Decided release and list oil-from-coal system. Coal distillery is a backup for sugar distillery. Coal distillery produces oil with around $13 barrel. It needs 2 000 GW new, dedicated power plant capacity. Coal distillery is not freely available after you unlock fast pack. It becomes available if sugar distillery and desert field systems fails.

Coal distillery uses CO₂ furnace for separating good coal from soil. Developed CO₂ furnace long ago for recycling electric garbage in Africa with steamer power plants.

CO₂ furnace allows you to liquidize and vaporize things, which sets into flames/fire in common heating. Besides electric garbage, you can use CO₂ furnace in car-steel recycling and with hazardous things. 

In recycling and demolition CO₂ furnace has tower for gases and outlets for liquids. Car and steel recycler needs 1 600 C furnace, masonry for mining rocks goes to near 2 000C.

In principle all things liquidizes and vaporizes at certain temperature. With CO₂ furnace you can reach these temperatures. Furnace is simple, but it consumes and wastes an awful lot of electric energy. Short opening of the latch drops the temperatures far from the operating temperatures. Cost of warming is not very big, but the availability of the required electric power is a problem.

You can also use CO₂ furnace-recycler for cleaning junkyards. Wildlife areas at sugar oil fields can use the cleaned junkyard soil.
Wildlife areas have rich vegetation and animalia, they can handle poorer ground than fields.

- - Life with the fishes - -

When you live with the fishes, you should make sure, that you return and recycle enough leftovers to the nearby sea and oceans. Otherwise there is a danger, that your personal leftovers starts a new ... but rather dull life with the fishes.

- - World's ancient population - -

If human race was born at around  3000 before Christ, in year 1 600 before Christ world's population could have been over 30 billions. From which most died into Great Flood. 

With 2 surviving kids Egypt, Mesopotamia, Chinese Dynasty, North American Indians and Australian Aboriginals would each have had 8 billion citizens. When so, the ground oil and coal are quite obviously the remainders of your ancestors ... very special kinds of fossil fuel. After you learn to beat your natural enemies, only hunger can prevent the endless expansion.

It also very easy for populations of this size to desert enormous areas from the earth. If field would have lasted 6 harvests with 60 000 kg food per hectare, China-India sized one billion Egyptian population would consume 7 000 km² a year. Sahara sized area dies in 1 300 years.

Big animals, without natural enemies ( elephant, hippopotamus, etc ) have some kind of built in birth control system. Humans do not have such. Ancient people ... cavemen tribes to the very late state ... made kids almost as often as they could. Humans learnt birth control around 100-200 years ago. Human couple without birth control gets 10 to 20 kids during their sexually active years.

Later, when humans were more like gods than a creations of gods, the population development curves for animals and plants were not valid for humans.

- - Soul farm ( reprise ) - -

If our rotating universe is a farm, that produces soul energy to our creators, the primary reason for your death is in your rotten soul. By the time unfair life tends to plant bitterness and selfishness into your soul. It is also known, that new born baby doesn't have much intellectuality and emotions. The soul energy grows with the age.

Taste of your soul energy would also be the reason for the expectations to decency, honesty and happiness.

If the share of rotten and evil extremist orgasm hunters grows too big ... just like their dicks ... gods cleans the earth from dirt. With great floods, black death, droughts, massive earthquake-tsunami systems and others. They take a clean start with few selected soul replicators.

It is difficult to imagine the world without oil  Farming and transportation are heavily dependent on oil. Without oil, food production would collapse, horses would become major aids for farming ... horses, sail and steam boats for transportation. Production of electricity would be hit badly. 

Hunger would spread into big cities quickly, great deal from city people would die to hunger. Most businesses would die or shrink to almost non-existing, because they could not get raw materials.

Private cars consumes less than 10% from oil. Other transportation could use slightly more. Besides vehicles, oil is used in almost everything. Clothes have app. 50 % oil-polyester and the another half is wool, cotton, etc. Silk and leather clothes are free from oil. Same goes to carpets, curtains, sheets, etc. In furniture paddings are made from oil, most coatings are made from oil. Almost all home appliances have plastic boxes. Oil and plastics dominates packing businesses. And so on. All these things would vanish within 10 to 20 years. 

