid pumped into pens and tanks with it even suitable for carnivorous animals in zoos and pets replacing in vitro meat.This algae can through engineering produce the same taste and texture as meat of any kind and also Hordeum,G.max,Trictium etc thus making it more palatable to humans,pets and livestock with it eaten as a slop,mince,pellets,TVP etc.Having it engineered to taste the same as meat and Hordeum,G.max,Trictium etc will also allow it replace these in all of it uses such as flour for all cereal based products,TVP as well as hamburgers and steaks etc.In both cases it will produce a looped cycle since once eaten it will be converted into frced that onsite of sewage treatment plants will be converted again into algae thus eliminating famine should that could occur for any reason such as natural disasters and bad weather.The type of essential amino acids,carbohydrates and essential fatty acids and oils alongside their amount can be modified through genetic engineering creating different strains and species dependant for its purpose.It will be grown onsite of sewage treatment plants around the world and eventually universe to eliminate famine,ensure an abundant supply of fertiliser,cut down on energy costs and eliminate the use of harsh chemicals in three treatment of sewage with any biogas produced captured and burnt onsite to be fed into the grid and the carbon dioxide used to grow more algae creating a looped cycle.Farms and even cruise ships will grow it using photobioreactors to make them self sufficient.Septic tanks on the grounds of homes etc will be connected to the main sewage line or utilise this as well with them possibly having miniature radiation machines with septic tanks onsite of community farms also present using algae to convert the fertiliser into feed and fertiliser.It will also replace meat in the diets of bodybuilders and those losing weight and should be included alongside omega-3 oils to aid those with high cholesterol as well as pregnant women due to the high protein count for fetal development and also the fact that it will clear the bloodstream of cholesterol and also improve the IQs of unborn fetus.Transferring recombinant DNA from Spirulina and G.max to other species of algae can also help especially those grown in sewage treatment plants or further trans and cis genics to increase the omega-3 oil content and remove saturated and omega-6 fats.Alternatively Spirulina can be grown in vats or micro-farms in home or community farms.However it is gluten free which although may suit coeliacs must be genetically engineered to create strains that produce this protein to make it suitable for bread,pizza and other similar products making.Furthermore it can be used in the production of alcoholic beverages such as beer.As a result of this it should replace T.aestivum and other cereals entirely with T.aestivum for personal use grown locally in vertical,community and home farms to allow the worlds large T.aestivum,Hordeum vulgare,Avena sativa and Oryza sativa fields to be reforested.Other cereals can be replaced by both algae and genetically modified bacteria that produce the same flour or flour similar to them allowing for more land to be reforested.This could include bacteria that create G.max and Z.m.mays flour and other flours as well as their oils allowing G.max plantations to be reforested.It should be thus used as an animal and human feed replacing G.max and Z.m.mays flour.It would be used as a fertiliser in home,community and vertical farms and fungi substrate as it recycles elements like phosphorous,nitrogen,copper and calcium etc.creating a looped system.If algae fertilisers leach into waterways it will not promote algae blooms as well as conventional fertilisers thus resulting in fish kills.Like hydroponics automation and sensors can monitor and control factors such as temperature and carbon dioxide concentration via networks allow for scientific studies to be fully automated from start to finish remotely and measure the best factor levels for optimum yields.Genetic engineering can control the amount of oil,protein and cellulose produced for their desired use with them producing even larger amounts of oil with genes even made from scratch or those from Physis.
Other applications include the production of:
• Lactic acid cleaning products
• Dyes for paints and textiles that are non-toxic replacing more toxic and synthetic substances like Hexavalent chromium
• Enzymes, phosphates and oils in detergents
• Fertilisers to aid in reforest denuded land and regenerate topsoil especially in the tropics and deserts and in agriculture
• Oil components for drugs
• Plant based milk that is non hypoallergenic
Using this as a bio-diesel,plastics,cosmetics,resins for use in 3D printers and carbon sequestration would not be ideal as it would result in loss of phosphorous and nitrogen two finite resources needed to be recycled for agriculture and human and animal consumption which can allow for a looped systems to be started.Alternatively methane based plastics should be used.In the case of detergents homeowners must ensure that that the water used in washing machines re-enters the cycle via piping into water treatment plants rather than having it drained into gardens and also nearby waterways.Phosphates will be replaced with more sustainable alternatives such as zeolites,sodium carbonate and citric acid.In time liquid glass sprayed on clothing as detailed later on will negate the need for detergents.
