Issue 42/2015 - Shanxi breaks through the technology of zero emission of coalbed methane to produce nano-onion carbon

Recently, Zhongxing Environmental Energy Technology Co.
, Ltd.
, located in Yangquan City, Shanxi Province, has made a breakthrough in the project of "Preparation of nanocarbon materials by zero emission catalytic cracking of coalbed methane", and has become an enterprise
that can realize the mass production of nano-onion carbon materials.

The market uses a wide range of nano-onion carbon as electrode materials, mainly used in supercapacitors, "small volume, large capacity" characteristics make it in the field of electric vehicles, communications, entertainment electronics, signal monitoring has broad market prospects, and has environmental advantages, has a strong irreplaceability
.
At present, there is a $9 billion capacitor market in the world, and the batch preparation of nano-onion carbon is expected to revolutionize the existing market structure
.

The project of "Preparation of nanocarbon materials by catalytic cracking of coalbed methane with zero emissions" is to convert coalbed methane (the main component of methane) into pure hydrogen and nanocarbon materials through catalysis and cracking technology, and separate hydrogen and methane by pressure swing adsorption on specific catalysts, and various types of nanocarbon are generated with high selectivity, so as to realize the clean utilization of coalbed methane and the batch preparation
of nanocarbon.

At present, the advanced technology of the international market can only achieve the separation of methane, but the conversion rate is not high, and the generation of nanocarbon with a high degree of graphitization is still at the gram level, the company's technological breakthrough has successfully produced kilogram-level nanocarbon materials, relying on the rich coalbed methane reserves in Shanxi Province, will soon achieve large-scale production
.

Nano onion carbon is a kind of high-performance nanocarbon material, which has high adaptability in different fields, its high weather resistance, pressure resistance, is the best choice for aviation lubricants, and as a superconducting material, electrode material compared with other similar nanomaterials have great advantages, in addition to the medical field can also be used as a carrier
to remove human metabolism.

(New)