• Hydrate Inhibition 

    We provide an extensive portfolio of hydrate inhibition technologies, which have been developed based on decades of field-based experience and extensive research by our team of subject matter experts. 
     
    We move efficiently from consultancy to design and supply of components and complete processing systems—including testing, qualification, and start-up—onto operation of the field.
     
    Over 30 years of wellstream process research, development, and operational support are brought together in our system optimization analysis for greenfield and brownfield projects. Our laboratory modelling techniques and computational fluid dynamics, for example, display how to achieve peak processing performance. Our monoethylene glycol (MEG) technology pilot plant can test equipment efficiency with actual field fluids and qualify candidate chemicals. 
     
    We provide critically important feasibility studies, concept definitions, and front-end engineering design (FEED), enabling our customers to make sound decisions based on relevant cost and time considerations.
     
    Our world-class portfolio of high-end technologies, both standardized and custom-made, allows specialized equipment selection, including: 
    • Full-stream MEG regeneration systems–for treating entire salty rich MEG feed
    • Slip-stream MEG regeneration systems–systems with slip-stream salt removal
    • Advanced MEG–combines full and slip stream with advanced impurities treatment
    • Conventional MEG–for use in absence of formation water/salt
    Apart from consultancy, detailed design and delivery of equipment, packages and modules, and commissioning, start-up, and operational support, we also provide aftermarket services for our installed equipment, including maintenance, optimization, spare parts management, and user training.

    Our offering is a true end-to-end service, in which every element reflects our superior expertise and commitment to perform. Through our products and services we enable maximum value at minimum cost to our customers.

    Results 1 - 1 of about 1.
    Page 1 of 1   < 1 > 
    Page 1 of 1   < 1 >