The species Schiochytrium has the highest oil content with 70% per dry weight with most other species hovering around 50% with genetic engineering transferring this to other species and even the possibility of increasing it and also thickening the cell wall to extract more fibres.Alternatively some strain grown in one round could be engineered to produce thick cell walls and little to no oil with another strain to produce thin cell walls and large amounts of oil to gain the most of both for each use.Since it will be used for animal feed and fertiliser AI will choose species and create strains to produce the desired amount of oil,carbohydrates and protein for the desired use.Genetic engineering can increase the ratio of proteins,carbohydrates and oil produced and also increase the amount of essential nutrients it produces for its desired use.The green micro algae as part of sewage treatment plants that turns human waste into usable nitrogen and phosphorous fertiliser can have enzymes in them that degrade the cellulose in the toilet paper and wipes etc made from them and turn it into carbohydrate nutrition.Most species take a mere 3 to 6 weeks to grow before harvesting but genetic engineering could theoretically shorten this to a week,several,days maybe even hours and make them grow and reproduce faster using genes from other bacteria such as Escherichia coli,Clostridium perfringens and Bdellovibrio with others made from scratch.Ideally C.perfringens as it grows the fastest taking only 10 minutes to divide and create a new generation.Scratch DNA can be added to ensure this takes 1-5 minutes with DNA also coming from fast growing plants such as certain species of Bambusoideae,micro algae etc.To deal with any issues of telomere damage as a result of mitosis the same DNA from Bacillus F,Thermococcus gammatolerans and those to produce phosphatidylcholines etc used in ageing treatments for humans except those from endolithic bacteria will ensure all future cells will be healthy young cells and not degrade due to mitosis with if possible induced plutipotent,totipotent and other stem cells used as a baseline.Recombinant DNA from macro algae that grow 30-60 times faster than terrestrial plants can be added to them in order to further speed up growth rates including that from Laminaria digitata,Fucus serratus,Saccharina latissima,Macrocystis pyrifera and other fast growing algea will be added to increase growth rates.To ensure the yields are consistent and sewage plants don’t overflow existing sewage and water treatment plants could have extensions built into them that allow the algae to grow in one area or bioreacters while other ponds and/or bioreacters collects fresh waste and when the first few area or pond is harvested for algae and emptied then the next few ones are used in a rotary system.The same apparatus to grow algae in defunct sequestrian plants and power plants should be utilised alongside these with in indoor extensions on the the roof or underground to allow LED lights to grow them all day long.To improve yields a biostimulation system used by AglaStar.Inc that integrates two types of electromagnetic energy — a millitesla generator and a millimetre microwave generator — which radiate spontaneous growth energy into large volumes of algae biomass to be economically viable(increasing yields by as much as 300%) can be utilised alongside LED and CSYS LED lights that can allow for continuous growth 24/7,365 days a year with open sewage pens covered by steel housing.Capnophile DNA will allow them to intake more carbon dioxide as a food source possibly increasing growth rates.Ideally the cyanobacteria should be be faculative anaerobic using recombinant DNA from faculatative anaerobes,anaerobes,obligate anaerobes,capnophiles and scratch DNA can be added to the algae genome to naturally use both carbon dioxide and oxygen as energy acceptors alongside nitrate(NO3−),fumarate,sulphate(SO42−),or sulphur(S).Oligotrophic and xerophile recombinant DNA will also allow them to use less water and nutrients with this alongside capnophile DNA will increase growth rates and increase yields.Forced evolution can increase this efficiency.Capnophillic bacteria and Castanea dentata tweaked can be a source of recombinant DNA that could allow them to intake more carbon dioxide to not only compliment their decrease of nutrient and water intake from xerophiles and oligotrophic bacteria could also increase their growth rates especially in the case of those grown in sewage treatment plants where extra carbon dioxide can be pumped in to improve growth with studies done to ensure it doesnt affect nutrient content especially if all sources of DNA are mixed in together to prevent any shortfalls such as lower nutrient content.Bambusoideae DNA can be added as some species can intake 35% more carbon dioxide than trees with other trees that intake large amounts of carbon dioxide will have their DNA added such as Juglans nigra,Pseudotsuga menziesii,Pinus ponderosa will be added to further increase the amount