Fracture-cavity type oil and gas reservoir natural driving energy three-dimensional simulation experiment set

Abstract

The invention discloses a fracture-cavity type oil and gas reservoir natural driving energy three-dimensional simulation experiment set. The experiment set is mainly composed of a cubic glass slot, and an oil and gas reservoir simulation unit, a water injection simulation unit, a gas injection simulation unit, an oil injection simulation unit, a data collecting simulation unit and an image collecting simulation unit which are respectively connected with the cubic glass slot. The oil and gas reservoir simulation unit comprises an oil and gas reservoir model and a shaft; the water injection simulation unit comprises a water tank, a water pump, a pressure bearing water tank, and a metal pipe; the gas injection simulation unit comprises an air compressor, a gas storage pot, an emptying valve, a draining filter and a cold dryer; the oil injection simulation unit comprises an oil tank, a pressure bearing oil tank, a metal pipe and an oil pump; the data collecting simulation unit comprises a flow meter and a pressure gage; a particle imaging testing system of the image collecting simulation unit is installed on a mobile slide rod at outside of the cubic glass slot. The fracture-cavity type oil and gas reservoir natural driving energy three-dimensional simulation experiment set is reasonable and visible in structural design, and can carry out the three-dimensional simulation experiment study of the oil and gas reservoir exploration under the function of complex natural energy.

Description

technical field [0001] The invention belongs to the field of geological oil and gas field engineering, and in particular relates to a three-dimensional simulation experiment device for natural driving energy of fracture-cavity oil and gas reservoirs. Background technique [0002] In the process of oil field development, the natural energy of oil and gas reservoirs is firstly used for development, so that the cost of oil and gas extraction can be reduced. Natural displacement energy can be roughly divided into five categories: water pressure drive, air pressure drive, elastic drive, dissolved gas drive and gravity drive. For fracture-vuggy reservoirs, hydraulic drive and elastic drive are mainly used. The main storage space of fractured-vuggy reservoirs is caves, fractures also have certain storage capacity and serve as the main flow channels, and the matrix basically has no storage and seepage capacity. The fractures and vugs in the reservoir are diverse in shape and rando...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the embodiments of the present invention is to provide a three-dimensional simulation experiment device for natural driving energy of fractured-vuggy oil and gas reservoirs, aiming at solving the problem that the existin

Images