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Product Overview
Green methanol is a widely recognized clean, efficient, and low-carbon liquid fuel that is becoming increasingly important in the transportation and heating industries. In recent years, the role of green methanol in the energy sector has been enhanced, expanding its applications in thermal fuel areas and providing a new pathway for China's carbon peak and carbon neutrality goals. Green methanol is produced by combining captured bio-sourced carbon dioxide with hydrogen generated from renewable electricity. During combustion, the carbon dioxide in e-methanol is released, and the carbon dioxide in the exhaust can be reused to produce more renewable fuels, thus replacing fossil fuels and preventing new carbon dioxide emissions.
Product Features
Clean and Renewable:
E-methanol production does not rely on traditional petroleum refining; instead, it utilizes electric energy to catalytically reduce carbon dioxide and water, producing high-purity methanol that meets green and sustainable energy requirements.
Low Carbon Emissions:
The methanol technology that incorporates biomass resources effectively reduces dependence on traditional fossil fuels, decreasing greenhouse gas emissions and contributing positively to climate change mitigation.
Versatile Applications:
Green methanol can be used in various fields, including transportation fuel, chemical raw materials, renewable energy storage, electricity generation, industrial heating, and as a hydrogen carrier.
Energy Transition Potential:
Green methanol offers unprecedented opportunities for achieving energy transition and building a low-carbon society, driving innovation and development in the energy sector.
Applications
Transportation Fuel:
Green methanol serves as a clean fuel for various vehicles, including cars, buses, trucks, ships, and airplanes, helping to reduce greenhouse gas emissions and air pollution.
Chemical Industry:
As an important chemical raw material, green methanol is used in the production of plastics, solvents, adhesives, and synthetic materials.
Renewable Energy Storage:
Green methanol acts as a means to store renewable energy, synthesizing methanol using renewable hydrogen and captured carbon dioxide to store excess renewable energy for electricity generation when needed.
Electricity Generation:
Green methanol can be utilized in fuel cells or traditional internal combustion engines, serving as a power source for backup generators or distributed power systems.
Industrial Heating:
Methanol can replace traditional fossil fuels (such as natural gas or coal) in industrial heating applications, reducing carbon emissions.
Hydrogen Carrier:
Methanol serves as a safe and efficient carrier for hydrogen due to its high hydrogen content, facilitating transport and storage, and offering advantages over gaseous hydrogen.
