FAQ
energy
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Heat Energy
Electricity Energy
Combustible Gas
Heat Energy
Introduction of Heat Energy
Biomass carbonization technology is a process that converts biomass into carbon, which can generate heat energy.
Biomass carbonization technology converts biomass into carbon while generating heat energy. This heat energy comes from the pyrolysis and carbonization of organic matter and can be used to generate electricity or heat.Using the heat generated by biomass carbonization technology to generate electricity can reduce dependence on fossil fuels, reduce carbon emissions and improve energy utilization efficiency.The generated heat energy can also be directly used for heating, such as rural decentralized heating, urban central heating, etc. In addition, this heat energy can also be used for other energy applications, such as hot water supply, industrial steam, etc.
Application of Heat energy
Industrial heating
Industrial field: The heat energy generated by biomass carbonization technology can be used to produce industrial fuels, chemicals and materials
Heat energy conversion
Energy field: The heat generated by biomass carbonization technology can be used for power generation and heating.
Cereal drying
In agriculture: The heat energy generated by biomass carbonization technology can be used to dry grains.
Industrial steam
In construction field: The heat energy generated by biomass carbonization technology can be used to produce biochar building materials.
Grain drying
In agriculture: The heat energy generated by biomass carbonization technology can be used to repair and improve the soil.
Steam heating
Environmental protection: The heat energy generated by biomass carbonization technology can be used for waste treatment and pollution control.
Electricity Energy
Introduction of Electricity
Biomass carbonization power generation technology is an advanced technology using biomass energy to generate electricity, its basic principle is the use of biomass organic matter, through chemical reactions to generate heat, and then converted into electricity for use.
Application of Electricity energy
Electric power supply
Industrial lighting
Application in agriculture
Transportation sector
National Grid
Industrial heat supply
Combustible Gas
Introduction of gas
Biomass carbonization technology produces a variety of gas components, including nitrogen, oxygen, carbon dioxide, and water vapor.
In this process, the biomass decomposes and converts to carbon, while releasing heat to generate electricity or heat.Under different temperatures and pressures, different gas products are formed, such as water vapor, carbon monoxide, carbon dioxide, nitrogen and hydrogen, etc., which can be used for fuel, industrial smelting, deodorization and decolorization. At the same time, the generated wood vinegar and methane, hydrogen, etc., can also be further utilized.
Application of Combustible Gas
The gas components produced by biomass carbonization technology, such as carbon dioxide, nitrogen, oxygen, etc., can be applied in the following areas:
Industrial field
CO2
Energy sector
Methanol
Environmental area
Synthetic ammonia
Agricultural field
Oxygen
Ammonia Synthesis Process
The gas produced by biomass carbonization technology can be used to synthesize ammonia. The main steps of the ammonia synthesis process are as follows:
01
Biomass carbonization
Biomass is converted to carbon through the carbonization process, while releasing carbon dioxide, hydrogen and other gases. These gases are one of the raw materials for ammonia synthesis.
02
Gas purification
The gas released from the biomass carbonization process contains some impurities, such as sulfide, nitrogen oxides, etc., which need to be purified. The purification process includes steps such as dust removal, desulfurization and nitrogen removal to ensure the smooth progress of subsequent ammonia synthesis.
03
Syngas preparation
The purified gas undergoes further chemical reactions to produce syngas. Syngas is mainly composed of hydrogen and nitrogen, and is one of the basic raw materials for ammonia synthesis.
04
Ammonia synthesis
Under the action of high temperature and pressure and the catalyst, the hydrogen and nitrogen in the synthesis gas react to produce ammonia. This process requires controlling reaction conditions, such as temperature, pressure, catalyst, etc., to improve the productivity and purity of ammonia.
05
Product separation and storage
The generated ammonia is separated and stored and can be used in fertilizer, chemical raw materials and other fields.
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