Innovation

Innovation & R&D

Proprietary clean technologies

At Nordic ReValor Technologies, scientific innovation is the engine of our development. We progressively develop proprietary sustainable technologies in the fields of advanced materials, chemical recycling and resource valorization.

🗺️ Roadmap 💡 Innovation Axes ⚡ Impact 🤝 Partnerships 🔭 Vision

Scientific innovation is at the core of Nordic ReValor Technologies. Our ambition is to transform advanced scientific knowledge into sustainable industrial solutions capable of addressing the environmental and technological challenges of modern industries.

These innovative technologies are part of a long-term vision aimed at supporting the transition toward an industrial circular economy and more environmentally responsible processes.

Development Strategy

Technology roadmap

Our development strategy is based on a three-phase progression.

Scientific Expertise & Services
PHASE 1 · CURRENT

Scientific Expertise & Services

We support companies in their technological challenges through custom scientific R&D, independent consulting, analytical expertise and scientific training.

This phase builds the scientific, industrial and partnership foundations needed for the development of proprietary technologies.

Ongoing
Technological Development
PHASE 2 · 2025–2027

Technological Development

Launch of internal research programs aimed at developing innovative processes in the fields of materials and resource valorization.

  • Internal R&D programs
  • University collaborations
  • Validation of new processes
  • First patent filings
Planned
Industrial Commercialization
PHASE 3 · 2027+

Industrial Commercialization

Deployment of developed technologies through:

  • Technology licensing
  • Strategic industrial partnerships
  • Industrial-scale deployment
Long-term vision

Research Programs

Innovation axes

Our research programs focus on several strategic areas related to materials, the circular economy and critical resources.

Nordic Agricultural Bioplastics
Axis 01 · In Development

Nordic Agricultural Bioplastics

Development of innovative biodegradable films based on valorized biopolymers, enriched with controlled-release mineral elements. These materials are designed to withstand Nordic climate conditions and contribute to more sustainable agriculture.

Applications

  • Biodegradable films for agriculture
  • Controlled progressive fertilization
  • Valorization of local biomasses
  • Reduction of conventional agricultural plastics
Biomass Biodegradable Nordic agriculture Biopolymers
Advanced Chemical Recycling of Plastics
Axis 02 · Active Research

Advanced Chemical Recycling of Plastics

Development of selective depolymerization processes to restore the molecular value of used polymers. This approach aims to surpass the limits of traditional mechanical recycling and pave the way for advanced molecular recycling.

Applications

  • Depolymerization of polyesters
  • Valorization of complex plastics
  • Recycling of used tires
  • Recovery of high-purity monomers
PET Nylons Used tires Monomers
Sustainable Hydrometallurgy for Critical Metals
Axis 03 · Planning

Sustainable Hydrometallurgy for Critical Metals

Development of innovative hydrometallurgical processes for the selective recovery of strategic metals such as lithium, cobalt and rare earths. These technologies aim to valorize industrial and mining residues while minimizing environmental impact.

Applications

  • Batteries and energy transition
  • Valorization of industrial residues
  • Recovery of critical metals
Lithium Cobalt Rare earths Low carbon

Challenges & Impact

Industrial impact

♻️

Reduction of plastic waste

⚗️

Valorization of industrial and mining residues

🌱

Development of sustainable materials

Recovery of critical metals for the energy transition

Collaborations

Scientific and industrial partnerships

Nordic ReValor Technologies is open to collaborations with:

Sought profiles

  • Universities and research centers
  • Industrial companies
  • Technology investors
  • Innovation organizations

Forms of collaboration

  • Collaborative research projects
  • Joint technology development
  • Funded research programs
  • Strategic industrial partnerships

Our Vision

Becoming a reference scientific player

Becoming a reference scientific player in the development of clean technologies and sustainable innovation, transforming challenges related to materials, resources and waste into high-value sustainable industrial solutions.

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