Nickel catalyst that promotes a reaction

Product Specification

The nickel catalyst is an innovative and highly efficient catalyst used for ammonia decomposition. It consists of a high-temperature calcination Magnesium Oxide (MgO) carrier, with an attached active component of Nickel (Ni) and other auxiliary substances. This catalyst exhibits remarkable catalytic activity, high mechanical strength, excellent heat resistance, and resistance to coking. The primary application of the nickel catalyst is in the purification and recovery unit of ammonia decomposition furnaces in coke oven gas operations. It plays a crucial role in decomposing toxic gases such as ammonia, hydrogen cyanide, and benzene present in coke oven gas. Through the catalytic process, these harmful gases are converted into nitrogen, hydrogen, and carbon dioxide. The utilization of the nickel catalyst effectively addresses challenges related to equipment corrosion and environmental pollution in coke oven gas purification and recovery units. By decomposing the toxic gases, it not only ensures the protection of equipment but also mitigates environmental harm. The ammonia decomposition hydrogen production equipment offered by "Jiangsu Luoming" is dedicated to providing customers with environmentally friendly and efficient solutions for hydrogen production. This equipment incorporates the use of the nickel catalyst to facilitate the decomposition of ammonia, thereby meeting the hydrogen production requirements of customers in a sustainable manner. In summary, the nickel catalyst is a highly efficient catalyst used in ammonia decomposition processes. Its characteristics of catalytic activity, mechanical strength, heat resistance, and coking resistance make it suitable for applications in coke oven gas purification and recovery. With the help of the nickel catalyst, "Jiangsu Luoming" aims to address customer needs for hydrogen production in an environmentally friendly and efficient manner.

Our company is professionally engaged in developing and manufacturing gas equipment.
As a professional manufacturer engaged in research, production and development of Air separation equipment, we can provide customers with PSA Nitrogen Generators, PSA Oxygen Generators, VPSA Oxygen Generators, Ammonia Decomposition to Hydrogen Generators for HDAQ series, Ammonia Decomposition and purification for HDFC series, gas purification equipment, gas recovery equipment, air purification engineering and other gas equipment, etc.
We also can provide a variety of gas supply solutions according to customer requirements, and also provide users with repair and maintenance, technical training and technical advice in respect of nitrogen, oxygen, hydrogen generating equipment and related equipment.
Quality is the life of an enterprise and service is the foundation of cooperation, so we always adhere to the principles of "creating the future with quality and creating the brand with services", committed to providing users with the best products and the most satisfactory services.

LUOMING GAS
PSA TECHNOLOGY INTRODUCTION

PSA (Pressure Swing Adsorption) Technology a revolution in Non Cryogenic Air Separation and Oxygen Generation Technology uses special grade of ZMS ( Zeolite Molecular Sieve).
The compressed air is passed through a Twin Tower PSA module interconnected with automatic change over valves. After passing through a Refrigerated Dryer air gets dried. Dried compressed air will now come in contact with bed of Zeolite molecular sieves (ZMS).

Zeolite Molecular Sieves are special grade of adsorbent which have the property of preferential adsorption of nitrogen molecules.

The outgoing oxygen gas is sent to a surge vessel where the minimum pressure will be maintained with the help of Back pressure Regulator.

FAQ:

Q: What is the terms of payment?
A: T/T, L/C, Western Union etc.

Q: How long is your delivery time?
A: Generally it is 10-50 working days depending on your order.

Q: How to get a prompt quotation?
A: When you send us inquiry, please kindly tell us the below technical information.
1) O2 Flow rate: ____Nm3/h
2) O2 Purity: ____%
3) O2 Discharge pressure: ____Bar
4) Voltages and Frequency: _____V/PH/HZ
5) Application or use for which industry.