top of page
FLOCEAN Subsea Desalination System Logo..png

Powered by the Deep Ocean

We are the world's most ocean-friendly, low-cost, low-carbon desalination system.

With a global water shortage threatening over 2 billion people and demand expected to exceed supply by 40% by 2030, the world urgently needs resilient water sustainability solutions. Subsea desalination offers the answer.

Who We Are

Who We Are

Flocean AS is the maker of the Flocean Desal. The company demerged from a 5-generation family business, FSubsea.

Our mission with Flocean is to deliver affordable freshwater to people, farmers and industry in the most climate-smart and ocean-friendly way possible.  

We do this by harnessing the natural properties of deep ocean water, using technology developed by a team with more than 100 years of subsea processing experience.

Flocean AS team - experts in subsea desalination technology.jpg
Video on Solving the Global Water Crisis with Deep Ocean Water for Drinking, Industrial, and Agricultural Use..png

The need for clean water doubled the number of desalination plants from 2000 to 2020. Despite substantial investment, traditional desalination technology has struggled to keep up with increasing demands. Seawater Reverse Osmosis (SRO) has been valuable but needed updating.

Read on to learn how Flocean has refined Subsea Desalination

Benefits Of FLOCEAN

Reduced Emissions

Lower Costs & Higher Efficiency

Improved Ocean Health

Reduction in energy use: 30-50%

The subsea reverse osmosis (RO) process is powered by the hydrostatic pressure of the deep sea, reducing power consumption compared to conventional plants.
At 500 meters of water depth, high-pressure feed water is freely available, surrounding the station. The main work is performed by the permeate (freshwater) pump, not a seawater feed pump.

Most pretreatment removed

More than 50-60% of a normal RO plant is dedicated to expensive pre-treatment processes, taking up land area and using chemicals. The lack of photosynthesis at the depth of the Flocean Pods results in significantly lower levels of bacteria, organics and biological matter which greatly simplifies the design and reliability of the pre-treatment system, making it an innovative approach to deep water desalination.

Green discharge
No chemicals

Traditional shallow-water discharge from RO plants has twice the salinity of the seawater and contains chemicals. Flocean has intake and discharge in the deep sea, in areas of low biological productivity. The discharge is chemical-free, low-salinity and and reaches ambient salinity before interacting with the seabed fauna and flora.

Who We Help

Flocean is dedicated to providing sustainable fresh water solutions for a variety of sectors through our innovative, ocean-friendly offshore desalination system. From agriculture needing water for crops, to factories and industries needing reliable water sources, to municipalities and governments working to deliver water solutions in their nations.

Cityscape representing municipal water solutions by Flocean.jpg

Municipal 

Learn how we can help bring sustainable solutions for clean water to your city.

Industrial facility highlighting sustainable water solutions by Flocean.jpg

Industrial

Discover how we can provide sustainable water solutions for your industrial needs.

Agricultural field showing fresh water supply solutions by Flocean.jpg

Agricultural

Find out how we can support your agriculture business with a reliable fresh water supply.

Explore our innovative partnership with Aqaba Water Company, which marks a significant step towards sustainable and cost-effective water solutions. Now we are set to provide "subsea-harvested" freshwater to the cutting-edge Agri-Food Tech Corridor in Aqaba.

HRH Crown Prince Haakon and HRH King Abdullah II at the partnership launch with Aqaba Water Company for subsea-harvested freshwater solutions..png
FSUBSEA-Logo-2018_edited.png
Siemens_Energy_logo.svg.png
DNV_GL_logo.svg.png
Screenshot_2024-07-01_at_18.16.24-removebg-preview.png
aqaba water_edited.png
bottom of page