waste heat recovery、hydrogen production

Product Specification

Founded in 2014, Shanghai Yue Shen Energy Technology Co., Ltd. is a high-tech enterprise and a specialized enterprise in Shanghai. The company focuses on the manufacture, production and exhaust gas recycling and reuse of industrial gases, with a number of core independent patents, providing gas material supply services for many multinational corporations, domestic listed companies, central enterprises and top scientific research units.

Our projects are spread all over the world, including Russia, Turkey, Vietnam, South Korea and many other countries in various industries. As of 2024, the company's annual revenue has reached the billion level.

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echnical Principles

Photovoltaic Water Electrolysis for Hydrogen Production: It utilizes the solar photovoltaic effect to convert solar energy into electrical energy, and then uses water electrolysis technology to split water into hydrogen and oxygen. This technology has the advantages of environmental friendliness and renewability, conforming to the development direction of green energy.

Steam Reforming for Hydrogen Production: It uses hydrocarbon substances as raw materials and adopts the steam reforming method to produce hydrogen. This process is accompanied by heat transfer, mass transfer, momentum transfer, and complex chemical reactions, requiring the adaptation of heat transfer and reaction.

Equipment Characteristics

Compact and Portable: The overall structure of the equipment is designed to be compact, with a small footprint. It can be transported in a skid-mounted manner, facilitating flexible deployment in different locations and meeting the needs of small and medium-sized industrial, scientific research, and other scenarios.

Easy to Operate: Equipped with an automated control system, the operation process is simple and easy to learn, which lowers the technical threshold for operators and reduces the possibility of human operational errors.

Safe and Reliable: Advanced safety technologies and equipment are adopted, such as built-in gas sensors. Once hydrogen leakage is detected, the power supply is automatically turned off immediately to prevent safety accidents and ensure the safe operation of the equipment.

Efficient and Energy-Saving: In the hydrogen production process, through optimized design and the adoption of high-efficiency catalysts and other technologies, the hydrogen production efficiency is improved, energy consumption is reduced, enabling the equipment to produce more hydrogen per unit time while cutting production costs.

Stable Purity: Equipped with high-precision gas separation and purification devices, it can effectively remove impurities in hydrogen, ensuring stable hydrogen purity and meeting the requirements of different users for hydrogen purity.

Application Fields

Industrial Field: It provides hydrogen for industries such as chemical engineering, pharmaceuticals, and electronics, which is used in hydrogenation reactions and reduction reactions in the production process. It can replace traditional fossil fuel-based hydrogen production, reduce production costs, and minimize environmental pollution.

Scientific Research Field: It supplies hydrogen for scientific research experiments in universities and research institutions, meeting their research needs in fields such as new energy, materials science, and chemical engineering, and contributing to promoting technological innovation and development in related fields.

Energy Supply Field: As a type of distributed energy, it can provide hydrogen supply for small hydrogen refueling stations, fuel cell vehicles, etc., supporting the development of the new energy vehicle industry and promoting the optimization and upgrading of the energy structure.