Syngas Compositions from Biomass

Powermax Syngas compositions (dry, volume basis) from biomass show high CO and H2 compositions which lead to high calorific value syngas.

  • Energy Company

    • A company focused on renewable energy that uses biomass gasification technology to produce electricity and heat.

  • Chemical Enterprises

    • Chemical enterprises that require synthesis gas as raw material use gasification products to produce chemicals, such as methanol, ammonia, etc.

  • Agricultural and Forestry Enterprises

    • Utilize agricultural and forestry waste for gasification to both process waste and obtain energy.

  • Waste Management Company

    • A company specializing in solid waste treatment that uses biomass gasification technology to reduce waste and recover energy.

  • Local Governments and Public Agencies

    • In promoting sustainable development and clean energy policies, local governments may invest in biomass gasification projects.

  • Rural Communities

    • In remote areas, rural communities may use biomass gasification technology to provide clean energy and improve living conditions.

  • Research Institutions and Universities

    • Academic institutions engaged in research and development of biomass gasification technology, promoting technological progress and application.

  • Equipment Manufacturer

    • A company that produces biomass gasification equipment and provides technical and equipment support to various users.

These users play an important role in promoting the application and development of biomass gasification technology.

  • Energy Production

    • Biomass gasification can convert biomass into syngas (mainly hydrogen and carbon monoxide) for power generation, heat production or as fuel for fuel cells.

  • Chemical Raw Materials

    • Syngas can be further converted into chemicals such as methanol, ammonia, synthetic natural gas, etc., which are widely used in the chemical industry.

  • Transportation Fuel

    • Syngas produced by biomass gasification can be converted into liquid fuels (such as diesel and gasoline) for transportation.

  • Waste Treatment

    • Biomass gasification can effectively treat agricultural waste, forestry waste and urban solid waste, reducing environmental pollution.

  • Rural Energy

    • In rural areas, biomass gasification can provide farmers with clean energy, improve living conditions and promote sustainable development.

  • Rural Communities

    • In remote areas, rural communities may use biomass gasification technology to provide clean energy and improve living conditions.

  • Heat Supply

    • Gasified biomass gas can be used in industrial boilers, water heaters and other equipment to provide heat energy.

  • Distributed Energy System

    • Biomass gasification can be combined with other renewable energy technologies to form a distributed energy system to improve energy utilization efficiency.

  • Carbon Capture and Utilization

    • Biomass gasification combined with carbon capture technology can achieve carbon emission reduction and utilization, helping to address climate change.

These application areas demonstrate the importance of biomass gasification technology in energy transformation and sustainable development.

POWER GENERATION

Generation of Power and Selling it to Grid;
Generation of Power for Factory;
Generation of Power for Village Electrification;
Generation of Power for Irrigation and Pumping Activities.

THERMAL APPLICATION

Industrial Furnaces / Kilns;
Industrial Ovens;
Industrial Dryer / Hot Air Generators;
Industrial Boiler (Hot Water, Steam, Thermal Oil).

CHEMICALINDUSTRY

Dimethyl Ether;
Methanol;
MTO, Chemical Feedstock;
SNG, Energy Storage;
Ammonia, Urea, Fertilizer;
Fuel cells, FCV;
SAF(Sustainable Aviation Fuel).

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We are a clean technology enterprise specializing in developing and offering sustainable solutions, utilizing biomass, waste, and coal as our raw materials.

We eagerly anticipate collaborating with you!