Toshiba Corporation of Japan and Toshiba Ceramics have developed a new type of ceramic material lithium silicate for absorbing CO2. The two companies claim that the new material absorbs CO2 more than other ceramic materials, and the material can absorb CO2 at room temperature.
The CO2 absorption rate of lithium silicate is 30 times faster than that of aluminum zirconate and zirconium transition metal oxide precursors. At a CO2 concentration of 20% and a temperature of 500C, 1 gram of lithium silicate can absorb 62 milligrams of CO2 per minute, while existing ceramic materials can only absorb 1.8 milligrams of CO2 per minute.
Toshiba said that lithium silicate is seen as a milestone towards the development of a lightweight, low-cost ceramic material with high absorption rate, which can absorb CO2 at room temperature, indicating that the material is reducing CO2 emissions and such as air cleaning. Industrial products such as pharmaceuticals have a variety of uses. In addition, silica, the main component of lithium silicate, is 85% cheaper than zirconium.
A Toshiba company’s researcher said that the results of this study will help solve global warming issues and strengthen the company’s environmental protection activities. At present, the company is conducting application development and hopes to launch the market in the near future.
The CO2 absorption rate of lithium silicate is 30 times faster than that of aluminum zirconate and zirconium transition metal oxide precursors. At a CO2 concentration of 20% and a temperature of 500C, 1 gram of lithium silicate can absorb 62 milligrams of CO2 per minute, while existing ceramic materials can only absorb 1.8 milligrams of CO2 per minute.
Toshiba said that lithium silicate is seen as a milestone towards the development of a lightweight, low-cost ceramic material with high absorption rate, which can absorb CO2 at room temperature, indicating that the material is reducing CO2 emissions and such as air cleaning. Industrial products such as pharmaceuticals have a variety of uses. In addition, silica, the main component of lithium silicate, is 85% cheaper than zirconium.
A Toshiba company’s researcher said that the results of this study will help solve global warming issues and strengthen the company’s environmental protection activities. At present, the company is conducting application development and hopes to launch the market in the near future.
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