Method for calculation and control of parameters of the cluster pumping station with autonomous power supply and thermal water-gas impact on the reservoir

Abstract

An increase in the oil recovery rate is a crucial problem for the national energy industry. This paper discusses improvement of energy production and management of technical systems through the use of exhaust gases of internal combustion engines. To implement this method, a cluster pumping station (CPS) with an autonomous power supply, thermal and water-gas impact on the formation was used. The article considers water saturation with carbon dioxide and its heating to increase oil recovery and prevent harmful combustion products from being released into the atmosphere. All the associated gases enter the heat engine turning mechanical energy into electrical one. Exhaust gases released from the heat engine are not emitted into the atmosphere. Using a smoke exhauster, they enter the mixing heat exchanger. In the mixing heat exchanger, water is heated and saturated with carbon dioxide. Then it enters the well which increases oil recovery, prevents air pollution and reduces greenhouse gas emissions.