Plastics, polyesters and others came to our world in 1970s. Before 1970s nylon tights for women, nylon shirts for men and vinyl coatings were the only popular oil products. During 1965 - 1973 oil production-consumption grew 8% a year. After oil crisis production-consumption has grown like roller coaster, yearly average is 0.85 %. Not very easy for the eco-eco-ego terrorists to say, that primary reason for their CO₂ enthusiasm was lack of oil.

With steady 4% yearly growth current oil consumption would be 330 million barrels a day. After 1973 world economies have grown around 1 300 %, if oil consumption would have followed the growth, the current consumption would be 700 million barrels a day.

Value of worldwide oil production is less than 2/3 from the value of Boys'n'girls ATS side-effect.
The things, which will happen, if you run out of oil, makes sugar-oil much more important. 

There aren't any alternatives to oil anymore. Massive demands and campaigns for reducing oil's usage as fuel, has boosted the alternative usages an awful lot. With honesty and without the campaigns, you would use alternative materials to the things, into which we currently use massive amounts of oil. ( This chapter was first released at around year 2008, after oil prices peaked to around $200 per barrel ).

And the situation is even worse, than described. The super smart business genius ( aka gas bump economist ) has awaken. He promised to convert coal to oil with $20 barrel price ... without knowing a single thing from the way conversion is made. Then he knew that force, which affects to the top of the tube, drags ships and planes down. Before that super smart powered oil ships and oil ferries with bicycle's air bump's principle. The world is not safe, when super smart awakens to action ...

Power keepers, midgets and others were fully aware of these horror scenarios, when they slashed sugar oil.

Weight of oil we use in one day is two times bigger than weight of food we eat. Daily portion of oil weighs around 11 billion kg, world food production is around 5 billion kg.

? Oil misses natural recycling system, it exists temporarily in animals and humans. Common oil plants do not produce much oil. Just enough for food making. Cactuses milk could have quite lot of oil, no one knows. Cactus is sugar cane like desert plant.

Good places for trash plants are iron mines ... steel manufacturers and paper-pulp factories. Both needs heat for making their products. They can take advantage everything you get from the plants. You do not necessarily want these smelling and smoking ... hot plants to downtown areas.

Oil and energy crisis have twisted our world. In the nature all living things wastes lots of energy. It belongs to nature. Energy crises have highlighted systems, which does not waste energy. 

You should always keep this in mind, when you play with new R&D systems and my scientific releases. New systems allows you to raise the efficiencies to sky high levels from the current. In principle, you maximize efficiency only then, when it is essential.

Same reluctance goes to economies, which are free from troubles ... oil and energy crisis.

What made sugar oil fields so important, world economies ?
In year 2000 value of world economies was around 32 trillions. Current value is over 80 trillions. Growth percent is almost 250%.

During this 20 years time oil production has fallen far behind world economies. In 2000 production was 73 million barrels a day. Now it is around 81 millions a day. In percents growth is only around 10%. Current 81 million barrel production was reached for the first time in 2004. 

In year 2000 oil barrel was $28. Currently it is around $65. During better times oil price has raised to over $100. Growth from millennium to current $65 is over 100%. Better times growth percent is over 200%. Since you cannot increase production, the growth goes into oil price. 

In order to get world economies going smoothly, you should produce at least 120 million barrels a day. World economies cannot grow without sugar oil and new power plant capacity. Emerging Asian markets from late 1990s are currently either stagnated or falling.

When you have to fight from the place in the sun, there is rather big risk, that these quarrels and fights end into WW III.

What do you say to the claims, that desert-fields will fail, because sunbeams hit deserts with zero angle. This zero angle kills everything and creates deserts ?
Ouch, help me ... what a claim ... do I have to response ?

