Estis Compression uses innovative application engineering, precision manufacturing and reliable field service to help customers transform production KPIs and help each well deliver to its fullest potential. This means both designing and building state-of-the-art, high-quality compressor packages and putting responsive experts in place to keep customers running strong.
Estis Compression is one of the industry's leading experts on well pad compression—helping operators maximize uptime, production and profits. This includes not only providing application engineering expertise, but also field compressor sales, lease, installation, service, maintenance and consultation.
Because we both build and maintain these systems, we're able to use our extensive field experience to continually make high-impact design refinements—meaning our hardware only gets better over time. We’re also able to use our OEM-level understanding of the equipment to keep systems running at peak performance in the field.
Our exclusive focus on well pad compression, and end-to-end capabilities, allow us to deliver the perfect configuration for any operating condition. Estis customers get reliable equipment engineered for optimum uptime, and 24/7 coverage from talented technicians who troubleshoot and resolve problems on the spot.
From the Permian to the Marcellus and everywhere in between—Estis Compression is built for the field.
High-Pressure Gas Lift (HPGL) is an artificial lift methodology that replaces failure-prone downhole ESPs with special surface compression equipment. High-pressure line gas is injected down the tubing and deep into the well, producing up the annulus. This means that 100 percent of the lift system is on the surface.
Estis Compression’s contract services let you deploy state-of-the-art compression without the CAPEX or maintenance hassle. We engineered and built this equipment—so we know how to keep it running strong. And since we also run it in the field, we continually suggest refinements in design, materials, technologies, etc. that make each iteration of equipment more field-ready than the last.