Progress in the development and application of porous carbon energy storage material

At present, the conventional process for the preparation of activated carbon activated carbon manufactured relatively small specific surface area, pore size distribution less, greatly limited the development of high-performance energy storage device. Thus, renewable biomass material prepared by high specific surface area, developed porosity of the carbon material become a hot topic. Here are the Yin Xiao Bian set of network development and application of the latest progress of porous carbon energy storage materials. It is understood that activated carbon currently used conventional process for the preparation of activated carbon manufacture, a relatively small surface area, small pore size distribution, greatly limit the development of high performance energy storage device. Thus, renewable biomass material prepared by high specific surface area, developed porosity of the carbon material become a hot topic. 多孔碳储能材料的研发进展与应用 This new activated carbon materials are not only displayed in the electric double layer supercapacitors outstanding performance in the negative electrode in lithium-ion batteries also have good performance; while also as a base composite oxides with other metals, higher performance Preparation the energy storage materials. This study of the seagrass multilevel pore structure of the carbon airgel material made important progress in the application of energy storage devices, relevant research results to \”Prolifera-Green-Tide as Sustainable Source for CarbonaceousAerogels with Hierarchical Pore to Achieve Multiple Energy Storage \”in the title, published in the top international journal\” Advanced Functional Materials \”(DOI: 10.1002 / adfm.201603933), impact factor of 11.382. Develop and manufacture low-cost, environmentally friendly energy storage materials have a profound effect on energy development and utilization, and environmental protection. The study provides not only to solve the pollution problem enteromorpha a way, and found a greener path of development and application of porous carbon energy storage materials, production is expected to be applied to new areas of new energy vehicles and smart grid . Professor Yang Dongjiang team and professor of Environmental Science and Engineering, Peking University, Qingdao Guoshao Jun cooperation in marine pollutants \”seagrass\” for raw materials, make full use of hollow tubular structure \”seagrass\” in the preparation of airgel process by introducing, improve carbonization, the activated preparation process, the success of the preparation of a high specific surfaceProduct, rich in micropore, mesopore, three kinds of activated carbon material macroporous pore structure. This new activated carbon materials are not only displayed in the electric double layer supercapacitors outstanding performance in the negative electrode in lithium-ion batteries also have good performance; while also higher as the substrate and the other metal oxide composite, the performance of the storage preparation material. This study of the seagrass multilevel pore structure of the carbon airgel material made important progress in the application of energy storage devices, relevant research results to \”Prolifera-Green-Tide as Sustainable Source for CarbonaceousAerogels with Hierarchical Pore to Achieve Multiple Energy Storage \”in the title, published in the top international journal\” Advanced Functional Materials \”(DOI: 10.1002 / adfm.201603933), impact factor of 11.382. Develop and manufacture low-cost, environmentally friendly energy storage materials have a profound effect on energy development and utilization, and environmental protection. The study provides not only to solve the pollution problem enteromorpha a way, and found a greener path of development and application of porous carbon energy storage materials, production is expected to be applied to new areas of new energy vehicles and smart grid .

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