Yes.
Okay. You could also slash sunbathing ... once again ... with the zero angle claim.
If you lie in wrong position on the beach, majors parts of your body, will be hit by these zero angle beams.

During the year zero angle travels up and down around the equator. During the day zero angle follows earth's rotation. Moves from east to west.
Warmest places and deserts are near the ring, where summertime sunbeams are closest to earth.

In principle, with active watering and ash-soil fertilizers desert-field can beat rain forest in growth speed. Desert-fields are so hot.

How much ash or fertilizers fields need ?
I do not know for sure. Maybe one ton per square kilometer. 

How much ash-soil you can get from trash plant ?
No idea. Put my trash bag into scale. It was only 110 grams. And it had trashes from more than one day. My daily trash production was only around 40 grams a day. Very far from those over 2 000 gram daily production numbers.

Not that different from others. Most from the contents of my daily shopping bag, ends to my stomach and lungs. And only a very small part from the bag goes directly to trashes.

If you fill your stomach with 300 cal / 100 g food, you got to eat 700 grams food every day. Your daily shit production must be below 700 grams. When you burn and store calories from food, the weight of your daily shit production halves to 350 grams.

Are those trash plants worthless ?
No. Power production is only a positive side effect. Trashes could come to stats from businesses, mostly from wasted papers and cartons. Then they could get some help from newspapers and big abandoned things like furniture.

How about food, shops throw to trashes ?
It goes down to below 50 grams per capita.

Engine oils ?
Three kilograms, twice a year. At the most. 2 grams per day, for those who have cars. 1 gram or less to all.

What kind of business produces tons of trashes in one day ?
I don't know. Offices produces lots of paper waste. Cannot remember anything. Modern oil based packing materials are very light. Furniture and cloth makers ... companies, who cuts raw materials for their products, produces always significant amounts of waste. Kitchen and food factory throws skins and others to trashes.

How about toilet papers and paper towels ... disposal hand towels ?
Flushed toilet paper roll is around 100 grams. Paper towel roll is around 130 grams. If you use one toilet roll a week, it makes 13 grams a day. Most paper and hand towels goes to trash can. 103 grams a day, 2 097 grams to go.

With waste water it is very easy to beat the stats. One visit to toilet and you are far ahead.
One car weighs 1 500 000 grams. 

How much offices waste ?
One A4 / letter sized paper / form weighs 5 grams. Printed version from this site has at least 1 000 pages, paper version from this site weighs around 5 kilograms.

What about midgets and their trashes ?
One weekly or monthly magazine weighs around 200 grams. Tabloid with 35 pages goes over to around 300 grams. Traditional full sized newspaper with 35 pages is 600 grams. Digital paper reduces trash production an awful lot.

So the trash plant is a paper burner.
In many countries paper has a recycling system of it's own. It reduces trash plant capacity.

Where does the recycled paper go ?
Don't know. Newspapers are printed on poor quality paper.
Recycled paper has poor quality.
Yes. The raw material has water, ink, chemicals, oil and plastic. You cannot remove these, without destroying the paper. Trash plant is better in this way.

For our ecosystem and oil oriented production trash plant is excellent. Typical plants cannot handle liquid or solid oil. When oil rig or tanker leaks, all plants at the area dies. When you burn trashes all the oil converts into plant-form. Carbon dioxide and water. As bonus you get heat and energy. Animals are not that sensitive to oil leaks. 

You should always burn used and spilled oil, you can burn oil in water too. Oil forms a thin layer over water, which can be burned.

Chemicals you use for adjusting octane number and compression strength ... lubrication capabilities are a different story. Would be good if you could build distilling process, where the most common fuels are as clean from chemicals as possible. Projector microscope allows you to search natural compounds for your chemicals. You can see how pressure and fire affects to examined compound.

You can use oxygen and air as fire aid.
Yes, of course. Oxygen raises temperature. It does not work well with food and wet things. With temperature you can adjust ratio in between ash and energy or gas production. Low temperature rotting and corrosion weighs to ash-soil production. When you keep the temperatures at wildfire level, you do not create too much gases.

