Application Engineering Services

Applications engineering is all about ensuring you get the right solution for your situation.

Our staff can provide you science based recommendations to help you solve problems that range from “which plunger should I choose” to “which gas lift valves are open and closed in my well” to “how should I complete or operate my well?”

Plunger Selection and Gas Lift Analysis:

Field Staff

Lean on our field staff, field experience, & understanding of how our tools operate. 

Eliminate 80% of the experimentation & take the guess work out of plunger selection as well as gas-lift optimization and troubleshooting.  Allow our field staff to help guide your plunger selection dependent on your flow parameters & our knowledge of how our tools are engineered.  Our field staff can provide hands-on reviews of plunger lift and gas lift wells.  Provide us your basic well performance information on a plunger lift optimization form, or a gas lift optimization form and let us show you how to get the most out of your well.

Engineered Evaluations

More than just a plunger selection or a gas-lift design; the standard you can trust. 

Staff production engineers can evaluate your well from a number of different angles.  We can help you identify if & when your well is liquid loaded.  We can help you decide how best to unload your loaded well.  We can help you determine the best form of artificial lift for your well.

Whether your well is just an artificial lift candidate, or is already actively plunger lifted or gas lifted; we can also help you design your completion to best maximize your Free Cash Flow & minimize your Lease Operating Expenses (LOE).  Our engineering evaluation services provide you a written report summarizing our recommendations that you can save for posterity. These recommendations can include whether gas lift, PAGL, plunger lift, or GAPL is a suitable artificial lift option; how best to configure your well for artificial lift; what systems we suggest you choose; & how best to operate those artificial lift systems.