Seawater Mining/Multiprocessing
Extract lithium, magnesium, potable water, and many others from seawater
Seawater - The Ultimate SOLUTION!
With easily accessible mines being depleted, production costs increasing, environmental impact worsening, we produce valuable materials from seawater in a sustainable, environment-friendly way.
Our innovation - Multiprocessing
The world’s first state-of-the-art seawater mining and multiprocessing facility, creatively integrating existent technologies of well-known German conglomerates in a novel way into a closed-loop process. We pump seawater to be used as raw material of production, steer clear of seabed, and maintain the precious and fragile marine environment, a distinct difference from ocean mining.
Multiprocessing - Multiple GREEN Products
Our unique multiprocessing technology produces multiple, high value GREEN products and significant synergy, resulting in low production cost and high economic competitiveness while contributing to GHG reduction.
Multiprocessing Block Diagram
Technology Components
Sustainable Energy
Energy used for the production process of our proprietary multiprocessing technology includes solar, wind, thermal, hybrid, contributing to reduced GHG emissions and carbon footprint.
Seawater - The Feedstock
Seawater is pumped to the multiprocessing facility as feedback. Seawater contains much needed elements such as magnesium, lithium, and others – valuable materials widely used in various industries.
Closed-loop Multi-processing
The multiprocessing facility is a start-of-the-art computerized closed-loop production complex integrating existent technologies of crystallization, special membrane/ion exchange, chlor-alkili-electrolysis, and electrolysis of German conglomerates. Used as feedstock, seawater is channeled through various production processes from which 10 high value, high quality products are produced, including magnesium, lithium, pure potable water, and hydrogen.
Environment - Friendly
Thanks to the uniqueness of our proprietary technology, there will be no rejection of brine back into the sea, no air, land, or water pollution, and minimal GHG emissions as well as carbon footprint.
