English translation for all my colleagues who have requested it: "The agents of methanogenesis are microorganisms organised into groups and each of these groups has a specifc function. At the commencement of the process a group of HYDROLYTIC BACTERIA take apart the complex fraction of organic material and disaggregate it into much smaller particles. This action produces simple molecules and these are soluble in the milieu.
At this stage the same bactera, along with principally fermentative bacteria, transform the dissolved molecules into intermediary products such as alcohol, organic acids of certain molecular weights, and volatile fatty acids, as well as acetic acid, hydrogen and carbon dioxide. Following this, another group of bacteria called "Acidogens" begin their work. These organisms transform the alcohol and the organic acids into acetic acid, hydrogen and CO2 and these add to those already produced.
(part 3): "At this point two groups of distinct organisms responsible for the production of methane come into action. The acetic acid methanogenic bacteria transform the acetic acid into methane and CO2. By this means of reducing the complex molecules we get up to 70 percent of the CH4 and CO2 that is produced. The second group of organisms is called hydrogenotrophic methanogens and they use molecular hydrogen and carbon dioxide to produce 30% of the remaining methane.
part 4: In doing this these bacteria are fundamental to the equilibration of the process , eliminating the hydrogen created in the previous steps. All accumulation of hydrogen can eventually block the acetogenesis and cause an excessive accumulation of volatile fatty acids in the milieu. When this happens one observes often an augmentation of acid which can contribute to the stoppage of the process.
Among the diverse microbial species present one finds also species called "sulfate reducing species." In effect, because the waste material contains a small amount of sulfate, these bacteria use a certain amount of the molecular hydrogen to reduce this sulfate into hydrogen sulfide. Finally, one obtains a mix of gases consisting principally of methane (60 to 70 %) and carbon dioxide (30 to 40 %) with a tiny amount of hydrogen sulfide. It is this mix that we call "biogas"
part 6: We have thus described the principal steps in "biomethanization" which is called also "anaerobic digestion". We've shown the different steps one after the other (in sequence) with the aim of making it simple. But in reality all of these stages occur more or less simultaneously."
Hey, check out my website at ScientificallyGreener(Dot) com and get all the new and improved Equipments to build or buy your own solar panels and wind energy turbine systems ScientificallyGreener(Dot) com is a website that sells the most modern environmental products available
thanks for a lot of information i will try this features.
tedkanode123 4 months ago
English translation for all my colleagues who have requested it: "The agents of methanogenesis are microorganisms organised into groups and each of these groups has a specifc function. At the commencement of the process a group of HYDROLYTIC BACTERIA take apart the complex fraction of organic material and disaggregate it into much smaller particles. This action produces simple molecules and these are soluble in the milieu.
innoventor 8 months ago
At this stage the same bactera, along with principally fermentative bacteria, transform the dissolved molecules into intermediary products such as alcohol, organic acids of certain molecular weights, and volatile fatty acids, as well as acetic acid, hydrogen and carbon dioxide. Following this, another group of bacteria called "Acidogens" begin their work. These organisms transform the alcohol and the organic acids into acetic acid, hydrogen and CO2 and these add to those already produced.
innoventor 8 months ago
(part 3): "At this point two groups of distinct organisms responsible for the production of methane come into action. The acetic acid methanogenic bacteria transform the acetic acid into methane and CO2. By this means of reducing the complex molecules we get up to 70 percent of the CH4 and CO2 that is produced. The second group of organisms is called hydrogenotrophic methanogens and they use molecular hydrogen and carbon dioxide to produce 30% of the remaining methane.
innoventor 8 months ago
part 4: In doing this these bacteria are fundamental to the equilibration of the process , eliminating the hydrogen created in the previous steps. All accumulation of hydrogen can eventually block the acetogenesis and cause an excessive accumulation of volatile fatty acids in the milieu. When this happens one observes often an augmentation of acid which can contribute to the stoppage of the process.
innoventor 8 months ago
Among the diverse microbial species present one finds also species called "sulfate reducing species." In effect, because the waste material contains a small amount of sulfate, these bacteria use a certain amount of the molecular hydrogen to reduce this sulfate into hydrogen sulfide. Finally, one obtains a mix of gases consisting principally of methane (60 to 70 %) and carbon dioxide (30 to 40 %) with a tiny amount of hydrogen sulfide. It is this mix that we call "biogas"
innoventor 8 months ago
part 6: We have thus described the principal steps in "biomethanization" which is called also "anaerobic digestion". We've shown the different steps one after the other (in sequence) with the aim of making it simple. But in reality all of these stages occur more or less simultaneously."
innoventor 8 months ago
Vraiment EXELLENT , merci beaucoup
iliasdjidane 1 year ago
anhydrique carbonique? WTF, call it dioxide de carbone (carbon dioxyde)
vmelkon 1 year ago
Aunque no se frances de cualquier modo se entiende el proceso de la produccion de metano muy buen video
mirnasamaniego 1 year ago
Hey, check out my website at ScientificallyGreener(Dot) com and get all the new and improved Equipments to build or buy your own solar panels and wind energy turbine systems ScientificallyGreener(Dot) com is a website that sells the most modern environmental products available
scientificallygreene 2 years ago
Très bien! We need more biogas education and production here in Texas.
IamGreed 2 years ago
good
korins8 2 years ago
very nice
Nielshansen10 2 years ago
thanks for your simmulations...
ahimbungin 2 years ago
thanks
mysoulstwin 3 years ago
muy bueno.. para los que entendemos ese idioma, ademas un tema muy interesante
sebaagostino 3 years ago
thank you, nice and simple
savicdineva 3 years ago
I wish i understood. Good presentation.
BasementBen 3 years ago
maksud lo..............
jokosuryo1254 3 years ago
Pédagogique bien présenté! petit accent belge n'est-ce pas?
spakten 4 years ago 2
Bomba
HimalajaYeti 4 years ago