Chemical Hydrogen Generator For Laboratory Gas Engine

Hydrogen Generator

Specification

Work Principle:

According to the equipment requirements, the vaporization rate of the vaporizer is 80Kg/hr, and the vaporization is carried out by heating water with electricity and then heating liquid ammonia with water.
The vaporizer uses Solid-state relay heating form for power output to avoid long-term switching action, ensure the reliability of vaporization, and also save energy.
The vaporization temperature of the vaporizer is generally set at 35 to 40 °C, so as to ensure that ammonia enters the decomposition furnace in gaseous form and prevent liquid ammonia from entering the decomposition furnace and causing nickel Catalyst poisoning.

Main Feature:

Cracking tube: The working environment of the ammonia decomposition furnace is in a high temperature and high corrosion environment. In order to ensure the service life of the furnace and the long-term stable operation of the entire decom­position furnace, our company's cracking tube inner liner is made of high-quality heat-resistant stainless steel 310S material (0Cr25Ni20), imported plate rolled and welded, TIG welded, U-shaped structure, and can be used for a long time.
Heating chamber: The heating chamber is heated by low watt density pure alloy heating wires and can work for a long time. The heating wire adopts a hot swappable installation method, which can be replaced without stopping the air flow.
Catalyst: The catalyst is a high-temperature nickel catalyst produced by Southwest Chemical Research Institute, with a long service life, high decomposition efficiency, and very ideal decomposition gas xenon index.
Thermal insulation material: the thermal insulation material of the heating room is composed of light Aluminium silicate fiber formed by vacuum suction filtration, which has good heat insulation effect and high thermal insulation efficiency, and can reduce the use cost of users.
Pressure reducing valve: Made from FTSHER from the United States, with stable Leli, ensuring safe physical use.
Temperature control: There are two digital display controllers and adjustable K-type thermo­couples. These instruments provide the most advanced microcomputer design, set point temperature or control adjustment, and use well-known domestic brands of pneumatic compo­nents.