GHT overview
Green Hydrotec (GHT) was established in May 2000, to create on-site hydrogen production and purification applications as the starting point. The core technology in catalysis, combustion, material and reactor design for the development of on-site hydrogen production technology and facility to avoid expensive and risky hydrogen supply in compression, shipment and storage of high pressure for hydrogen supply.
In the last 20 years, GHT has developed three basic core technologies in the catalytic heating, the reformer design, hydrogen enhanced combustion. As of Feb 2021, 43 patents (19 patents maintenance) have been granted in the above related core technology. GHT provides unique onsite hydrogen technology and facility for the supply of stable, safe and low cost hydrogen for the fuel cell power generation and for the processing in the chemical, electronic, food, LED and metallurgy and pharmaceutical industries.
Green Hydrotec (GHT) was established in May 2000, to create on-site hydrogen production and purification applications as the starting point. The core technology in catalysis, combustion, material and reactor design for the development of on-site hydrogen production technology and facility to avoid expensive and risky hydrogen supply in compression, shipment and storage of high pressure for hydrogen supply.
In the last 20 years, GHT has developed three basic core technologies in the catalytic heating, the reformer design, hydrogen enhanced combustion. As of Feb 2021, 43 patents (19 patents maintenance) have been granted in the above related core technology. GHT provides unique onsite hydrogen technology and facility for the supply of stable, safe and low cost hydrogen for the fuel cell power generation and for the processing in the chemical, electronic, food, LED and metallurgy and pharmaceutical industries.
Quality Policy
- GHT is setting up a hydrogen energy development center with on-site production technologies and products, and the goal to provide lower costs and energy-saving carbon reduction services to customers.
- Knowledge as the foundation of its green technology and products, GHT strives for innovation in catalysis and material engineering.
- Our advantage is in providing our customers with high quality, dependable H2 generation solutions tailored to meet their process requirements.
- GHT is to grow from new products development for market, employee's pride and confidence, and shareholders support and satisfaction.
- GHT pledges with sincerity to make its earning from the products safety and customer satisfaction.
Schematic diagram of hydrogen fuel cell site
CORE TECHNOLOGY
Central to the GHT core technology and product development is the onsite production of hydrogen and the related technology, namely, compact in size, simple and safe in operation and high efficiency to save cost.
The operation heating is based on GHT’s proprietary oxidation catalyst, PBN for rapid start of combustion with fuel such methanol, hydrogen or other combustible compounds and air are brought into contact with the PBN catalyst, it start up rapid heating. GHT has used it to heat up all reactors; this enables the compacting of reactor size and the efficient transfer of heat to the catalyst bed and makes possible an 88-92% thermal efficiency of the reactor. That the capability of GHT to design various compact high efficient methanol reformers as hydrogen generators with different hydrogen quality and quantity to suit various needs constitutes GHT’s strength today in hydrogen technology and hydrogen product for marketing.
Central to the GHT core technology and product development is the onsite production of hydrogen and the related technology, namely, compact in size, simple and safe in operation and high efficiency to save cost.
The operation heating is based on GHT’s proprietary oxidation catalyst, PBN for rapid start of combustion with fuel such methanol, hydrogen or other combustible compounds and air are brought into contact with the PBN catalyst, it start up rapid heating. GHT has used it to heat up all reactors; this enables the compacting of reactor size and the efficient transfer of heat to the catalyst bed and makes possible an 88-92% thermal efficiency of the reactor. That the capability of GHT to design various compact high efficient methanol reformers as hydrogen generators with different hydrogen quality and quantity to suit various needs constitutes GHT’s strength today in hydrogen technology and hydrogen product for marketing.