Dongfang Power Energy Construction has successfully developed the "Carbon Capture Block CarbonBox", and the largest DAC device in Asia has passed the verification!
preface
In recent years, global climate change has become increasingly serious, and countries are also actively responding to climate change, putting forward a series of emission reduction targets and action plans. In this context, low-carbon technology and clean energy have become the focus of global attention, and carbon dioxide capture technology (DAC) has attracted much attention as an important negative emission technology.
Recently, an exciting news came, Dongfang Power Energy Construction Group announced that its joint research and development with Shanghai Jiao Tong University "carbon capture block CarbonBox" successfully passed the 100-ton module full load reliability operation verification, this device is the largest annual 600-ton DAC device in Asia, marking the group has made an important breakthrough in the field of carbon dioxide capture technology.
1. CarbonBox has successfully passed the full-load reliability operation verification of 100-ton modules
"Carbon Capture CarbonBox" is a DAC device jointly developed by Dongfang Power Energy Construction Group and Shanghai Jiao Tong University, which can efficiently capture carbon dioxide in the air, and has the ability to output different concentrations of carbon dioxide, and its annual capture scale can reach one million tons, which has great application potential.
The successful completion of the "CarbonBox" verification of full-load reliability operation of 100-ton modules means that the device has the foundation for industrial application, can provide efficient carbon dioxide capture solutions for various industries, and provide strong support for achieving the goal of carbon neutrality.
In the current context of rising global greenhouse gas emissions, the efficient capture capacity of the "Carbon Box" is of great significance for global emission reduction, which can provide technical support for countries to achieve emission reduction targets, and can also provide strong support for the emission reduction work of high-emission industries.
Second, the application prospect of DAC technology is broad
As an important negative emission technology, DAC technology can directly capture carbon dioxide from the air, and compared with traditional carbon capture technology, DAC technology can be deployed in various scenarios more flexibly and has a very broad application prospect.
In the future, we can explore the application of "CarbonBox" in other industrial fields, especially the integration of high-emission industries, and by combining DAC technology with other emission reduction technologies, we can achieve more comprehensive emission reductions for these industries and promote their green and low-carbon development.
DAC technology should be considered to be promoted globally to meet the challenges brought about by climate change, although countries have made certain efforts in emission reduction work, but there are still great challenges to achieve global emission reduction targets, and DAC technology can provide countries with a new way of thinking about emission reduction, which will help promote greater progress in global emission reduction work.
The commercial application of this technology may promote the further development of the low-carbon energy market, and at present, countries have increased their support for clean energy in the energy transition, and DAC technology can provide strong support for the clean energy transition, and can provide carbon dioxide emission reduction solutions for the large-scale application of clean energy, thereby promoting the further development of the clean energy market.
3. Technological breakthroughs promote industrial upgrading
The successful verification of "CarbonBox" marks an important breakthrough in the field of DAC technology, which is inseparable from the continuous investment and policy support of the eastern country in scientific and technological innovation, as well as the close cooperation between enterprises and universities and scientific research institutes.
In the future, the R&D and promotion of DAC technology should be further strengthened, and the "Carbon Capture CarbonBox" can be modularly improved to improve its adaptability and efficiency to meet the needs of different regions, and the deep integration of DAC technology with other fields can also be explored, so as to provide more possibilities for the green development of various industries.
It is believed that with the continuous breakthrough of technology, DAC technology will usher in a broader development space in the future, and will also provide important support for the realization of global sustainable development goals.
epilogue
"Carbon Capture Block CarbonBox" has successfully passed the full load reliability operation verification of 100-ton modules, which has injected a shot of strength into the global climate governance work, and also provided more possibilities for countries to achieve the goal of carbon neutrality.