the problem
Composite materials are widely used for their excellent strength-to-weight performance and durability. However, the use of cross-linked thermoset resins and strong fibre–matrix adhesion prevents easy reprocessing, unlike thermoplastics.
Current and emerging technologies are often expensive and energy-intensive, requiring high temperatures and pressures. Chemical recycling processes can also produce large volumes of solvent waste contributing to higher environmental and economic costs.
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our SOLUTION
ChemR is a proprietary chemical regeneration process that can uniquely reuse its solvent between recycling batches and is capable of operating at room temperature and pressure.
It delivers high-purity recovered fibres ready for reinjection into composite manufacturing. With direct solvent reuse and mild operating conditions, ChemR offers a cleaner and more cost-effective alternative for manufacturers facing carbon reduction targets and Extended Producer Responsibility (EPR) requirements.
Originally developed in collaboration with University of Bristol, now in Uplift360's Bristol facilities.
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OUR PROCESS
RECYCLED MATERIALS
High-performance fibres, recovered with solvent reuse and low-energy processing — primed for circular reuse.
Click to explore applications by recycled material!
Recovered glass fibre could power the next generation of wind turbines
Glass fibre
Recycled carbon fibre is capable of driving lightweight innovation in automotive and aerospace
Carbon fibre
Reclaimed UHMWPE is engineered for high-strength, lightweight defence applications
UHMWPE
LOCATIONS
HQ
Uplift360 Sarl, House of BioHealth,
29 Rue Henri Koch,
4354 Esch-sur-Alzette,
Luxembourg
UK
Uplift360 Ltd, Science Creates - Old Market, Midland Road,
Bristol, BS2 0NS
© 2026 by Uplift360.