Clean Energy
Hydrogen energy is the cleanest energy source in the world, with water after combustion. It has the following characteristics: light weight, best thermal conductivity, automatic regeneration, high heating value, and high ignition point. Hydrogen energy is a green and efficient secondary energy source. Although it is not yet widely used and is not as well-known as electricity, it has unparalleled characteristics compared to all known energy sources and will soon become an inevitable choice to solve future energy problems in human society. It is the future star of the energy field and is also known as the "ultimate energy" by industry experts.
Hydrogen, as an ideal clean energy source, is known as the most promising secondary energy source in the 21st century. It helps to solve energy crises, global warming, and environmental pollution, and its development and utilization have received high attention worldwide. However, the development of the hydrogen energy industry has been constrained by bottlenecks such as cost, storage, and transportation
Zhonglin International Group has explored a new technology for safe hydrogen storage and designed a special organic compound using quantum chemistry and structural chemistry theory. It is liquid at room temperature and pressure and can react with gaseous hydrogen under mild conditions through a catalyst. Hydrogen exists in the form of atoms in the organic compound - hydrogen oil. When hydrogen is needed, the hydrogenation reaction of hydrogen oil can be reversed under certain temperature conditions, continuously and rapidly releasing gaseous hydrogen gas.
Zhonglin International Group aims to promote hydrogen energy projects, negotiate and introduce the latest hydrogen energy technologies, provide technical support for the group's strategic development planning, investment and financing, finance and other services, and achieve the trend of "gathering hydrogen energy from all over the world, forging a hydrogen valley in the Greater Bay Area".
Self-own patented technologies:
1. Hydrogen production technology through hydrocarbon conversion
2. Hydrogen gas produced by the production of carbon nanotubes from methane
3. Hydrogen gas produced by pyrolysis gasification
4. Liquid hydrogen storage (hydrogen oil)
Collaborative technology: 1. Hydrogen fuel cells 2. Distributed hydrogen refueling stations