- - - - -

How much energy paper has ?
Almost 5 calories per gram, dry wood has 4.8 and wet wood 2.4. Paper is mostly wood.

How much ashes you get from trash ?
Oil and plastics burns as whole, 0.5 to 2 percent from wood converts to ashes, others to gases. When you burn 1 000 kg trashes, you get 10 kg ashes. And around 400 kg water and carbon dioxide. The amount of ashes is close match to energy contents. 0.2 is 4% from 5 cal / gram.

If 2.5 million Las Vegas area produces 5 million kilos trashes a day, the local trash plant produces 2 million liters or 2 000 cubic meters water every day. In plant the hazardous 5 000 tons load shrinks to recyclable 100 tons. 100 tons fills almost 100 cubic meters volume.

? Bottom ash : 827 kg/m3 ( 663-977 ) Fly ash : 548 kg/m3 ( 162-1374 ) [ from research - University of Wisconsin-Milwaukee ]

Can you give any proof for carbon-hydrogen claim.
Yes. Oxides cannot be burned anymore. When you can reduce amount of ashes with higher temperature and fire aids, ashes cannot be oxides and sand. Carbon-hydrogen compounds are basic construction materials of living things. Humans, animals and plants.

When you look at the basis : Trashes are worthless, wrecked or otherwise useless things, which are thrown away. Therefore you should never pay too much attention, time and money to them.

In typical mining, new raw materials are extracted from the rocks with high temperature in stone masonry. The recycling with melting is almost equal to mining of new raw materials.

- - - -

Recycling of a vehicle begins from salvage yard, just like before. At yard the demolition begins with removal of gas and oils. You collect them into tank, contents of the tank is burned, in for example nearest trash plant.

Then the yard keeps vehicle as long as it wants, sells parts from it, just like before. Finally it takes the vehicle to furnace facility, where the car is burned and melted. Every now then drop point for old vehicles is cleaned and processed.

The vehicles must be burned with high temperature fire aids. High temperature aid is needed for burning fire-proof fabrics and melting glasses. Purpose of the burning is not energy production, with the fire you clean the car non-metals.

- - - -

Change in the demolition of the constructions is also very small. You take the collected trashes to trash plants drop point for construction trashes. After drop point has enough trashes for processing them efficiently, one furnace is used for burning and cleaning the drop point.

- - - -

Hazardous trashes can be burned in very hot, over 3000C furnace. Then you can lead an enormous electric current through them. Excessive heat and big electric charge demolishes most from hazardous and lethal compounds. There are only handful of compounds, which can stand both enormous heat and big electric charges. Possible to use HH or some other code for the things / compounds, the electric-furnace system cannot neutralize.

Wildfire at Santa Susana Field Facility in 2018 obviously cleaned the area from many hazardous things.

Seems that I overestimated the powers you can get from trash plants :

According to World Bank, in 2005 city people produced 1.19 kg trashes per day. From this you can burn around 1kg. For power calculations you must convert production / consumption to seconds. When you do so, you get powers / Watts without conversions. One kilogram per day converts to around 0.0007 kg / s. Or 0.7 grams per second.

Tokyo and Seoul sized 22 million metropolises produces 15.3 tons burnable trashes in second. 8 million Los Angeles people produces 5.555 tons trash-coal in one second. 

22 million metropolis produces 26 000 tons trashes in one day. 10 million metropolis pushes out 12 000 tons trashes a day. Trash truck can carry around 10 tons at the time.

If trash-coal has around 4 kCal / gram, Tokyo-Seoul furnaces produces 700 MW. In around 10 million metropolises : London, Paris, New York, Los Angeles, etc. furnace power is around 300 MW. From furnace power, steamer-hydro tech converts electricity with over 60% efficiency and gas-turbine tech with around 30-40% efficiency.

The electricity is side-effect from improved trash handling. The furnace lightens and compacts the trashes. Then it returns manmade production into natural recycling system.

