Eventually, we will be able to extract other dissolved seawater minerals, offering a more economically sound and sustainable mineral sourcing solution than traditional land mining or electrolysis.
About Us
Hyrec offers some of the most energy-efficient high recovery desalination and Zero Liquid Discharge (ZLD) solutions through our advanced Osmotically Assisted Reverse Osmosis (OARO) process.
Our Projects & Investments
Hyrec-Maven
The first OARO Plant in the world is under construction in Indonesia to be completed by Q1 of 2023. The plant will produce 25,000 m3/day of desalinated water and 220,000 tons per year of food grade sea salt. Hyrec started working on this project in 2018.
Hyrec-Kuwait Institute of Scientific Research (Kisr)
Hyrec supplied Kisr with a laboratory unit combining Forward Osmosis and OARO technology to concentrate the draw solution of the Forward Osmosis process.
Hyrec-Rodamas
A joint venture project with PT Rodamas in Indonesia, Hyrec is developing a salt/desalination plant with 50,000 tons/year of food grade sea salt and 6,000 m3/day of desalinated water.
Hyrec
Hyrec is working in the US on several initiatives related to Brine minimization and ZLD for environmental compliances.
Hyrec - GCC Partner
Hyrec in collaboration with GCC partner are working together to develop OARO based projects in KSA. The parties may also pursue similar projects in other GCC countries.
With projects and investments around the world, we’re exploring new technologies and expanding our reach. We’ve partnered with the Kuwait Institute of Scientific Research, providing them with a research lab, with Hyrec5G to set up desalination plants in West Africa, and with Hyrecmas to develop a plant in Indonesia.
Processes
Hyrec’s OARO (Osmotically Assisted Reverse Osmosis), a brine concentration process in which salinity is maintained on both sides of a membrane at different concentration levels, reducing the driving pressure to overcome the osmotic pressure (based on the diffential not the feed osmotic pressure) needed to drive water from the higher salinity feed to the lower salinity permeate.
A high-pressure pump is used to drive desalinated water through the membrane to the membrane inner channel. The system operates at standard RO (Reverse Osmosis) 70 bar pressure resulting in low power consumption, and producing desalinated water and near saturation brine, which can be crystalized into high purity salt at competitive prices.
Our processes offer a spectrum of applications including high recovery desalination, mineral recovery and concentration, Zero Liquid Discharge (ZLD). Our membrane-based technology makes the crystallization process more energy efficient and cost effective resulting in low cost production of high purity salts and desalinated water.
Our team is ready to hear from you, share your needs to find the best solution to your water challenge.
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Bahrain
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