Inspired by ocean carbon cycle of carbon capture and storage, proven for millions of years – now applied on industrial scale

Technology building blocks

  • C-Zorb®
  • Cyyton Reactor®
  • Phyyton Reactor®

OceanReactor is a licensed technology that changes the CCUS paradigm

CO2 capture

  • C-Zorb® – We are enabling 10x – 50x more CO2 absorption in water phase (compared to Oceanic absorption rate).

Cyyton Reactor® - Chemical Binding of CO2

  • We are binding the absorbed CO2 in C-Zorb® using Inorganic chemicals to stable form. Creating reaction environment where higher CO2 level can react. In this process, we produce hydrogen gas.

Phyyton Reactor® - Bio Process

  • Lean water from Cyyton® is rich in nutrients and suitable for phytoplankton and seaweed growth. Through photosynthesis process, it captures even more CO2. Co-products are valuable for food, pharmaceuticals, and bio-materials.

OceanReactor technology flow diagram

What we take as Input from Industry

  • Wastewater from industry
  • CO2 from industry emissions
  • Waste heat (optional)
  • Solid waste (case by case)

Additional Inorganic recipe

  • Calcium, Magnesium, Silica based inorganic materials available abundantly (formulated for specific needs)

What we produce

  • Clean fuel Hydron as byproduct [1]
  • Stable inorganic carbonate [2]
  • Seaweed – feeding bio- materials, bio-fuels, pharmaceuticals feedstock, food supplements [3]
  • Syngas (CO+H2) – synthetic building block for manufacturing SAF, Methanol, Urea, etc. [4]
  • Phytoplankton [5]

We serve carbon intensive industries globally

Iron & Steel, other metals
Cement/ Fertilizer
Power (Fossil)
Chemicals/Petrochemicals
Midstream gas & LNG
Refining
Food Manufacturing
Waste Incinerator

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