What if human feces go through anarobic digestion where we can obtain bio gases and then the solid remain go through the bio mass pyrolysis where we can get carbon that's the most effective and efficient proces where we get fuel easily and there is no stop in fuel production?
Why don't simoly burn the raw biomass to ash which is carbon. During the burning process (combustion) heat is produced and can be utiilized for other purposes .
so it's pyrolysis, not carbonisation, which is in the title. i would advise remaning the title to avoid other people clicking on it expecting something else like me....
Very inefficient process; energy is required to dry the biomass, energy is required to heat the dried biomass, energy is required to transport the biomass, energy is required to cool the hydrochar. The only waste recovery is the hot gas to heat water. Otherwise the process is good to condense biomass to smaller volume, making energy content per mass or volume higher than original input
![[Eng] KINAVA's Hybrid Hydrothermal Carbonization Technology (Hybrid HTC)](http://i.ytimg.com/vi/UqoUSJXMb7A/mqdefault.jpg)
Great video.... Thanks for sharing
Thank you!
What if human feces go through anarobic digestion where we can obtain bio gases and then the solid remain go through the bio mass pyrolysis where we can get carbon that's the most effective and efficient proces where we get fuel easily and there is no stop in fuel production?
what is it emmited as?
Why don't simoly burn the raw biomass to ash which is carbon. During the burning process (combustion) heat is produced and can be utiilized for other purposes .
HI can the solution process olive mill waste
How. Much
so it's pyrolysis, not carbonisation, which is in the title. i would advise remaning the title to avoid other people clicking on it expecting something else like me....
Carbonisation is pyrolitic reaction.
Pyrolysis is the step before.
Very inefficient process; energy is required to dry the biomass, energy is required to heat the dried biomass, energy is required to transport the biomass, energy is required to cool the hydrochar. The only waste recovery is the hot gas to heat water. Otherwise the process is good to condense biomass to smaller volume, making energy content per mass or volume higher than original input