of carbon dioxide intaken.Scratch DNA could ensure nutrient levels are not affected and are in fact increased.This could also be applied to those in community and home farms.The recombinant DNA from capnophile bacteria may require aerotolerant bacteria DNA to ensure they can do so in the high oxygen atmosphere outside since these bacteria can only do so in low oxygen conditions with even faculative anaerobic bacteria DNA added.If possible they may be fitted with DNA from plants that are able to undergo C4 concentration Amaranthaceae,Gramineae,Cyperaceae,Asteraceae,Brassicaceae,Paulownia to limit the amount of carbon dioxide they need and if combined with capnophillic bacteria DNA and scratch DNA will be more efficient at using this gas in them.DNA from microbes can extract carbon from the air at much lower concentrations than 150-200ppm,scratch DNA and that from plants that carry out C3 photosynthesis can be added to the genome of all plants to improve efficiency with them engineered to utilise carbon dioxide more efficiently.DNA from microbes can extract carbon from the air at much lower concentrations than 150-200ppm,scratch DNA and that from plants that carry out C3 photosynthesis can be added to the genome of all algae to improve efficiency.This use of DNA to increase carbon dioxide intake will be done to increase its ability to use it as a fertiliser and thus increase growth rates.DNA from with DNA from chemosynthetic bacteria,Nitrosomas Beggiatoa,Cupriavidus necator can allow them to intake methane,hydrogen gas,ammonia,hydrogen sulfide,iron and other inorganic compounds can also allow them to grow in the dark cutting down on energy costs for lightening and use methane,hydrogen gas,ammonia,hydrogen sulfide,iron as fertiliser.DNA from chemosynthetic bacteria can allow them to intake methane and other inorganic compounds as fertiliser and can also allow them to grow in the dark cutting down on energy costs for lightening and use methane as fertiliser pumped into bioreactors and also sewage treatment plants.That from Firmicutes will allow them to form endospores when conditions are not favourable.DNA from with DNA from chemosynthetic bacteria,Nitrosomas Beggiatoa,Cupriavidus necator can allow them to intake methane,hydrogen gas,ammonia,hydrogen sulfide,iron and other inorganic compounds can also allow them to grow in the dark cutting down on energy costs for lightening and use methane,hydrogen gas,ammonia,hydrogen sulfide,iron as fertiliser.Halophile DNA will allow them to use sea and freshwater with those from metalltolarants,Geobacter mettalireducens and scratch allow them to use pollutants such as heavy metals and pharmaceuticals that happen to enter sewage treatment plants as an energy source breaking them down into benign compounds.Recombinant DNA from T.gammatolerans,chemosynthetic bacteria and those from scratch will allow them to grow in all wavelengths outside their normal range and survive UV radiation and radiation treatments used to kill pathogens while DNA from Wangiella dermatitidis,Cladosporium sphaerospermum and Cryptococcus neoformans can be added to these algae to enable them to radiosynthesis,that is,to use the pigment melanin to convert gamma radiation into chemical energy for growth.Tweaks can made to do this with other types of radiation including UV radiation allowing algae to gain nutrition from the sun and that from artificial lights.This can allow the radiation to not only kill pathogens but also encourage algae growth with the feces and urine exposed to the radiation before adding algae to sterilise it and then after adding algae to sterilise it again and encourage algae growth and the radiation applied throughout the growth of the algea to increase growth rates thus speeding up the amount of time it takes for each batch of sewage is converted into algae and sterilise it constantly of pathogens.Studies can be done as to what intensity of radiation between 5-30,000Gy that is in the survival range of T.gammatolerans can both sterilise it and also provide maximum growth rates.Oligotrophic and xerophile DNA can allow for them to use less water and nutrients to increase yields.That from thermophiles,psychrphiles,mesophiles will allow them to survive a wide range of temperature ranges cutting down energy costs.Genes from psychrophillic bacteria that can grow at between -20 and 10 degrees Celsius or mesophilles that can grow 20-45 degrees Celsius can be added to the algeas genome to lower energy costs significantly with DNA from thermophilles including Methanopyrus kandleri also added to allow them to grow inbetween 80-122 degrees celcius.Forced evolution could push the limits of these extremophiles thus allow new genes to be added to the algae that could allow them to thrive in harsher conditions including lower temperatures and also higher ones that would kill pathogens and improve growth rates.Forced evolution could push the limits of these extremophiles thus allow new genes to be added to the algae that could allow them to thrive in harsher conditions