It can be put into use all over the country. This type of equipment adopts a container skid-mounted modular form, which can quickly promote the deployment of distributed hydrogen refueling stations and the joint construction and upgrading of oil, gas and hydrogen of existing refueling stations.

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200kg/day hydrogen production and hydrogenation integrated station Design to fit S1 Step 1 Set. 

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We should actively and steadily promote carbon peaking and carbon neutrality. 

Based on each country's endowment of energy resources, we must insist on building first and then destroying it, and implement the carbon peak action in a planned and step-by-step manner. 

 

Promote clean, low-carbon and efficient use of energy, and promote clean and low-carbon transformation in the fields of industry, construction, and transportation. 

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Deeply promote the energy revolution, strengthen the clean and efficient utilization of coal, increase the exploration and development of oil and gas resources and increase reserves and production, accelerate the planning and construction of new energy systems, coordinate hydropower development and ecological protection, actively and safely develop nuclear power in an orderly manner, and strengthen energy production, supply and storage Sales system construction to ensure energy security. 

 

Actively participate in the global governance of climate change.

The clean utilization of coal non-combustion primary energy and the efficient utilization of secondary energy through hydrogen energy are the only effective ways to achieve the above goals.

However, the development of the hydrogen energy industry has always been subject to the construction of a hydrogen supply system. , plus the entire chain is in the form of gas as infrastructure supporting investment costs remain high, and the challenge of safety management is far greater than that of liquefied natural gas...

 

Until a number of academicians proposed to use methanol, which is the same liquid as gasoline and diesel, as a hydrogen carrier—— The in-station hydrogen production route of "using hydrogen instead of transporting hydrogen" has been clearly defined in the national top-level plan as demonstration routes such as "coupling methanol" and "in-station hydrogen production".

 

Vigorously promote the clean and low-carbon transformation of key industries, and implement carbon dioxide coupled methanol production to reduce carbon emissions.

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 "Medium and Long-Term Plan for the Development of the Hydrogen Energy Industry (2021-2035)", proposing to build a clean, low-carbon, low-cost multi-component hydrogen production system, and actively guide the synthesis The methanol industry is shifting from a high-carbon process to a low-carbon process.

 

 In addition,   cities have successively issued supporting local policies and standards for "in-station hydrogen production". Therefore, the successful demonstration and mass production of this type of equipment is of great significance for solving the key bottleneck in the development of the hydrogen energy industry.

"modular methanol hydrogenation hydrogenation technology" and "10MW methanol reforming hydrogenation combined heat and power system" The methanol reforming hydrogen production combined heat and power system integrates methanol reforming hydrogen production, fuel cell power generation, waste heat recovery, power conversion and other devices to realize power generation while providing external heat output, and the overall efficiency can reach more than 75%.

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