The RSC9000 remote pressure/flow control system is a system based on a self-operated regulator with a pilot, utilizing multi-stage pilots and controllers, and adding devices for detecting inlet and outlet pressure and flow. Its functions include achieving remote pressure and flow control, as well as remote online monitoring and management of transmission and distribution systems. At the same time, the RSC9000 system can also control and manage automatic valves such as motorized control valves.

The TEMSR series methanol steam reforming hydrogen production device is a system for efficiently producing hydrogen from hydrocarbons or hydrogen-containing molecules. Compared with fossil fuels, methanol has the characteristics of low carbon atoms and a high hydrogen-to-carbon ratio, which can significantly reduce the formation of carbon deposits and by-products such as CO. It is also compatible with the basic storage and transportation infrastructure of the current oil and gas era, offering high efficiency and cost-effectiveness. Methanol hydrogen production devices are suitable for a variety of applications, including steel, metallurgy, chemical, pharmaceutical, light industry, building materials, electronics, and on-site hydrogen production at hydrogen stations. Depending on the hydrogen output, they can be divided into skid-mounted and containerized types. Methanol steam reforming hydrogen production involves methanol and steam in combination

The TEMC series methanol cracking hydrogen production device uses industrial methanol, which is easy to obtain, transport, and store, as the raw material. It features a short hydrogen production process, simple equipment, low reaction temperature, mild process conditions, relatively low fuel consumption, simple process, and easy operation. It can be used in various industrial sectors such as chemical, pharmaceutical, light industry, building materials, metallurgy, and electronics.

The TERQ series natural gas hydrogen mixing device is a device that injects a certain proportion of hydrogen into natural gas to form a mixed gas with natural gas. It consists of a mixing system and a PLC control system, achieving different proportion mixing of natural gas and hydrogen.

The pressure control system, also known as the 'pressure-regulating train,' is an intelligent gas pressure regulating device that integrates multiple functions such as pressure regulation, flow regulation, and automatic control. It is specially designed for hydrogen transmission and distribution scenarios and can adopt various configurations as required, such as 'safety emergency shut-off valve, monitoring pressure regulating valve, working pressure regulating valve,' 'safety emergency shut-off valve, monitoring pressure regulating valve, electric control valve,' or 'safety emergency shut-off valve, safety emergency shut-off valve, working control valve.'

The liquid-driven hydrogen booster skid compresses hydrogen by driving a hydraulic oil pump with a motor, which drives the reciprocating motion of a piston. The compression system cylinder has a unique design, using a two-stage compression system, featuring a low single-stage compression ratio, low exhaust temperature, and high compression efficiency. The entire skid mainly consists of the main unit, safety devices, cooling system, instrumentation system, auxiliary system, supporting control cabinet, and container.

A diaphragm compressor is a type of reciprocating compressor that compresses and transports gas through the reciprocating movement of a diaphragm in a cylinder. It features a high compression ratio, good sealing, and the ability to compress gas without contamination from lubricating oil or other solid impurities. It is suitable for compressing high-purity, rare and valuable, flammable and explosive, toxic and hazardous, corrosive, as well as high-pressure gases.

Large industrial gas pressure regulating stations are system equipment that supply gas to large industrial users after gas has undergone pre-treatment, pressure regulation, and metering. They are pressure regulating devices specifically designed to meet the gas demands of large industrial users and can integrate multiple functional components such as filtration, metering, gas heating, pressure regulation, and station control into one unit. They feature high precision, reasonable structure, safe gas supply, full functionality, and are convenient to install, use, and maintain. Special designs can be made according to user requirements.

The SSV4000 series cylinder-type shut-off valve has an axial flow structure and is composed of a cylinder-type actuator and a main valve.

This device uses alkaline water as raw material and electricity as energy to decompose water into hydrogen and oxygen, and then obtains high-purity hydrogen and oxygen through purification technology.