If we dredge up fresh sea bed, we get non fossil carbohydrates – that took in CO2 from the air to grow.
We pass steam through this material, and get natural gas. We pressurised this gas, and cool it to 0oc, at 10 atmospheres. And get liquid natural gas.
1 Cm(H2O)n+pO2->(mCHn+nH2O-E)+r(He+O3+E2) at 350oC <1 1910.="" atmosphere="" conditions="" gas="" p="" process="" published="" sabatier="" the="" those="" unburns.="" under="">
The oil countries told us CO2 was the big threat to life on Earth. Now diesels have resulted in a 6% fall in CO2 last year.
Both petrol and diesel engines produce NO and NO2 – NOx. So now NOx is the big threat – so have more petrol engines. Why? They produce as much NOx, and more CO2.
NOx is natural plant fertiliser. Lowering NOx, will RAISE CO2.
The big source of NOx, is natural lightening. Which makes NOx, which fertilizes plant growth, which takes in CO2 – capping it at a pre-industrial 2 parts per million.
If we produce bio diesel, and drip it down 4 Ti honeycombs at 100oC, we pass natural gas up. We get biopetrol. That takes CO2 from the air to grow. And only re-releases this gas when burnt. A carbon 0 source of petrol.
2 C12H26+4CH4->C16H34 eureka, bio petrol. A carbon 0 fuel oil. Grown in temperate lands – no Fossil Fuels required.
This is how nature makes petrol – methane trapped for millions of years in magma chambers in the presence of Ti or Pt
3 16CH4+(Ti)->C16H34+(Ti) Titanium is just a catalyst1>