TECHNOLOGY BACKGROUND

Hydrogen energy application mainly includes hydrogen production, hydrogen storage, hydrogen transportation and hydrogen consumption, among which hydrogen storage and transportation is the pain point of the industry; Metal solid hydrogen storage technology can solve the problems of high hydrogen storage cost, high technical requirements, high risk and difficult transportation, and provide a low-cost, stable, sustainable and high-purity hydrogen source. It is a common key technology for hydrogen energy utilization.

The introduction of Canadian magnesium based metal solid-state hydrogen storage products and equipment has overcome the industry pain points of high-pressure gaseous and low-temperature liquid hydrogen storage and transportation. With the characteristics of high safety, large-scale, long-distance and low cost, it is a leading, disruptive and revolutionary global leading technology. It has a set of magnesium hydride production line with an annual output of 100 tons and a hydrogen storage equipment manufacturing line, which is the first in the world in the LMF region of France. At present, the company is actively promoting the implementation of a full set of production lines, technology transfer and market application in China.

FEATURES

Low energy consumption: the production process of magnesium hydride hydrogen storage material has extremely low energy consumption and does not produce solid, liquid and gas by-products.

Pollution-free: after being scrapped as a hydrogen storage material, magnesium hydride can be used as a high-quality reductant in iron and steel desulfurization or other fields without secondary pollution, realizing zero emission and zero pollution throughout the product life cycle.

High hydrogen storage capacity: under the same volume, the hydrogen storage capacity is 1.5 times that of liquid hydrogen.

Safer: metal hydrogen storage realizes solid hydrogen storage at normal temperature and low pressure, which is safer