Grensol Group

"Recover more. Waste less. Burn nothing."

Where it wins

• Proprietary separation of ASR: Patented process isolates metals, minerals, and polymers from automotive shredder residue (ASR), a waste stream currently landfilled or incinerated due to contamination [1].
• High-value output: Recovers steel, aluminum, copper, glass for cement, and hydrogen/carbon for new polymers, replacing virgin raw materials [1].
• Modular deployment: Micro-recycling centers can be 'dropped-in' to existing industrial sites, optimizing logistics and scalability [1].
• Decarbonization: Prevents up to 6.4 tonnes of CO2 per tonne of ASR processed, supporting UN SDG 13 [1].

Credibility: The process is patented and developed with top materials science research labs; the first plant is operational in Biberist, Switzerland [1].

• Waste-to-resource conversion: Turns low-value, contaminated waste (ASR) into high-value raw materials [1].
• Modular micro-recycling centers: Deployable units integrated into existing industrial sites for efficient logistics [1].
• Patented technology: Core value derived from proprietary separation and photolysis processes [1].
• B2B partnerships: Collaborates with industry partners to adapt technology for various waste streams [1].
• Scalable deployment: Network of centers aims to handle 20 million tonnes annually within 5 years [1].

• Traditional recyclers: Focus on metals, leaving ASR as waste [1].
• Incineration plants: Burn ASR for energy, losing material value [1].
• Landfill operators: Accept ASR for disposal, no resource recovery [1].
• Differentiators: Grensol's patented process recovers multiple high-value materials from ASR, unlike competitors who only recover metals or burn waste [1].
• Threats: Potential competition from new recycling technologies or policy changes [1].

• ASR waste: 20% of car weight currently landfilled/incinerated due to contamination [1].
• High disposal costs: Landfilling and incineration are expensive for waste generators [1].
• Pollution: Incineration and landfilling of ASR are highly polluting [1].
• Resource scarcity: Need for virgin raw materials in manufacturing [1].
• Regulatory pressure: Increasing regulations on waste disposal and emissions [1].

Grensol's modular approach allows rapid scaling without heavy infrastructure investment. The main risk is securing consistent waste supply and offtake agreements at scale. The opportunity lies in expanding to other waste streams like e-scrap. The next signal to watch is the adoption rate of their technology by major automotive recyclers.

Develop a clear pricing strategy for recovered materials to attract buyers. Target specific industrial waste generators for partnerships to secure feedstock. Enhance marketing around the CO2 reduction benefits to appeal to sustainability-focused customers. Explore government grants for circular economy projects.