including lower temperatures and also higher ones that would kill pathogens.The application of radiation can allow the radiation to not only kill pathogens but also encourage algae growth with the feces and urine exposed to the radiation before adding algae to sterilise it and then after adding algae to sterilise it again but to constantly encourage algae growth and the radiation applied throughout the growth of the algea to increase growth rates thus speeding up the amount of time it takes for each batch of sewage is converted into algae and sterilise it constantly of pathogens with studies done as to which range between 500-30,000Gy can increase growth rates and it routinely heated above 100 degree Celsius to not only encourage growth but kill off pathogens at the start,mid point and end to sterilise it as well due to thermophile DNA.The application of these temperatures and radiation can be applied even before the algae is added to the feces and urine mixture with existing methods to sterilise sewage also applied.Thus radiotrophic and radioresistant bacteria and fungi DNA can allow radiation to be applied to the algae constantly to encourage growth rates but also sterilise it constantly as well with thermophile DNA also doing the same when it is heated at 100-200 degrees celcius.Having all threes DNA added to algae will increase growth speeds in all climates and weather conditions allowing them to lower cooling costs in warm conditions and heating costs in cold climates and conditions with the temperature controlled by the building AI.It would also allow them to be exposed to temperatures above 100 degrees to kill off pathogens with this done alongside drying them and exposing them to radiation with the xerophile,thermophile and T.gammatolerans DNA will protect the algea from radiation,high temperatures and low water levels.DNA made from scratch will better integrate this recombinant DNA and better increase their effects and limits further increasing growth rates.This will also make them resistant to radiation applied to kill off pathogens with all of these sources of recombinant DNA used to make the algae survive radiation low levels of nutrients and water and increase growth rates will be housed in genome capsids that prevent them passed onto pathogens with the resultant algae exposed to high blasts of radiation of at least 1,000Gy and drying to kill of pathogens and not the algae thus making the algae produce safe for animal and human consumption and use as fertiliser.Radiation can be applied at each step using both super blasts of super high intensity UV light but also normal radiation at rates between 500Gy-1,000Gy using machinery that creates this to kill pathogens in the slurry and even effluent.The mixture and effluent will also be dried and even heated to temperatures of at least 100 degrees celcius or higher once forced evolution makes this possible with this eliminating all pathogens from the mixture and also effluent allowing it to be used as fertiliser as well as human,pet and human feed.The genetic engineering will increase the rate at which algae can turn the sewage in the form of feces,urine and also toilet paper etc into algae used for livestock,pet and human feedstock and also fertiliser.The radiation treatments alongside drying and warming the algae well beyond the threshold of pathogens will allow all algae to continue to recycle the algae with this done at various steps before the algae are introduced or after and even during their breakdown of the feces and urine.Adding genes from Paris japonica can allow algae to house larger genomes as much as 150,000,000 base pairs due to this plant having the largest genome of any organism found on Earth.P.japonica is the organism that has the largest genome with roughly 150,000,000 base pairs and 1,500,000 genes about 50 times more than humans.This should meet the needs of algae to house extremophile DNA and those to increase yields. Humans can also be immunised against all faecal coliforms with the algae also dried and even exposed to high temperatures beyond the threshold of most pathogens alongside radiation all at once to prevent the pathogens adapting.The Firmicutes DNA can allow the algae to enter endospores while pathogens are killed.As detailed later on biogas produced by the algae can be collected and used to power the plants with the carbon dioxide created by burning the fuel can be used to feed the algae in a looped system speeding up growth further.Extra carbon could also come from artificial trees residing outside that collect extra carbon dioxide(roughly one tonne per day) and using a system detailed later on can supply this automatically to increase the levels of carbon dioxide present with this controlled by the municipality AI.This system should be integrated into existing and new sewage and water treatment plants.All surfaces used to grow algae and house liquid and solid waste should be covered in liquid glass to prevent them sticking on the surfaces and ensure all of them is collected.
