In the current low-oil-price scenario, operators are under great pressure to decrease production costs and boost output.

The only long-term alternative for operators is to implement innovative technologies that improve efficiency, dependability, and minimize initial and operational costs.

StarTech Engineering & Oilfield Services meets this problem by offering unique technical solutions that safeguard and improve the operation of artificial lift systems.

Our collaboration with Oildynamics GmbH provides solutions that are specifically intended to operate in challenging situations with high gas and high solids.
They also have higher efficiency in more benign settings, lowering overall electricity use.

Oildynamics GmbH Artificial Lift Systems have a positive influence on our customers' environmental and economic sustainability.

Experienced exploration team use cutting-edge processing technology to:

Your key advantages

- Short delivery times: thanks to off-the-shelf components and pre-engineered design
- Tough and proven solution: large array of installations worldwide both, on-shore and off-shore
- Stress resistant technology: stable within harsh conditions with individual upgrades
- Tailor-made system: precisely customized for your needs
- Flexible head generation: multistage pump design allowing for any required combination of head and flow

Built to survive ESP systems

We deliver superior ESP systems than the competition because we understand how important it is for them to perform in hostile situations and under extreme conditions.

What was the end result? 100% reliable, best-in-class technologies built in Germany that simplify your work and help you produce more energy. They provide legendary service.
Turnkey is the key to your success.
ESP systems are the primary source of water production from deep-lying aquifers.

Water applications require high flow rates. As a result, our ESP systems come with a selection of customized speed designs that properly meet your pressure and production requirements. ESPs can be put in virtually every production well, regardless of depth, well inclination, or operational conditions.
Because of its adaptable architecture and wide range of technological improvements, such as induction and permanent magnet motors.