With comprehensive in-house equipment design capabilities, we provide a complete service offering — from process simulation through to fully delivered equipment, supplied as stand-alone units, skid-mounted packages, or fully integrated modular assemblies. This approach minimizes external interfaces, reduces project complexity, and enables the delivery of cost-effective, fast-track solutions across a wide range of applications.
The removal of water from natural gas streams is critical for both operational integrity and product quality. Effective dehydration prevents: • Hydrate formation in downstream process equipment and transmission pipelines • Corrosion in pipelines and equipment handling acid gas streams • Non-compliance with sales gas water dewpoint specifications
We provide a comprehensive portfolio of technologies for the separation of two-phase and three-phase gas–liquid process streams, including: • Horizontal & Vertical 2-Phase and 3-Phase Separators • Low Temperature Horizontal Separators • Cyclonic Separators • Filter Separators
A range of proven technologies is available for the removal of acid gases — primarily H₂S and CO₂ — from natural gas streams. Many of these processes are also applied to the recovery of H₂S and CO₂ from natural gas and flue gas systems.
Our heat exchanger designs are founded on proven, competitive, and reliable design philosophies — spanning from standard process exchangers to advanced feed–effluent heat exchangers for utility, petrochemical, and refining applications.