DNA from thermophilles including M.kandleri also added to allow them to grow inbetween 80-122 degrees celcius.Forced evolution could push the limits of these extremophiles thus allow new genes to be added to the algae that could allow them to thrive in harsher conditions including higher temperatures as high as 200-300 degrees Celsius that would kill pathogens.Radiation can be applied at each step using both super blasts of super high intensity UV light but also normal radiation at rates between 500Gy-1,000Gy using machinery that creates this to kill pathogens and parasites in the slurry and even effluent.The mixture and effluent will also be dried and even heated to temperatures of at least 100 degrees Celsius or higher once forced evolution makes this possible for algae to survive as high as 200 degrees Celsius with this eliminating all parasites and pathogens from the mixture and also effluent allowing it to be used as fertiliser as well as human,pet and human feed.The genetic engineering will increase the rate at which algae can turn the sewage in the form of feces,urine and also toilet paper etc into algae used for livestock,pet and human feedstock and also fertiliser.It can also be fitted with scratch DNA and recombinant DNA from unicellular and multicellular plants and animals that break down all types of pollutants.Oligotrophic and xerophile DNA can allow them to survive being dried and starved of nutrients to kill pathogens and parasites.T.gammatolerans DNA can protect from doses of radiation up to 30,000Gy.Firmicutes DNA can allow them to enter endospores when in unfavourable conditions such as too cold,hot,dry,resource scarce that can kill pathogens.DNA from T.gammatolerans,Bacillus F,A.mexicanum and Planarians etc can be present to repair cellular and telomere damage.All of these sources of recombinant DNA used to make the algae survive radiation,enter endospores,low levels of nutrients and water,high temperatures used to kill pathogens and increase growth rates will be housed in genome capsids that prevent them passed onto pathogens with the resultant algae exposed to high blasts of radiation of at least 1,000Gy and drying to kill off pathogens and not the algae thus making the algae produce safe for animal and human consumption and use as fertiliser.Humans can also be immunised against all faecal coliforms and parasites with the algae also dried and even exposed to high temperatures beyond the threshold of most pathogens and parasites alongside radiation all at once to prevent the pathogens and parasites adapting.The radiation treatments alongside drying and warming the algae well beyond the threshold of pathogens will allow all algae to continue to recycle the algae with this done at various steps before the algae are introduced or after and even during their breakdown of the feces and urine.Humans can also be immunised against all coliforms and parasites.These pathogens and parasites that will be killed off include Naegleria fowleri,Acanthamoeba,Cestoda,E.coli,Methicillin-resistant Staphylococcus aureus.Pathogens and parasites will be dealt with the algae fitted with recombinant DNA from thermophile and radiorestant bacteria and also other extremophiles in genome capsids that prevent them trading this DNA with the algae exposed to these conditions ie high temperatures and high levels of radiation etc well beyond the threshold of pathogenic bacteria and parasites to allow the pathogens be killed and the algae to thrive with bacteriophages also added that kill off the pathogens with humans also immunised against all pathogens.Bacteriophages can be added to the effluent and algae at any point best determined by studies where they will kill off pathogens exponentionally with the bacteriophages either filtered out or killed off by radiation.The green micro algae as part of sewage treatment plants that turns human waste into usable nitrogen and phosphorous fertiliser can have enzymes in them that degrade the cellulose in the toilet paper and wipes etc made from them and turn it into carbohydrate nutrition.They can also do this with silk and other animal and plant textiles as part of baby wipes and toilet paper added for strength.They will be engineered to degrade all plant and animal textiles used in baby wipes and toilet paper and also any organic matter in the form of oils,kitty litters with if possible even plastics and kitty litter degraded into nutrition by them with scratch DNA increasing the rate of degradation alongside forced evolution.The algae would be engineered to degrade kitty litter and all plant and animal textiles in toilet paper and baby wipes into carbohydrates for use as energy and nutrition for the algae.Baby wipes could have strong carbohydrates,silk in place of plastics or bio plastics also degraded by the algae as well.Algae used to clean sewage will have recombinant DNA from from rubber,hydrocarbon and phytalate degrading bacteria,Ideonella sakaiensis 201-F6,Pestalatiopsis microsporio which can live on polyurethene(but again removing its ability to cause plant rot in case it escapes into the wild),Aspergillus tubingensis,oil degrading bacteria including those from the genus Geobacter,fungi that breakdown plastics and bacteria present in mealworms and waxworms which can also degrade plastic all combined into them will allow them to be able to degrade baby wipes,fatbergs and also any plastics present with them also engineered to degrade all plant textiles and paper pulp with scratch DNA speeding up the rate of this degradation with them using the plastic as nutrition.Scratch DNA and DNA from unicellular and multicellular plants and animals that can degrade pollutants and even pharmaceuticals will be added to degrade all types of plastics,plant and animal textiles,oils(including plant and animal ones and gasoline etc) and also all pollutants,pharmaceuticals and use them as nutrition and increase the rate at which it degrades.
