[main content]
Natural gas hydrate has strong gas storage capacity and mild storage conditions, and is the most potential natural gas storage and transportation medium in deep-sea areas. In view of the current hydrate synthesis technology, it is difficult to break through the bottleneck of slow generation rate and low gas storage density. Methods for improving hydrate formation efficiency and gas storage capacity in ordered porous material systems. The evolution and control mechanism of hydrate nucleation-growth in porous material microchannels is studied based on molecular simulation, the pore structure and surface properties of ordered porous materials are optimized, and the structure-activity relationship of ordered porous material systems with high thermal conductivity is explored, so as to construct a hydrate rapid A reaction system is generated to form a control method for the rapid generation of hydrate.