Sustainability
Reducing Plastic Waste Through Repair-First Solutions
The automotive repair industry is one of the largest polluters of polypropylene waste, generating millions of tons of discarded plastic parts every year. Instead of repairing damaged parts, many are needlessly replaced, contributing to landfill waste and higher carbon emissions.
Plasnomic is committed to reversing this trend by promoting a repair-first approach that reduces landfill waste, cuts emissions, and supports a circular economy.
The Challenge
A major issue in collision repair is the lack of industry-wide incentives for plastic repairs. Insurers and repair shops often find it easier and faster to replace parts rather than restore them. Plasnomic is working to change this mindset by proving that high-quality plastic repairs can be:
- More cost-effective than replacements.
- Reduce vehicle repair cycle times by eliminating the wait for new parts.
- As strong and durable as new parts when performed using OEM-compatible methods.
- Environmentally responsible, reducing both raw material extraction and manufacturing emissions.
- Increase work volumes for body technicians, shifting from replacement to repair and creating greater earning opportunities.
Our Approach
- Sustainability Tracking & Reporting – Developing digital tools that measure plastic waste reduction, carbon footprint savings, and ESG compliance for repair shops and insurers.
- Repair Standardization – Ensuring that OEMs and insurers recognize plastic repair as a viable alternative to part replacement.
- Eco-Friendly Repair Materials – Researching and developing the best repair materials, tools, and equipment to minimize waste and improve sustainability.
- Industry Collaboration – Partnering with OEMs, insurers, and policymakers to integrate plastic repairs into sustainability initiatives and insurance policies.
By promoting repair-first strategies, Plasnomic aims to drastically cut plastic waste, ensuring the collision repair industry plays a vital role in achieving global sustainability goals.