Algea from sewage treatment plants can replace E.guineensis,Attalea maripa,Elaeis oleifera oils for food and also G.max for flour and TVP for livestock and vegans as it has a higher level of essential amino acids and carbohydrates than G.max and can thus allow land in the tropics used to tear G.max to be reforested with it creating a looped cycle since once eaten it will be recycled and can also recycle phosphorous,potassium,nitrogen,copper etc to be used as fertiliser.This will be used as a highly nutritious feed in the form of slop,mince,TVP,flour etc for humans,remaining livestock,pets,shellfish and fish and humans due to it containing more essential amino acids,fats and carbohydrates than G.max,Graminae,Z.m.mays etc with genetic engineering increasing its number,level and types of nutrients and can add Bromoform and other compounds from other crops such as Allium sativum that in ruminants reduces methane levels by 99% by inhibiting it’s production with it allowing all land used to grow G.max,Graminae,E.guineensis,A.maripa,E.oleifer and Z.m.mays etc especially in the Amazon and tropics reforested indefinitely.It can create an oily flour for bread,pastries,livestock feed that is oily thus negating the need to use eggs that can make these products much healthier and can replace Hordeum,Trictium,Z.mays.mays for flour for pet and livestock feed,homemade bread and that from Deipneus factories with its oil rather than being used as biofuel can be instead as vegetable oil as an alternative to E.guineensis,A.maripa,E.oleifera that is high in omega-3 fatty acids allowing all land used for this in the tropics be reforested.Conventional sources of G.max,Graminae,E.guineensis,A.maripa,E.oleifera and Z.m.mays etc flour and oil etc can be created by bacteria as well.The algae can be engineered to produce the same taste and texture as G.max,Hordeum,Trictium or any meat.It will for vegans be eaten as a TVP,mince etc with for remaining livestock and animals in zoos and pets be eaten as solid pellets,mince slop and flour with it for fish and shellfish in recirculating aquaculture systems and tanks fed to the them as a liquid pumped into tanks and systems with it also fed to them as pellets.Insects used to be reared for human,pet and livestock feed can eat the algae.Bacteria that create commodities and in vitro meat can use it as nutrients and growth medium.Any ruminant livestock that eat it will have a marked decrease of methane produced and released by as much as 90-99% with any livestock,fish and shellfish that consumes it will have its omega-3 fatty acid and protein content rise due to them able to absorb and store them in their fatty tissues and meat much better than conventional feed such as Graminae,G.max,Z.m.mays etc.Omnivores and carnivores reared as pets,livestock,fish,shellfish and animals in the zoo can use as a better and more sustainable source of protein than meat including in vitro meat and conventional feed.All sewage treatment plants across the world and eventually universe as a result will be fitted with algae to convert feces and urine into algae used as a high grade fertiliser and also highly nutritious feed for livestock,pets and humans that can replace TVP ,flour,oil from G.max,Z.mays,mays,Hordeum,Trictium and E.guineensis,A.maripa,E.oleifera allowing all land used for them to be reforested forever especially in the tropics with the algae engineered to break downplastics,kitty and animal litter,toilet paper,baby wipes,rubber,plant and animal textiles etc into base elemental components for nutrition with measures introduced to remove pollutants such as pharmaceuticals etc via super high intensity blasts of of UV lights,filters including those based on nanomaterials and biosynth technology or having the algae either not absorb them or be able to convert them into benign compounds that are used as nutrition or can be removed via mechanical process etc developed by AI ensuring contaminants of all types added to toilets don’t contaminate the algae when used as a feed or fertiliser.It will also reduce energy costs by replacing certain steps in the treatment of sewage.Algae will recycle phosphorous,nitrogen and potassium from urine and feces from humans,pets and livestock in sewage treatment plants with pet feces and urine on the ground,piqapoo bags and pet litter put into toilets with animal pens have gratings that allow feces to be collected in septic tanks below connected to the sewage line or again piqapoo bags with feces etc from septic tanks sent to sewage treatment plants with the algae engineered to feed on and break down pulp and animal and plant textiles in toilet paper and also break down pet litter and also plastics etc as nutrition that may enter the sewage line.Drugs and toxic compounds will be dealt with the algae engineered to