Tiabzu innovates solutions addressing the cost and complexities of ocean resource development with special focus on energy transition and sustainable water supply. Developer of proprietary equipment and methods for submersible desalination that merges proven technologies of offshore oil & gas and ocean exploration to desalinate seawater immersed in the deep ocean where hydrostatic pressure provides energy for reverse osmosis. Intake of seawater below the Oceans' most biologically productive zone can reduce the environmental impact of desalination on phytoplankton, the marine carbon cycle, and potential negative feedback on climate that disturbing these systems can cause.
Tiabzu is mobile to supply fresh water for multiple island, or coastal communities with seasonal, scheduled, intermittent or peak supply, or quick response to emergency or humanitarian needs. Modular and scalable when deployed in subsea clusters for energy efficient, sustainable water supply.
Patented technology addresses the challenges of subsea deployment, variable pressure operations, and removal of equipment from depth to surface using ~3% differential in relative density between purified water and ambient saline water for buoyancy control. This innovation has applications across multiple offshore sectors, including, scalable and sustainable water supply, salvage, defense, renewable energy, offshore wind farms, as feed stock for green hydrogen, undersea mining, research, subsea communications, and to increase safety, lower risk and cost, and greenhouse gases associated with removal of offshore oil & gas platform jackets during decommissioning.
Tiabzu innovates solutions addressing the cost and complexities of ocean resource development with special focus on energy transition and sustainable water supply. Developer of proprietary equipment and methods for submersible desalination that merges proven technologies of offshore oil & gas and ocean exploration to desalinate seawater immersed in the deep ocean where hydrostatic pressure provides energy for reverse osmosis. Intake of seawater below the Oceans' most biologically productive zone can reduce the environmental impact of desalination on phytoplankton, the marine carbon cycle, and potential negative feedback on climate that disturbing these systems can cause.
Tiabzu is mobile to supply fresh water for multiple island, or coastal communities with seasonal, scheduled, intermittent or peak supply, or quick response to emergency or humanitarian needs. Modular and scalable when deployed in subsea clusters for energy efficient, sustainable water supply.
Patented technology addresses the challenges of subsea deployment, variable pressure operations, and removal of equipment from depth to surface using ~3% differential in relative density between purified water and ambient saline water for buoyancy control. This innovation has applications across multiple offshore sectors, including, scalable and sustainable water supply, salvage, defense, renewable energy, offshore wind farms, as feed stock for green hydrogen, undersea mining, research, subsea communications, and to increase safety, lower risk and cost, and greenhouse gases associated with removal of offshore oil & gas platform jackets during decommissioning.
