In 2018, China's leading manufacturer of mesoporous nano alumina materials with high specific surface area: NMZQ Hydrogen Energy Technology Group's research team successfully developed active solid hydrogen materials with independent intellectual property rights and new mesoporous nano aluminum oxide technologies.
On August 7, 2021, Hay Think learned from NMZQ that China’s first 1,000-ton/year mesoporous alumina production project independently developed by the company has officially realized commercial production. According to Dr. Li, CTO of NMZQ, after the project is completed, it can produce 660,000 standard cubic meters of hydrogen per year, and about 2,240 standard cubic meters of hydrogen per day.
After decades of concentrated research and development, the NMZQ scientific research team has successfully developed active solid hydrogen materials with independent intellectual property rights and new mesoporous nano aluminum oxide technologies. This core technology has successfully solved the two major global problems of hydrogen storage and transportation.
In the 1,000 tons/year mesoporous alumina production project, NMZQ adopts the aluminum-hydrogen energy concept and applies a patented special process. After the active solid hydrogen material reacts with pure water through a unique core technology material, it is purified by cooling, drying and molecular sieve filtration. , And finally produce high-purity hydrogen.
Dr. Li said: "The mesoporous nano aluminum oxide material we produce has a large hydrogen storage capacity. Each gram of material can store 1.2-1.5 liters of hydrogen, which is cost-effective. Using our materials to produce hydrogen can achieve self-regulation of hydrogen production costs. , It can be used as soon as it is produced, and the purity of the hydrogen produced is as high as 99.99% or more, without secondary purification, which can effectively solve the cost problem of the downstream use of the hydrogen chain."
The mesoporous nano aluminum oxide material produced by using NMZQ's patented special process has the advantages of high purity, large specific surface area, high reactivity, small average particle size, and narrow particle size distribution. It is used in heterogeneous catalysis, separation and purification, and drug storage. It has broad application prospects in many fields such as release, sensor manufacturing, membrane material application, adsorption (exhaust gas treatment, sewage treatment), and acoustics.
The mesoporous nano alumina produced in batches by NMZQ has excellent characteristics such as high purity, high specific surface area, and high porosity, and has broad application prospects in the fields of catalysis and adsorption.