degrade them using scratch DNA and recombinant DNA from unicellular and multicellular plants and animals.Anti-microbial compounds in soaps and toilet cleaner etc that may find its way into the sewage system will be dealt with algae having scratch DNA and those from forced evolution that make them immune to them added to genome capsids that allows them to survive the anti-microbial compounds with them also engineered to break them down with the anti-bacterial compounds killing off pathogens.The algae can contain Biosynth WiFi that allows them to detect the level of toxins,plastics and anti-microbial compounds in ppm,ppb,ppt related to the sewage treatment plant AI with this WiFi allowing the AI of the water treatment plant to instigate them to carry out anabolic and catabolic reactions on toxic compounds preventing them enter the food chain.Scratch DNA and that from other plants and animals can be added to the algae to have them create enzymes to degrade these.Gamma radiation,super high intensity super blasts of UV lights can break down toxic compounds even if in between algae sludge alongside nanomaterials such as Graphene and also Biosynth and biological filters.Feces from recirculating aquaculture systems and fish tanks will be captured and used to grow algae.Thus the algae when used as feed for pets,livestock,fish,shellfish,insect and humans will create a looped system since the feces and urine of humans,livestock,pets as well as shellfish and fish can be collected and used to grow algae thus creating a looped cycle and negate the need to rear fodder crops such as G.max,Z.m.mays in the tropics or anywhere at or even would negate the need to rear Graminae turned into hay,rear cereals or even have fields used for grazing land as all livestock that eat cereals,Z.mays,mays,hay,Graminae or G.max can be kept indoors especially once are added and eat algae created by capturing their urine and feces and thus converting into algae meal in the form of slop,flour,TVP in sewage treatment plants,septic tanks and onsite miniature photobioreactors onsite of community,home,vertical and fish farms farms thus creating a looped system and cutting down on land needed to grow fodder crops and used as grazing land worldwide to zero.Thus it will replace all conventional feed for all livestock,fish,shellfish,animals in zoos such as meat,G.max,Graminae,hay and Z.m.mays etc and act as replacement and better source of protein for vegans and vegetarians since it recycles feces and urine of humans,livestock,pets etc and converts it into a highly nutritious carbohydrate and protein rich feedstuff for them that can eaten as slop,mince,TVP,flour that does not land used for grazing or rearing fodder crops availible all year round and reared locally onsite of sewage treatment plants,septic tanks,photobioreactors creating a looped cycle.Water treatment plants will grow algae to recycle phosphates found in detergents and cleaning products to be reused by them over and again when sent to factories creating a looped cycle until phosphates can be replaced by them created by picotech fabricators,other elements or synthetic compounds or liquid glass sprayed on clothing,home textiles and cutlery negates the need for them altogether by coating them in a layer that repels dirt,water etc negating the need for them altogether.Genetic engineering can increase its nutritional value such as adding vitamins and have all essential amino acids in all levels with it already housing more essential amino acids and carbohydrates than G.max,Graminae,Z.m.mays etc making it an ideal alternative foodstuff for vegans,fish and shellfish reared in recirculating aquaculture systems animals in zoos and conservation areas,pets and all remaining remaining livestock etc than G.max,Graminae,Z.m.mays with it containing large amounts of essential fatty acids such as omega-3 fatty acids for healthy neural development and also lowering LDL cholesterol with it directly converting human,pet,livestock and animal feces and urine directly into this nutritious feed.Livestock,shellfish and fish that consume it will store all proteins and omega-3 fatty acids in their meat and fat thus increasing their nutritional value and will allow all land used to rear foodstuff and used for grazing to be reforested forever and will reduce methane emissions in remaining livestock.Excess algae can be stored in vertical farms and sewage treatment plants.It can also be used as fertiliser when mixed with biochar as it directly recycles nitrogen,phosphorus,potassium,copper etc from feces and urine alleviating strains on finite reserves of these nutrients in the crust saving energy in mining for them even when picotech fabricators are ubiquitous.It can also be used as fertiliser when mixed with biochar as it directly recycles