The formation process of biomass gas can be divided into biomass gasification and pyrolysis. Biomass gasification refers to the process of gas production under high temperature (usually 1000 ℃), where appropriate air, oxygen, or water vapor is introduced into the gasifier to undergo thermal decomposition reaction with biomass. Biomass pyrolysis is the process of gas production under high-temperature anaerobic or anaerobic conditions, as detailed in the gasification and pyrolysis section. Under thermal action, biomass containing large molecules decomposes to produce small molecule gases, such as hydrogen, methane, ethane, etc. Carbon monoxide is produced by the high-temperature reaction of water gas and carbon, and other components are also produced by thermal decomposition.Due to its high-temperature production, the gas carries some heat and is rich in hydrogen and carbon monoxide, mixed with moisture, volatile oils, and dust. After cooling, the concentration of hydrogen and carbon monoxide further increases, and after treatment, it can be used for combustion or chemical synthesis.If biomass gasification or pyrolysis is properly operated, the generated biomass gas is an inexhaustible fuel that is not only renewable, but also achieves the goal of cleaning livestock manure and garbage. Biomass gas also provides new sources of income for farmers, reducing the cost of handling livestock manure. If energy crops are used as feed, they will have higher energy output than bioethanol and biodiesel.In fact, biomass gas also has a better effect in reducing greenhouse gas emissions. If left unchecked, those feces will slowly release methane into the atmosphere during the degradation process. If methane is converted into fuel through the conversion of biomass gas, it will ultimately only emit carbon dioxide, which reduces the greenhouse effect.In addition to reducing emissions, biomass gas has various uses. In addition to household heating and cooking, methane can also be purified and injected into the natural gas pipeline network for use together with natural gas obtained from underground sources; In addition, providing raw materials for natural gas vehicles is also a good way to utilize them. Compared to equal weight fuel ethanol and fuel diesel, each ton of biomass gas can support cars to run farther. This technology of anaerobic digestion to produce biogas is applicable to all scales from farmers with several tons of raw materials to large-scale factories with tens of thousands of tons of raw materials.The main component of natural gas is methane.Our company can provide natural gas generators with a single unit power of 100KW, 150KW, 250KW, 300 KW and a synchronized unit power of 500KW~16MW. Gas-powered generators set make full use of various natural gas or harmful gases as fuel, turning waste into treasure, safe and convenient operation, high cost-effectiveness, low emission pollution, and suitable for heat and electricity cogeneration (CHP genset). The market prospects are very broad.China is rich in natural gas resources. Compared with China's rich natural gas reserves, the proportion of natural gas in China's primary energy consumption is too small, and it has the potential to increase significantly in the future.   Contact: Sichuan Rongteng Automation Equipment Co., Ltd. Phone/WhatsApp/Wechat : +86 177 8117 4421  +86 138 8076 0589 Website: www.rtgastreat.com     Email: info@rtgastreat.com Address:No. 8, Section 2 of Tengfei Road, Shigao Subdistrict,Tianfu New Area, Meishan city, Sichuan China 620564 .