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Multi functional reservoir sensitivity flow evaluation instrument

NegotiableUpdate on 05/06
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Overview

Introduction to Reservoir Sensitivity Flow Evaluation Instrument: The HKY-3 instrument can conduct the following research under simulated formation pressure and temperature conditions: 1 Reservoir sensitivity evaluation experiments: including velocity sensitivity, water sensitivity, salt sensitivity, acid sensitivity, alkali sensitivity, and stress sensitivity experiments. 2. Evaluation experiment of water lock damage caused by water lock effect: It can accurately determine the gas phase permeability values of reservoir rock samples before and after being contaminated by drilling fluid or other media. Evaluate the damage caused by different drilling fluid systems to low-permeability gas reservoirs. The instrument can achieve measurements of gas and liquid permeability in rock cores, reverse injection of fluids into the well, determination of damage rate, gas-liquid separation, and other functions

Product Details

Multi functional reservoir sensitivity flow evaluation instrumentEquipment Introduction: The HKY-3 instrument can conduct the following research under simulated formation pressure and temperature conditions: 1 Reservoir sensitivity evaluation experiments: including velocity sensitivity, water sensitivity, salt sensitivity, acid sensitivity, alkali sensitivity, and stress sensitivity experiments. 2. Evaluation experiment of water lock damage caused by water lock effect: It can accurately determine the gas phase permeability values of reservoir rock samples before and after being contaminated by drilling fluid or other media. Evaluate the damage caused by different drilling fluid systems to low-permeability gas reservoirs. The instrument can achieve functions such as rock core gas and liquid permeability measurement, reverse injection of fluid into the well, damage rate measurement, gas-liquid separation, etc. It is controlled by a microcomputer, operated automatically, and has a Chinese interface. Compliant with SY/T5358-2010 "Evaluation Method for Reservoir Sensitivity Flow Test" Technical Parameter Number Project Name Unit Parameter 1 Ring Pressure Mpa 110 2 Displacement Pressure MPa 0-100 3 High Pressure Gas Reduction Range MPa 0-50 4 Low Pressure Gas Reduction Range MPa 0-1 5 Pressure Test Accuracy% F · S 0.1 6 Flow Range ml/min 0.01-25 7 Working Temperature ℃ Normal Temperature -180 ± 1.8 Core Specification mm? 25 × 25-100 (optional other specifications) 9 power supply voltage V 380 10 total power KW 8