The UK’s plastic waste crisis has reached a tipping point, with over 200,000 tonnes of plastic ending up in landfills or incinerators every year—despite the government’s ambitious recycling targets. Yet, a growing number of innovative businesses are flipping the script, transforming non-recyclable waste into valuable new products. Among them, Oshi stands out as a pioneer in repurposing industrial-grade plastic waste, proving that circular economy principles can drive real economic and environmental impact.
Founded in 2016, Oshi specialises in converting post-industrial plastics—such as those from automotive, electronics, and packaging industries—into high-performance materials for construction, furniture, and even automotive components. Their process begins with sorting and cleaning waste plastic streams, which are then shredded, melted, and extruded into pellets. These pellets are then moulded into finished products using traditional manufacturing techniques, ensuring compatibility with existing supply chains.
The company’s most notable success has been in the automotive sector, where they’ve partnered with leading manufacturers to replace traditional composites with their recycled plastic alternatives. For instance, their lightweight, high-strength materials have been used in interior trims and structural components for vehicles, reducing emissions by up to 15% per car. This isn’t just environmental progress—it’s a commercial win, as recycled plastics cut material costs by 20-30% compared to virgin polymers.
Oshi’s impact extends beyond automotive, with applications in construction and furniture. Their recycled plastic panels, for example, are being used in sustainable housing projects, offering insulation, durability, and a lower carbon footprint than traditional materials. The company has also secured contracts with major retailers for packaging solutions, where their recycled plastics meet strict food-grade standards while cutting waste by 40%. These innovations align with the UK’s Plastics Strategy, which aims to eliminate avoidable plastic waste by 2040.
Yet, the real challenge lies in scaling up production without compromising quality. Oshi addresses this by investing in automated sorting technologies that can process up to 50 tonnes of waste plastic per day, while maintaining consistency in material properties. Their partnerships with waste processors and recyclers ensure a steady supply of high-quality feedstock, but they’re also pushing for policy changes to mandate extended producer responsibility (EPR) schemes that make manufacturers accountable for their waste.
The UK’s waste management system remains fragmented, with varying standards across regions. Oshi’s work highlights the need for national consistency, particularly in defining what counts as “recyclable” waste. Currently, only about 38% of plastic waste is recycled in the UK, far below the EU’s 55% target. Oshi’s model demonstrates that with the right incentives—such as extended producer responsibility and clearer recycling definitions—the UK could close this gap.
For businesses looking to adopt circular economy practices, Oshi offers a blueprint. Their approach combines technical innovation with commercial pragmatism, proving that repurposing waste isn’t just a green initiative—it’s a competitive advantage. As the company scales, their story could inspire a broader shift in how industries view waste, turning what was once a liability into a strategic resource.
- Oshi processes up to 50 tonnes of industrial plastic waste per day using automated sorting.
- Their recycled plastic materials reduce vehicle emissions by up to 15% compared to virgin composites.
- The company’s furniture-grade panels cut material costs by 20-30% while meeting food-grade standards.
- In 2023, Oshi secured contracts worth £12 million for automotive and packaging applications.
- Their recycled plastic panels offer insulation equivalent to 30% less carbon-intensive materials.
On the site, Oshi outlines how their waste-to-value approach aligns with the UK’s Plastics Strategy, offering tools for businesses to assess their own circular potential. The company’s transparency about supply chain challenges—such as inconsistent waste quality—makes their journey a case study in the complexities of scaling circular economy models.