Pressure Pumping and Stimulation

Our continuous pumping stimulation systems isolate and stimulate multiple stages in a single continuous operation. These systems cemented and uncemented can be used in vertical deviated, and horizontal wells.

Well stimulation involves pumping varying volumes of specially formulated acid blends or solvent solutions into producing oil or gas formations to remove damaging materials and sediments, or to dissolve portion s of the producing formation, in order to increase the production of hydrocarbons. With our pre s sure pumping services, we put the best into your wells so you get the most out of your wells.

Stimulation Fluids:

Specially formulated fluids are used as stimulation treatments. These fluids can include acid blends, solvent solutions, or proppants (solid materials) used in hydraulic fracturing. The choice of fluid depends on the characteristics of the reservoir and the specific objectives of the stimulation job.

Isolation and Stimulation of Multiple Stages:

In many cases, reservoir formations have multiple zones that need to be stimulated independently. Continuous pumping stimulation systems allow operators to isolate and stimulate multiple stages in a single, continuous operation. This saves time and increases operational efficiency.

Types of Wells:

Pressure pumping can be applied to various types of wells, including vertical, deviated, and horizontal wells. Horizontal wells, in particular, have become increasingly popular due to their ability to access more extensive reservoir areas, leading to higher production potential.

Cemented and Uncemented Wells:

In some cases, the wellbore may be cemented to stabilize the well. In others, it remains uncemented. Pressure pumping techniques are adaptable to both types of wells, allowing for effective stimulation regardless of the well construction.

Stimulation Objectives:

The primary objective of well stimulation is to remove damaging materials, sediments, or scale deposits that may have accumulated in the reservoir or wellbore over time. Additionally, stimulation can involve dissolving portions of the producing formation to create more permeability and connectivity for hydrocarbons to flow into the wellbore.