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Sustainability impact

We believe that oceans should be clean and air pure for future generations to come

Reducing environmental impact

SpinChem® RBR technology contributes to sustainable practices within any organization by making production processes cleaner and reducing health and safety risks for employees and communities.

Due to its smart design, SpinChem Rotating Bed Reactor technology enhances sustainability by

  • maximizing catalyst reuse,
  • minimizing waste,
  • reducing energy consumption in chemical processes.

The research indicates that the sustainable methods developed are not only viable at a laboratory scale but also scalable for industrial applications.

Aligned with SDG's

The RBR's efficient design reduces energy and chemical use, minimizes waste and emissions, and improves reaction selectivity. These environmental benefits align with sustainability goals, making the RBR attractive for companies aiming to reduce their environmental impact.

The Rotating Bed Reactor (RBR) technology can help increase food production efficiency and reduce food loss and waste. 

SpinChem® RBR technology enhances health and well-being by enabling affordable, sustainable medicine production. It reduces costs and waste in drug synthesis, making medications more accessible.

SpinChem® RBR technology aids water purification and wastewater treatment. By using adsorbents or catalysts to remove contaminants from soil and groundwater, it helps to preventing pollution and supports clean water initiative.

SpinChem® RBR technology optimizes chemical processes, improves energy efficiency, and stimulates research in sustainable technologies, strengthening infrastructure and industrial sectors.

SpinChem® RBR technology addresses urban waste management challenges by efficiently converting organic waste into valuable products like biofuels and fertilizers, promoting a circular economy and reducing waste in urban settings.

SpinChem® RBR technology supports SDG 12 by facilitating enzyme reuse and recycling, reducing waste, and promoting efficient resource use in chemical processes.

Do you have any questions?

 Our team is happy to help.