The natural gas hydrate synthesis and decomposition simulation device is an experimental apparatus used to study the formation and decomposition mechanisms of natural gas hydrates (flammable ice) under specific temperature and pressure conditions, as well as their development technologies. This system can simulate and analyze the formation and decomposition of natural gas hydrates in seawater and real seabed sediments, providing important guidance for the reserves and exploration of seabed natural gas hydrates.

Main Technical Parameters

1. Hydrate Reactor: Volume 2000ml, pressure resistance 20MPa, with stirrer, with viewing window, reactor material: 316L
2. Operating Temperature: -20~80℃, Temperature Control Accuracy: ±0.2℃;
3. Device Material (excluding device frame and control box): ICr18Ni9Ti stainless steel
4. PID Pressure Control System: For constant pressure generation and constant pressure decomposition, pressure control accuracy: ±0.02MPa; pressure measurement accuracy: 0.13%
5. Valve Pressure Resistance: 50MPa