Practically everything that is worth doing is worth doing well. The success of home biogas plants really illustrates this point. Careful planning, advice and follow-up can potentially make a huge difference in determining whether you are going to do it right and succeed in general, or if you make a mistake and lose. If you don’t do it right or if you don’t do it right, it will lead to terrible results. Potentially you could create a pleasant smell without biogas and even complain about your neighbor’s smells.
Here are three great tips on how to avoid such failures and how to deal with them.
Initially for the production of biogas, because it is produced naturally, in places where anaerobic fermentation occurs. Examples of such places are landfills (in this case we call it landfill gas), swamps and swamps. It can be made from almost any biologically digestible material, household waste, beveled grass, yard waste, fertilizers, energy crops and any other biomass.
You will definitely need to carefully select the feed material for organic waste from the one that is available to you reliably and not too seasonally, as it will help prevent waste leakage to recharge your home biogas plant. Failure to do so may mean that the home biogas plant will no longer produce a useful amount of biogas. So don’t forget this important moment.
Second, keep the temperature of your biogas plant with your hands in the range of 30 to 38 degrees C (86 to 100 degrees F) and 49 to 57 degrees C (120 to 135 degrees F). So, in a colder climate, you need to heat a biogas processor (methantenk).
Almost as important as biogas production, because it is produced naturally, in places where anaerobic fermentation occurs, when it comes to home biogas installations, you should maintain a home biogas plant in the optimal temperature ranges mentioned above. I warn you in advance, it’s not something to miss. This not only allows the production of biogas, but also to continue to do it reliably, which is what everyone who creates biogas plants with their own hands wants.
Third, methane biogas is a gas blend consisting of CO2 and methane. It is formed as a result of biodegradation of organic substances with lack of oxygen. The advantage of methane is that biogas can be used as a gas for cooking. It’s awfully clean and awfully green.
Finally, if you are dealing with household biogas plants, keep in mind that only an airtight tank converts waste into methane. Various processes can be used to produce gas for energy production at biogas plants: fermentation, pyrolysis and hydrogasification. There are many types of biogas plants. So ask the expert what’s best. This will probably help the type that depends on the type of biomass and the amount of gas produced, which is an important part of a successful home biogas plant. If you don’t, you may not be producing enough biogas to benefit from biogas equipment – and we can probably agree that it’s probably going to be bad!
As mentioned above, if you want to succeed in producing biogas plants with your own hands, be sure to avoid bugs that can cause a strong odor without even creating biogas, or perhaps complaining about your neighbor’s smells. You would really like to save on gas bills for cooking by producing enough biogas for cooking. You will be able to achieve this by carefully following the 3 steps described above.