02 / Technology portfolio
Purpose-engineered technologies for demanding upstream service.
Nine technology areas, each developed around a specific operating bottleneck rather than a catalogue category. Select any to see what it does.
Isolated, non-isolated and compact cyclonic desanders; desilters; debris and fine-solid removal for high-rate and high-consequence streams.
De-oiling, solids polishing, filtration and sour-water treatment solutions for disposal, reinjection and closed-loop operations.
Erosion-resistant chokes and commingled-well control architectures that hold up under solids-laden flow.
Automated live flush and real-time sand accumulation monitoring, reducing manual intervention at the wellsite.
Small-footprint gas-liquid separation engineered for multiphase pumping and burner applications.
Direct handling of gas-liquid effluent to simplify well-test and flowback layouts.
Air-cooled heat-exchanger packages for well-fluid and dewatering duties.
Process solutions supporting reinjection and reduced flaring.
Application-specific combinations developed around the operating problem, not a fixed catalogue box.
Produced water — inlet to treated outlet
Produced water
Measurable treatment performance
De-oiling, solids polishing, filtration and sour-water treatment — engineered for disposal, reinjection and closed-loop operations where water handling drives cost.
Equipment is selected against the actual fluid, solids loading and operating envelope rather than a nominal rating.
Integrated field solutions
Designed to work as systems
Reducing footprint, manpower intervention and unnecessary process equipment across six common field scenarios.
Milling & flowback
High-capacity sand capture, multiple desander configurations and real-time weight monitoring for large sand slugs.
Commingled production
Common choke architecture, compact desanding and automated live flush for multi-well pads.
Closed-loop water
Solids, hydrocarbon and H2S treatment to reduce water disposal during CT operations.
Mobile produced water
De-oiling and fine-solids polishing for disposal or reinjection.
Simplified well test
MPFM and multiphase burner concept to reduce separator, tank, pump and manifold requirements where applicable.
Reduced flaring
Compact separation and multiphase pumping concepts supporting hydrocarbon reinjection.
Next step
Let’s engineer the next field solution.
Tell us the well conditions and the constraint you are working against. We will come back with an equipment architecture, not a catalogue page.