Underground storage of carbon dioxide and natural gas
One of the conference's main topics is the underground storage of gases, including carbon dioxide.
Carbon dioxide, as a greenhouse gas, causes the warming of the earth's atmosphere, one of the solutions to solve this problem is to absorb CO2 and turn it into a liquid at a specific temperature and pressure and inject it into underground reservoirs inside the formations within geological formations with appropriate porosity and impermeable layers around it. Depleted oil and gas reserves can be used for this purpose.
Today, natural gas is also stored underground. The underground storage of natural gas basically balances the gas flow in the pipeline network during different seasons. In fact, during periods of low demand, gas is injected into the ground, and during periods of peak demand, gas is withdrawn and consumed. As a result, daily and seasonal demand fluctuations are well managed, and the supply of gas will be proportional to the demand. Compressed natural gas is usually stored in depleted oil and natural gas reservoirs, underground aquifers, and salt dome formations.
One of the main topics of the first international conference on geoenergy and the fifth national petroleum geomechanics conference is the underground storage of carbon dioxide and natural gas.
Researchers are invited to send their articles in these fields to the first international geoenergy conference and the fifth petroleum geomechanics conference.
