Consider your options for artificial lift and plunger lift systems

It's time to take a look at the artificial lift options with plunger lift control systems. You know that placing artificial lift on your oil and gas wells are expensive, and cannot always be counted on to achieve optimal production. What if you could spend less on your output production for new wells, or replacement processes on existing wells, and get double or even triple the production on any well? What if the artificial lift options you choose with your plunger lift systems could make a well you thought dead continue to produce?

Plunger travel is normally provided by formation gas stored in the casing annulus during a shut-in period. As the well is opened and the tubing pressure allowed to decrease, the stored casing gas moves around the end of the tubing and pushes the plunger to the surface. This intermittent operation is repeated several times per day. Ferguson Beauregard can show you how plunger lift systems can optimize production.

Determine your best option for artificial lift

Once the pariah of artificial techniques, plunger lift systems are making a reputation as an inexpensive, effective way to optimize well production. The plunger control systems production experts at Ferguson Beauregard have taken time to study these operations, even as they work to develop better, more convenient implementation.

New reputation for plunger lift control systems.

There are a few constraints involved in deciding whether an artificial lift is right for your wells. However, you stand to benefit from increased production and maintenance liberation provided by the best controllers on wells where the current process is not optimizing production, or wells that require constant monitoring and adjusting to produce consistently. Ferguson Beauregard's products have a ruggedized structure that use an auto cycle algorithm and the latest electronic hardware to constantly monitor and adjust to ever-changing production variables.

Functionally, it provides a mechanical interface between the produced liquids and gas. Using the well's own energy, liquids are pushed to the surface by the movement of a free-traveling piston traveling from the bottom of the well to the surface. This mechanical interface eliminates liquid fallback, thus boosting the well's efficiency. In turn, the reduction of average flowing bottom hole pressure increases inflow.

You can't escape problems. Competition. Market fluctuations. Government regulations. They complicate business, occupy time and impede progress. While Ferguson Beauregard can't solve all your problems, they can relieve output worries. Their time proven, cost effective technology has repeatedly reversed the declining trends of problem oil and gas wells.

Not only does Ferguson Beauregard provide immediate results, they offer profitable means to produce these wells to economic depletion. With the aid of constantly evolving technology, Ferguson Beauregard can show you how to achieve the same type of success with entire fields, regardless of the distance covered or the number of wells involved. Their goal is to give you the very best in service, innovation and solutions.


Ferguson Beauregard - New Intelligence In Problem Solving.

Ferguson Beauregard can offer you:

• Commitment to share knowledge and continue research and development
• Experience as an innovator in oil and gas production technology
• Flexibility to develop customized solutions for specific needs
• Foresight to recommend systems that are easy to maintain and update
• Practicality to build systems that offer immediate return on investment