Future energy development under the "double carbon" situation

Energy is an important material foundation for human activities, and chemistry is closely related to energy. Scientific and technological innovation is the only way to solve the future energy problem, and the creation and application of new chemical materials play a vital role in it. We will highlight important chemical science issues in the conversion, storage and utilization of energy in the future. We propose that: We will be in and will be in the long-term dependence on primary energy, the efficient and clean use of primary energy is the inevitable way in the future; Promoting the structural optimization among various primary energy sources is the future development direction. Chemical, chemical and material development is an important support for the efficient and clean use of primary energy. Functional mesoporous materials are a class of porous solids with a pore size of 2-50 nm. They not only possess unique properties such as high specific surface area, pore size and uniform and controllable pore volume, but also have broad application prospects in future energy and catalysis. In this lecture, we mainly introduce the recent progress in the research of molecular aggregate super-assembly regulation, oriented assembly controlled synthesis, and the creation of multilevel structural functional mesoporous materials. We will also show the applications of functional mesoporous materials in catalyst supports (heavy oil cracking), electrode materials for lithium-ion batteries, thermal insulation materials, dielectric materials and other fields.