International Science and Technology Journal

Lift-gas volume and pressure have a vital influence on the gas lift performance. Production will increase as a function of lift-gas volume until a point of maximum production is reached. Adding further quantities of gas beyond this point will decrease productivity as a result of the dominance of friction pressure. In this paper, smart gas lift valve which allow the port size of the gas lift valve to be remotely adjusted from the surface used computer program to determination of gas passage through the valve in order to distil real time data on gas lift valve, on their turn these data are finally used for implementing conscious and forward looking control actions, ultimate results are improved production profitability due to increase production rate, decrease operations cost, develop availability. Furthermore, The results shows that smart gas lift valve can be used to control the amount of gas injection from down hole that leads to improve tubing well head pressure, enhanced well production.