nitrogen,phosphorus,potassium,copper etc from feces and urine.In both cases as feed and fertiliser it creates a looped cycle as when directly eaten it creates feces and urine that then is converted back into algae and crops that use it as fertiliser when eaten are then converted into feces and urine to be then converted back into algae with uneaten crops and meat pyrolysised and the phosphorus,nitrogen etc removed and sent to vertical farms etc.Thus algae will act as a high grade fertiliser as it can recycle phosphorus,nitrogen,potassium,copper,sulphur etc and other key nutrients important to crop growth from human,pet,livestock feces and urine from digested meat and crops converted back into these nutrients in a looped cycle with uneaten crops and meat pyrolysised and the nitrogen,phosphorus and potassium separated and sent to farms of all types and biochar created also used as fertiliser.Ornamental plants can use remaining reserves of these in the crust.This looped system will alleviate strains on mining finite reserves of them from the crust eliminating scarcity for crops with them also created by picotech fabricators to add exponentionally more of them to the looped system but also used for ornamental plants and fertilising the Amazon once reserves in the wind from the Sahara run out.Thus this looped system will account primarily for crops with remaining reserves in the crust used for ornamental plants until picotech fabricators can create them for this application forever and extra to the looped cycle in sewage treatment plants.As stated all sewage treatment plants across the universe will utilise this to not only eliminate famine but also cut down on energy use by eliminating conventional steps used in it and also eliminate the use of harsh chemicals that can be environmentally destructive with the algae having radiosynthetic and radio resistant and other extremophile bacteria DNA allowing it to be exposed to high levels of radiation and other extreme conditions to sterilise it of all pathogenic bacteria and increase yields and growth rates.Septic tanks on the grounds of homes etc will be connected to the main sewage line or utilise this as well with them possibly having miniature radiation machines with septic tanks onsite of community farms also present using algae to convert the fertiliser into feed and fertiliser.Space stations,interstellar vehicles and cruise ships will utilise miniature sewage systems to grow algae using feces and urine from passengers to convert it into feed and fertiliser in internal sewage systems with scramjets using areas to store large amounts of feces to be deposited into the sewage line at airports.AI will manage ways for collecting sewage from both cruise ships and scramjets to prevent it going to waste.Community,home,vertical and fish farms will collect all feces and urine from fish,shellfish and livestock onsite using passive and automated systems and the algae inside photobiorectors of varying sizes.All systems for collecting feces and urine for growing algae whether it is in sewage and water treatment plants,photobioreactors,septic tanks etc in home,community,vertical and fish farms will also collect any methane and biogas produced by the algae,feces and urine and burn it onsite in micro-gas turbines to generate electricity that can be fed into the grid or directly into the building itself alleviating strains on the grid with the carbon dioxide captured and stored to be fed to algae creating a looped system thus preventing the release of both carbon dioxide and methane two powerful greenhouse gases.Traditional sources of oil,TVP and flour from G.max,Tricitum,Hordeum and also E.guineensis,A.maripa,E.oleifera will come from genetically altered bacteria.It will be used as both a fertiliser and feed both before and after picotech fabricators are perfected eliminating scarcity of these important elements forever with the extra nitrogen,phosphorous and potassium created by these will be recycled through algae creating an exponentionally increasing looped cycle.This algae will be grown on cruise ships,space stations and interstellar vehicles for these uses grown on feces etc for feed and fertilisers the same reasons to provide human feed and fertiliser with them having miniature heaters and radiation man homes to kill off pathogens while the algae has DNA to be resistant to high temperatures and levels of radiation that are fatal to pathogens.3D DNA printers will be present onsite of all sewage treatment plants to print out algae to be added to effluent with all sewage treatment plants worldwide and across the universe using algae to clean feces and urine so as to eliminate famine and ensure an abundant supply of fertiliser.This will also be used to cut down on energy in certain steps and prevent the use of harsh chemicals.