- - - -

Unlike earlier estimations, these accurate calculations are underestimated. Data is from year 2005. The calculations are based on worldwide urban population. In 2005 average European and North American produced 2.2 kg trashes per day, North Asians, Central American and Arabs produced 1.1 kg / day.

Trash production per capita grows very quickly with improved personal and national wealth. In 2005 high income persons produced twice as much trashes as middle income persons.

- - - -

Although you could find the formula and reaction for plants sugar-creation, the creation raises compounds energy charge. Therefore the reaction is certain to need energy. Plants uses solar energy for sugar creation. Usage of natural reaction is much more safer than manmade creation. We do not know enough for creating certain-to-be-safe processes. Plants does awful many for us and animals. They provide oxygen, clean ground and air from things, which are lethal to us. And so on. Widespread manmade process is quite likely to cause big disturbances into our world. 

3rd May 2019 - Trash plant

One big safety issue in trash plant comes from around 500 C fire. Fire kills / demolishes bacteria, viruses and others. Plant / fire is the safest  way to for example get rid food leftovers and outdated food. All the other methods tends to increase bacteria and others. With booze sprays it is possible to dry and burn wet things quickly.

In fights against global warming and droughts trash plant is more powerful / meaningful than coal plant. Food and other trashes have lots of fresh water in them. Hot fire releases almost every drop of water from the burned trashes. 

Wouldn't drink trash plant water, but I could use it for lawn watering and car washing. The water vapors and water you get from the furnace have always some smells, other exhaust gases and ashes in it. If you want to drink and wash yourself, you should burn oil with clean air. Idea of clean energy and tidy plant suits rather poorly to trash plant.

Can use the produced water in on-site ash-soil creation. In the areas, which are not suffering from drought, you can spread the ashes directly to fields. Water the fields or let the rains and humidity moisturize them.

Trash plant is oil refinery like system, everything that comes out, has useful usage.

Estimated that trashes energy contents could be somewhere near plant coals energy contents. 3-4 calories per gram. Trash and coal plants are almost equal to each other. Possible to burn coal in trash plant and vice versa. 

Trash plants are nothing like windmills and other media sexy miniature plants. One big metropolis, like over 20 million Tokyo, could produce enough burnable trashes for 2 GW trash plant. After building the facility, trashes can be considered as free energy sources. You have to collect and haul the trashes without or without trash plant. In quakes and tsunamis trashes are easy, if plant collapses, nothing really bad happens. 

Estimated earlier that Japan would need 30 GW new safe power production capacity. With trash plants you could get one third or around 10 GW from the required capacity.

- - Junkyard is an expensive thing to keep- -

Junkyard is both economically and ecologically expensive garbage handler for organic waste  / carbon compounds. 

 In the nature recycling of soil-oriented carbon lasts 1 to 10 years. In junkyard you pile leftovers. Covered trashes do not get oxygen, they de-compose very slowly. When the overlying pile grows, at some point natural de-composing stops. Another expensive thing is that, yard converts great deal from the carbon compounds into unusable form. 

The carbon compounds you take to junkyard are permanently lost. You must mine coal and drill oil for recovering junkyard-losses.

After junkyard is full and you abandon it, site is almost like abandoned Santa Susana Field Facility or abandoned nuclear plant. You can never again use and build something to the site. Not before you have cleaned junk piles from hazardous and poisonous compounds / substances.

Deep ocean bottom is one form of described junkyards. At the oxygen-free bottom nothing decomposes. Almost everything stays at the bottom.

Trash plants junkyard is like traditional junkyard. Steel, iron and aluminum are the primary components. By the time corrosion converts big trash plant junkyards into valuable iron fields.

Trash plant with booze sprayed furnaces is not hot enough for melting metals. When you filter ashes, the metals and other things, which did not burn, separates. Tin is the only widely used metal, which melts in the furnace. During filtering tin is usually in solid form.

