I searched through your website and Instagram page for more information on this. Will be very interesting to see lab reports nutritional values of the bio fertiliser being produced from this.
lol you do realize this is how farmers up in North America grow your crops, right? We use cow manure dug out of barns in the spring to spread onto fields using trailers. Same thing here. They're just mixing it with water to get biomethane, and whatever solid/sludge is left gets recycled into fertilizer.
Its a bit deceptive to portray this as some sort of technological novelty or grand new idea. Large scale biogas facilities in conjunction with agriculture have been operating for more than 30 years now. Denmark, even though a small country, produced 18 PJ (petajules) of partially manure based bio-methane in 2020. From the perspective of technological challenges, its not the production of biogas, that is the issue - that basically happens automatically. The main challenges consist of stripping the roughly 50% co2 that the raw gas contains, as well as managing sulfur that often occurs in the thousands ppm range. These are unbelievably energy hungry processes, that would offset any climate gains in a heartbeat, if all you do is digest manure. Its worth mentioning that manure and slurry only has a gas potential of 15m3/tonn. This makes it un-viable without adding other types of fat/protein/carbohydrate based biomass, such as meat waste, grains, glycerine, molasses or similar. Wheat that is unfit for consumption, coarsely ground, has a methane potential of around 400m3/ton and glycerine in some cases 600m3/ton plus.
From a biogas perspektiv, yes, absolutely. Grains, sugar beet, corn silage, even grass silage has a far higher methane potential. However, the amount of dedicated energy crops you can use, is highly regulated and quite limited. From 2024 its just 4% of total biomass
There is no "waste" in nature. Manure deposited directly in fields, at least, does not just "lie around". It is adding vital nutrients and organic matter to the soil and supporting a more active and diverse microbial community, all of which proper soil health depends on. If this idea is applied to manure that is otherwise being disposed of because it's dropped in barns without the ability to get it back to fields (when it is truly wasted), then yes, this makes sense. Of course the focus of the video was on biogas, but I would have liked to hear more about the fertilizer that comes out of the process.
![I.N "HALLUCINATION" | [Stray Kids : SKZ-PLAYER]](http://i.ytimg.com/vi/n5B5q1Hwt_U/mqdefault.jpg)
I searched through your website and Instagram page for more information on this. Will be very interesting to see lab reports nutritional values of the bio fertiliser being produced from this.
lol you do realize this is how farmers up in North America grow your crops, right? We use cow manure dug out of barns in the spring to spread onto fields using trailers.
Same thing here. They're just mixing it with water to get biomethane, and whatever solid/sludge is left gets recycled into fertilizer.
@@youseff500 bar there's no organic matter left in biogas residue, so in theory all you're doing is turning farmland into one giant hydroponic site.
Hi, what size thickness Geomemberane should I use for this biodigester ?
Its a bit deceptive to portray this as some sort of technological novelty or grand new idea. Large scale biogas facilities in conjunction with agriculture have been operating for more than 30 years now. Denmark, even though a small country, produced 18 PJ (petajules) of partially manure based bio-methane in 2020. From the perspective of technological challenges, its not the production of biogas, that is the issue - that basically happens automatically. The main challenges consist of stripping the roughly 50% co2 that the raw gas contains, as well as managing sulfur that often occurs in the thousands ppm range. These are unbelievably energy hungry processes, that would offset any climate gains in a heartbeat, if all you do is digest manure. Its worth mentioning that manure and slurry only has a gas potential of 15m3/tonn. This makes it un-viable without adding other types of fat/protein/carbohydrate based biomass, such as meat waste, grains, glycerine, molasses or similar. Wheat that is unfit for consumption, coarsely ground, has a methane potential of around 400m3/ton and glycerine in some cases 600m3/ton plus.
So in theory it'd pay to do away with the cows and just put the crop straight in.
From a biogas perspektiv, yes, absolutely. Grains, sugar beet, corn silage, even grass silage has a far higher methane potential. However, the amount of dedicated energy crops you can use, is highly regulated and quite limited. From 2024 its just 4% of total biomass
What use would put the CO2 to? Otherwise at 50% byproduct it is a pollutant.
Why would that co2 be bad...? Wouldn't that be good?
@@ericomfg it is greenhouse gas which deprives oxygen for humans to breathe.
Who to contact to visit this exciting facility please ?
There is no "waste" in nature. Manure deposited directly in fields, at least, does not just "lie around". It is adding vital nutrients and organic matter to the soil and supporting a more active and diverse microbial community, all of which proper soil health depends on. If this idea is applied to manure that is otherwise being disposed of because it's dropped in barns without the ability to get it back to fields (when it is truly wasted), then yes, this makes sense. Of course the focus of the video was on biogas, but I would have liked to hear more about the fertilizer that comes out of the process.
can you tell me how its is protected from animals or pest, they might tear through the tube.
Sir do you have diagram for this bio plant
How can I connect with your group? I am always looking out for such sustainable solutions which can change people's live
Do you have any paper where I could find all the information?
hello, may i ask where did you buy the digester bag?
You could easily make it yourself. Get edpm or pvc foil. Fold it double and you only have to glue 3 edges closed.
@@bobdebouwer7835 How to do it without leaking sir?
@@rtmprojectkit, glue , sealer etc
@@bobdebouwer7835 do you have sample how to make this?
@@rtmproject no sorry
Very nice! 🇺🇸 👍☕
Livestock itself is Not doing any harm. It's factories that do aome pollution, Still no harm. Big difference
Can you proof that it has all nutrition for plants
the fertilizer has nitrogen phosphorous and potassium which all plants need
You can build this yourself. Just search biogas digester.
Hi my name is Emebet from Ethiopia and I have dairy farm with my family and we want to build Biogas is it possible to make for us please
the slow-motion and corporate music is extremely offputting, cultural associations make you seem inauthentic and untrustworthy
❤
Fertilizer
😂 formany years in india we are doing this. Its original indian jugad technology.😅
Too bad they use plastic.
Talking bs about bs . They are indeed part of the solution ,😂
it still boggles my mind why no none wants a gree nhouse effect! plants grow with co2. were in a co2 decline. talk about climate change
I could smell the cowshit through my phone