Applications

Energy Storage Materials

Hydride, as a hydrogen/energy carrier, is a research object that has long been the focus of researchers in the field of materials science on hydrogen and heat storage materials. Some characteristics of hydrides have conductivity and can serve as potential solid electrolytes. At the same time, hydrid
Dye Industry

Hydride, as a hydrogen/energy carrier, is a research object that has long been the focus of researchers in the field of materials science on hydrogen and heat storage materials. Some characteristics of hydrides have conductivity and can serve as potential solid electrolytes. At the same time, hydrid
Pesticide Industry

Hydride, as a hydrogen/energy carrier, is a research object that has long been the focus of researchers in the field of materials science on hydrogen and heat storage materials. Some characteristics of hydrides have conductivity and can serve as potential solid electrolytes. At the same time, hydrid
Steel And Metallurgy Industry

Hydride, as a hydrogen/energy carrier, is a research object that has long been the focus of researchers in the field of materials science on hydrogen and heat storage materials. Some characteristics of hydrides have conductivity and can serve as potential solid electrolytes. At the same time, hydrid
Food Industry

Hydride, as a hydrogen/energy carrier, is a research object that has long been the focus of researchers in the field of materials science on hydrogen and heat storage materials. Some characteristics of hydrides have conductivity and can serve as potential solid electrolytes. At the same time, hydrid
Aerospace

Hydride, as a hydrogen/energy carrier, is a research object that has long been the focus of researchers in the field of materials science on hydrogen and heat storage materials. Some characteristics of hydrides have conductivity and can serve as potential solid electrolytes. At the same time, hydrid
Synthetic Chemistry

Hydride, as a hydrogen/energy carrier, is a research object that has long been the focus of researchers in the field of materials science on hydrogen and heat storage materials. Some characteristics of hydrides have conductivity and can serve as potential solid electrolytes. At the same time, hydrid
New Energy Vehicles

Hydride, as a hydrogen/energy carrier, is a research object that has long been the focus of researchers in the field of materials science on hydrogen and heat storage materials. Some characteristics of hydrides have conductivity and can serve as potential solid electrolytes. At the same time, hydrid
Electronics Industry

Hydride, as a hydrogen/energy carrier, is a research object that has long been the focus of researchers in the field of materials science on hydrogen and heat storage materials. Some characteristics of hydrides have conductivity and can serve as potential solid electrolytes. At the same time, hydrid
The Pharmaceutical Industry

Hydride, as a hydrogen/energy carrier, is a research object that has long been the focus of researchers in the field of materials science on hydrogen and heat storage materials. Some characteristics of hydrides have conductivity and can serve as potential solid electrolytes. At the same time, hydrid

Energy Storage Materials

Views: 0 Author: Site Editor Publish Time: 2023-09-07 Origin: Site

Hydride, as a hydrogen/energy carrier, is a research object that has long been the focus of researchers in the field of materials science on hydrogen and heat storage materials. Some characteristics of hydrides have conductivity and can serve as potential solid electrolytes. At the same time, hydrides have stability and reliability, as well as good ion storage and release capabilities, making energy storage easier.

Lithium borohydride, lithium aluminum deuteride, lithium tri-butylborohydride, lithium hydride, low nitrogen calcium hydride, and other products can all be used as hydrogen storage materials, absorbing and releasing hydrogen gas, for the research and development of efficient hydrogen storage materials and the preparation of chemical energy storage systems. These systems can be used to store renewable energy such as solar and wind energy, in order to release energy when needed.

Meanwhile, due to its high hydrogen capacity, tri-secondary butyl lithium borohydride is also commonly used for blending or composite with metal hydrides for research and development of high-capacity hydrogen storage materials.

Lithium borohydride can also serve as a hydrogen source in fuel cells, producing hydrogen gas through reaction with hydrogen gas to supply the fuel cell system. Provide renewable and efficient energy supply.

In some special electronic processes, calcium hydride can serve as the source of hydrogen gas. Lithium chloride can be used as a mediator material in the nuclear fuel cycle and storage process.