- - Recycling ashes addition - -

Sugar field does not consume much soil. Fields need water and carbon dioxide. Trash plant suits well to sugar farm's neighborhood. 

Sugar fields primary fertilizer is obviously some potassium compound. Potassium is an element, with what you can demolish water molecules. Potassium belong to common soil elements. Have a hunch, that plants use / need potassium in sugar / energy creation. Not known, if ashes contains potassium compounds, plants can use.

If you want or must maximize vapor creation you should burn trashes and other garbage as much as you can. Electric garbage will be melted for recycling valuables in them. The apparatuses are built for few predefined melting processes. 

In other trashes you might want to use simpler system. In the system packing material and product can either be burned or not.

Separation to burned and junkyard stuff is simple and rough. It does not matter, if you throw small amounts of burning things into junkyard and vice versa.

In the past all trashes were burnt. The things, which didn't burn, were in the ashes. Ashes were thrown into junkyard or ash-pit. Organic waste ( wasted food ) was thrown into another place. From this pile you got soil for your garden : flower benches and small farmed areas for spices.

System keeps the general junkyards smaller and cleaner and safer than now. Currently general junkyard is always heavily polluted. There are various lethal or poisonous carbon compounds. Great deal is born by the time at the yard. 

Burning is one way to recycle carbon, convert it into a form, the plants uses.

You should always make sure, that the yard is nowhere near ground water and rivers. You should found general yard over solid rock and construct some kind of walls to it. Natural or artificial.

- - - -

Rough estimation is that, around 99% from the contents of common household trashcan can be burned. There are plastics, paper, carton and fabrics. The fire is much like campfire or wildfire. Facility can produce electricity, heat or both. Fresh water production is also possible.

When you produce and sell these things, system is quite a lot cheaper than current junk yard system.

Common ashes are environmentally safe, they do not react with oxygen and some other rotting nearby thing. Typical rotting and corrosion are slow forms of fire.

Requirements for the existing production are simple and cheap. You need a laboratory check for the way your product burns. In the checkout the exhaust gases are checked from lethal components. Possible that you have to chance some raw materials for your products and their packs.

Food has water in it, food cannot be burned alone. With other trashes and some helper you can vaporize the water in food. And burn carbon compounds ... energy contents ... in it.

Potatoes, rice and macaroni are loaded / softened with water, when you boil them. When you bake, you make the dough to milk or water. Eggs have lots of water in them, frying removes liquids, boiling explodes / expands the harder yellow center. Vegetables and fruits have lots of water in them. Animal food ( meat, liver, etc ) has also some water in it, some meals burns on their own, some doesn't.

In common junkyard, the water in food is wasted.

May 2nd 2019 - Recycling ashes

In the nature ashes convert into soil. Ashes primary component are carbon-hydrogen compounds, whose flash point was higher than fire's. When people throws most hazardous trashes into another trashcan or trash-shaft, you can safely use ashes for land filling.

Typical ash sucks water into itself. The watering increases weigh and removes the weakness. In landscaping you can mix the ashes with water and sand. The plants and trees can live in such mixture.

Big users of ash-soil are deserts, which are converted sugar-oil fields. Ash-soil's capability to suck and keep water is excellent. You can also add fertilizers and important ingredients to ash-soil. This makes ash-soil almost ideal filling for the converted fields. With ash-soil you can bring lots of humidity into dry or drought driven areas.

Minimum thickness for the carbon layers is around 2 cm or one inch. When so, one cubic meter of ash-soil covers 50 square meters. The amount of trashes we produce per day is enormous. If you build furnace to Las Vegas or L.A. people, it does not take long after the whole area has one inch wet ash-soil cover.

Initial thin layer of converted sugar oil fields requires special care in sowing and harvesting. By the time carbon layers get thicker.

Ash-soil follows / accelerates natural recycling system, it cannot result into awful immediate or delayed environmental catastrophe.

? Furnace, where the trashes are burned, naturally has filters and sensors for exhaust gases.

