ReOx: Redox-based technologies for sustainable systems

Analyzing technologies through the lens of weak and strong sustainability

What is ReOx?

ReOx is an independent knowledge platform dedicated to redox-based technologies and electrochemical systems.
ReOx explores how redox reactions underpin energy conversion, environmental remediation, sensing technologies and living systems.
ReOx focuses on understanding not only performance and efficiency, but also the systemic sustainability of technologies.

Core topics

  • Electrochemical systems

  • Advanced biosourced materials

  • Redox-based systems

  • Water and environmental remediation

  • Energy conversion and storage

  • Living and biochemical systems

From electrochemical materials to functional systems and applications.
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Sustainability

Weak sustainability

  • Efficiency

  • Optimization

  • Technological substitution

  • Performance indicators

Efficiency is not sustainability: systems must respect planetary limits.
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Strong sustainability

  • Planetary limits

  • Non-substitutable natural capital

  • Long-term resilience

  • Precaution principle

Who is it for?

  • Researchers

  • Engineers

  • Students

  • Decision-makers

  • Sustainability practitioners

A shared knowledge space for science, engineering and decision-making.
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Latest insights

Specialized insights into redox science for sustainability applications.

Research

In-depth analysis of electrochemical processes and advanced carbon materials.

Close-up of a scientist analyzing electrochemical data on a digital tablet.
Close-up of a scientist analyzing electrochemical data on a digital tablet.
Consulting

Guidance on implementing redox-based technologies for environmental resilience.

Strategies balancing efficiency with planetary limits in sustainability projects.

Education
Diagram illustrating electrochemical reactor components and their functions.
Diagram illustrating electrochemical reactor components and their functions.
Eco-friendly water treatment setup using advanced oxidation processes outdoors.
Eco-friendly water treatment setup using advanced oxidation processes outdoors.

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