High Quality Alkaline Water Electrolysis Hydrogen gas Generator Electrolyzer with renewable solar energy green hydrogen electric

CHR series applies complementary powersupply from wind energy, solar energy andelectricityatnighttoproducehydrogen.Then,using metal hydrogen storage technology orcompressedhydrogenstoragetechnologytostore this hydrogen. If lack of electricity, usercan use hydrogen fuel cell to converthydrogen to electricity by configuring DCIACconverter. If hydrogen fuel filling stationneeded,user can configure hydrogenboostingsystemtofillhydrogenintohydrogenfuel cell car, drone, bus, truck, electricvehicleandforklift.

The equipment uses water electrolysis to generate pure hydrogen and pure oxygen. By controlling the liquid level of hydrogen 1 oxygen tank, to ensure the hydrogen purity. It will go through the processes such as hydrogen washing, gas I liquid separation,cooling, purifying deoxidization and dryprocess to produce high purity hydrogen.

The equipment use water electrolysis to generate pure hydrogen and pure oxygen. By controlling the liquid level of hydrogen oxygen tank, to ensure the hydrogen purity.It will go through the processes such ashydrogen washing, gas / liquid separation and cooling process to finally produce hydrogen.

Hydrogen production equipment uses non-metallic pole frames to avoid galvanic corrosion problems. Non-asbestos type eliminates contaminationNo need to add vanadium pentoxide to the electrolysis tank, only KOH lye is requiredAdapts to renewable energy volatility; dynamic response of 20% - 110% in secondsNon-metal frame electrolytic cells are two-thirds smaller and one-half lighter than conventional metal frame electrolytic cells.Electrolyzer technology without electroplating, which greatly reduces production cycles and improves productperformance;environmentally friendly.A ten-year electrical failure rate of less than 5%.

Ethylene (C₂H₅) is one of the world's most produced chemical products. Ethylene production is considered a key indicator of a country's petrochemical development level. With the rapid development of the national economy, my country's ethylene industry has grown rapidly, becoming the world's second-largest ethylene producer after the United States. The scale and demand for ethylene storage are also increasing, and ethylene storage tanks are now widely used.

This equipment can be customized with various specifications of gas according to user needs, suitable for metallurgy, chemical industry, fertilizer and other industries; petroleum, non-ferrous metals, new materials, optoelectronics, etc.

Liquefied natural gas (LNG) storage tanks are specialized products for storing LNG. They are special equipment, Class III pressure vessels, and undergo rigorous manufacturing processes including flaw detection, hydrostatic and pneumatic pressure testing, on-site inspection by the technical supervision bureau, and issuance of a pressure vessel inspection certificate. External rust removal and painting are also part of the manufacturing process. LNG storage tanks undergo strict quality assessments regarding the materials, dimensions, weld quality, operational quality, installation quality, internal devices, and safety accessories of pressure-bearing components. Routine physical and chemical tests are conducted on the tank materials, such as mechanical properties and chemical composition. Welded joints, welds, tank heads, and the geometric positions of various pressure-bearing components are rigorously inspected using X-ray non-destructive testing and magnetic particle testing. The product's sealing performance, pressure resistance, and all technical indicators that could affect its safe operation are also tested.

Cryogenic storage tanks are vertical or horizontal double-layered vacuum insulated tanks. The inner liner is made of austenitic stainless steel, and the outer container material is selected according to national regulations, such as Q235-B or 345R, depending on the user's region. The sandwich between the inner and outer containers is filled with perlite insulation material and evacuated. They are widely used in the electronics, chemical, petroleum, and glass industries.