- - - -

After construction furnace facility's running costs are very low. You need few people for controlling the fire. Need of fire aid is small, most from the garbage burns on it's own. With sold electricity, heat and soil you can cover garbage collection costs. Cannot say yet, whether or not the whole system is profitable.

Facility's output is adjustable, also the qualities of produced ash-soil. In principle, with sand and water it is possible to create "natural" soil, which can be bagged and used in gardens / lawns.

Plants obviously takes most from their construction materials from ground. Soil consumption is the reason, why you have to fertilize fields every year.

Consumption speed of the field is dependent on the size-weight of edibles, which are taken away from the field. If the energy-sugar comes from the air, the rest could come from the ground. If corn has around 350 cal / 100 g, sugar has 500 cal / 100 g. When so, the energy in corn weighs 70 grams, the other compounds 30 grams. If this 30 grams comes from the field, dried 6 000 kg per hectare harvest takes 1 800 kg carbon compounds from the soil.

Besides humans wandering animals - like big grasshopper herds - can consume the soil. Local animals are harmless, they return the used edibles back to ground. As shit and pee.

? When you make fertilizers from for example bird's shit, you can be very sure, that your fertilizing balls are full of carbon compounds.

Particle collectors

You might want to replace catalyst converters with particle collectors. Particle collector keeps the ground level air clear. Both water vapors and CO2 are transparent and odorless : They are meant co-exist with us.

Water vapors can temporarily create small on-ground clouds. Vapor clouds vanishes very quickly.

Particle collector stops solid particles with shape and dense filter. Collector needs also a tank for the particles. Collectors clean the city air from dust. If you do not remember, almost all annoying things in exhaust gases comes from dirty inlet air. When the collector is in air inlets, it does not produce losses.

The new air inlet has improved mechanical filters, then there are slots for chemical and electrical air cleaners. Dust can be collected with electricity / magnets. Estimated earlier, that you can clean lethal nuclear scents with electricity. Strong smells could work, too.

Now that Cyanide Cids nitrogen claims are proved to be greed-driven dirty lies, there is no need to clean the air from nitrogen.

You have enlisted trash oil, new way to produce oil.
CO2 furnace allows you to liquidize and vaporize all organic C_xH_x compounds without burning them. Trashes and forests have enough volume for significant, serious, commercial oil production. Oil-trash plant produces less smoke than power-trash plant. It can be built closer to city. If you ever clean the old junkyards, you could do that with oil-trash plant, that vaporizes the stuff from the yard.

If you need electricity, you can use produced oil and common power plant at the site. Oil-trash plant doesn't produce low altitude coal-smog. But the effect to humidity is unchanged.

How do process food in trash oil plant ?
You extract and convert sugar with sugar oil process, before you put food into furnace. You can also burn the food with another common furnace. You need electricity for warming the resistors.

How much trash oil you can get from the plant ?
Quite a lot. Oil's density is 0.7 kg/dm³, Papers is around 1 kg/dm³, wood is around the same than oil. You could get 1 liter from 1 kg organic trash.
from 2 kg daily portion you might get 1 kg to process. 10 million western city produces 20 million kg trashes a day. 10 million kg goes to 10 million liters. It makes 60 000 barrels a day. 

If western citizen consumes 0.08 barrels a day, 10 million city consumes 800 000 barrels a day. Plant produces 7 - 10 percent from the city's oil. Production cost of this oil can be counted to zero. Oil and electricity, you get from recycling, are bonuses from the common trash handling.

With current $50 price, the daily revenues are $3 millions. One billion a year. $10 goal downgrades yearly revenues to $300 millions.

Revenues beat electric production. With big cap.
One billion from Los Angeles, another from New York ...
Where the hell are those fucking ducks ?

What happened to him ?
Initial revenues from EU, USA raises to over $100 billion from each. Total goes over $200 billions. With Japan over $300 billons. It's an awful lot of money. Current value of worldwide oil business is around $2 000 billions. Pending trash oil plants are over 10 percent from that. Without bullshit and exaggerations.