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An engineering company for high-salinity water

Osmosys Technologies designs and delivers membrane brine concentration systems for utilities, industrial operators, and resource developers. Process design and performance assurance are carried out in-house; fabrication and construction are delivered with qualified partners close to each project.

Leadership

  • Dr. Basel Abusharkh

    Dr. Basel Abusharkh

    Founder and Chief Executive Officer

    Inventor of osmotically assisted reverse osmosis and founder of Hyrec and InoChem, with 15 patents in water treatment. PhD in chemical engineering from the University of Wisconsin–Madison; advisor to the Saudi Water Authority, RDIA, and MEWA.

  • Emre Bozkurt

    Emre Bozkurt

    Co-founder and Chief Engineer

    20 years in advanced water treatment and system integration, previously Engineering Director at Hyrec. Designed the SAMRO and MemBrine commercial pilots and leads research at the Ankara laboratory.

  • Tariq Khodary

    Tariq Khodary

    Chief Commercial Officer

    25 years of commercial leadership in GCC water markets with Xylem, Suez and GE Water, and WETICO, and as VP Commercial at Future Horizons Contracting.

  • Pia Boyer

    Pia Boyer

    Chief Operating Officer

    30 years of international project management. Founder of Euphrates Energies, which works on brine valorization with Khalifa University and KAUST.

  • Ibrahim Abusharkh

    Ibrahim Abusharkh

    Finance

    Leads finance and commercial contracting. Chemical engineer from Cooper Union, formerly with ExxonMobil and Amazon.

How we work

From water analysis to operating plant

One team is accountable from the first sample through commissioning and operation. Detailed engineering, fabrication, and construction are delivered with qualified partners near each project.

  1. 01

    Feasibility

    Flow, full chemistry, variability, and the treatment objective, compared with the incumbent disposal or thermal route.
  2. 02

    Pilot

    Bench and pilot testing on site water to establish recovery, energy, pretreatment, and achievable concentration.
  3. 03

    Design and supply

    Process design, P&IDs, and control philosophy, with supply of the membrane stages or the complete packaged system.
  4. 04

    Commissioning and operation

    Performance testing against the design basis, operator training, and long-term operating support.

Discuss a project

Share the flow rate, water analysis, and treatment objective. Our process engineering team will follow up.