SLB launches two artificial lift technologies for U.S. land operations to cut equipment wear and boost production efficiency

SLB just dropped two new artificial lift technologies for U.S. land operations: the Harbison-Fischer Deka diamond-coated rod pump barrel and the Synthetix hydraulic gas lift system. Each one targets a different headache—mechanical wear in rod-pumped wells, and the struggle to keep gas lift optimized as well conditions shift—without forcing operators to run expensive downhole interventions every time something changes.

SLB introduces Deka and Synthetix for U.S. land operations

These two launches tackle different problems, but they’re chasing the same outcome: wells that produce longer with fewer interruptions.

The Harbison-Fischer Deka technology zeroes in on the rod pump barrel—a component that takes a serious beating in abrasive and corrosive environments. SLB applies a proprietary diamond-based coating to the barrel surface, targeting the wear that accumulates where barrel and plunger make contact. That friction is a primary reason rod pump equipment degrades and needs replacing ahead of schedule.

Together, Deka and Synthetix expand SLB’s existing artificial lift portfolio by filling two gaps the company had identified as persistent pain points for U.S.

Synthetix works differently. It’s a hydraulically actuated gas lift solution that lets operators adjust injection parameters and switch between annular and tubing flow configurations from the surface, in real time. Both technologies are aimed at mature and mechanically demanding wells—exactly the environments where standard equipment has historically struggled.

Why the technologies were developed: Persistent wear and control challenges

Rod pump barrels in abrasive or corrosive wells wear down faster than those in cleaner environments. Friction between barrel and plunger gradually degrades both components, shortening equipment life and triggering more frequent replacements. In high-volume land operations, that cycle adds up fast.

Gas lift systems face a different kind of problem. As well conditions shift—pressure drops, fluid composition changes, production rates decline—operators need to adjust gas injection parameters to stay efficient. With conventional systems, that usually means sending a slickline crew downhole or scheduling a workover. Neither option is cheap or quick.

Mature and low-pressure wells make both problems worse. They’re already running closer to their limits, so any inefficiency in lift performance or an unexpected equipment failure hits harder. SLB identified these as two separate but complementary gaps—one at the material level, one at the control level—and built Deka and Synthetix to address each directly.

How each technology works and what field results show

Deka’s diamond-based coating delivers up to 90% greater hardness than conventional barrel coatings, according to SLB‘s testing. That’s a meaningful jump. Greater hardness means the barrel surface resists abrasion more effectively, slowing wear at the barrel-plunger interface. The practical result: longer equipment life, fewer replacement cycles, fewer interventions tied to pump failures.

The Synthetix system takes a hydraulic approach to downhole control. Operators can change gas lift parameters from the surface using hydraulically actuated valves—no need to run slickline or schedule a workover every time conditions shift. Switching between annular and tubing flow configurations is also possible without going downhole.

Worth flagging: Synthetix doesn’t require any downhole electrical infrastructure. That sets it apart from electrically controlled gas lift systems, which add complexity and potential failure points underground. The hydraulic architecture keeps things simpler and more robust—a deliberate design choice for harsh well environments.

Field results back up the intent. Deployments of the Synthetix system have recorded production efficiency improvements of 10% to 20%, including in mature and low-pressure wells—the environments where optimization is hardest and the payoff matters most.

Context: Artificial lift’s role in U.S. oil and gas production

Artificial lift is a fact of life in U.S. onshore oil and gas. As reservoir pressure declines in maturing fields, wells need help moving fluids to the surface—either through mechanical lift like rod pumps, or through gas injection, which is what gas lift systems provide. Both are widely used across U.S. land operations.

The economics come down to two things: how long equipment lasts and how often operators have to intervene. Every workover or slickline run costs time and money. Every premature pump failure means lost production. So anything that extends equipment life or reduces the need for downhole interventions carries direct commercial value.

That’s the context SLB is working in with these launches. As Josh Jones, VP Production Systems North America Land at SLB, put it: “Deka technology addresses wear at the material level, while the Synthetix system enables operators to adjust gas lift performance from the surface without an intervention. Together, they provide two different approaches to improving production reliability and operating efficiency.”

What these launches mean for operators

Together, Deka and Synthetix expand SLB’s existing artificial lift portfolio by filling two gaps the company had identified as persistent pain points for U.S. land operators.

Deka targets the mechanical side—specifically, the wear that shortens rod pump barrel life in tough well environments. Its diamond-based coating offers up to 90% greater hardness than conventional alternatives, with the goal of reducing replacement frequency and the interventions that come with it.

Synthetix targets the operational side. Operators get real-time, surface-level control over gas lift parameters without requiring downhole electrical systems or intervention crews. Field deployments have shown efficiency gains of 10% to 20%, particularly in mature and low-pressure wells.

Both technologies are now available for U.S. land operations. For operators managing aging wells or high-intervention workloads, they represent two practical tools aimed at the same underlying goal: more production, less downtime, lower costs per barrel.

Kelly Lippke

Kelly is an experienced writer with 15 years of experience exploring the big stories that shape our world, from tech breakthroughs and space exploration to climate, energy, and the fascinating quirks of science. She has a talent for turning complex ideas into sharp, memorable insights that stay with readers long after they’ve finished reading.