Dutch SME specialising in PMMA chemical recycling and circular economy solutions for technical plastics in the automotive sector.
Heathland BV is a Dutch SME specialising in chemical and mechanical recycling of technical plastics, with a particular focus on polymethyl methacrylate (PMMA/acrylic) recovery through thermal depolymerization back to monomer. They design and scale processes that close the loop on hard-to-recycle plastics — turning end-of-life acrylic panels, automotive parts, and polymer waste back into virgin-quality raw materials. In the automotive space, they apply circular economy principles and ecodesign to help manufacturers comply with the ELV (End-of-Life Vehicle) directive while recovering high-value materials such as recycled PMMA and self-reinforced polypropylene. Their work sits at the intersection of materials engineering, process chemistry, and sustainable product design.
Heathland coordinated MMAtwo (2018–2022), a dedicated Innovation Action to develop second-generation MMA monomer recovery from waste PMMA, and continued applying recycled PMMA know-how in REVOLUTION.
Both MMAtwo and REVOLUTION are built around closing material loops for plastics — from depolymerization to cradle-to-cradle product design.
REVOLUTION (2021–2024) targets ELV directive compliance for electric vehicles, with Heathland contributing expertise on recycled PMMA and self-reinforced polymers for EV components.
REVOLUTION introduced ecodesign and cradle-to-cradle methodology into Heathland's portfolio, signalling a broadening from pure recycling process work toward upstream product design for recyclability.
Heathland's early H2020 work (2018) was tightly focused on the chemistry and process engineering of PMMA depolymerization — converting waste acrylic back to methyl methacrylate monomer at scale. By their second project (2021), the language shifted decisively: circular economy, ecodesign, end-of-life strategy, machine learning, and the ELV directive all appeared, reflecting a move from lab-scale recycling chemistry toward applied industrial and regulatory contexts. The trajectory shows a company that mastered one difficult recycling process and is now packaging that expertise inside broader sustainability frameworks aimed at the automotive and manufacturing sectors.
Heathland is moving from process-level plastic recycling into sector-specific circular economy solutions, with the automotive/EV market as their primary growth vector — making them an increasingly relevant partner for any consortium addressing the ELV directive or EV material recovery.
Heathland has demonstrated both leadership and partnership capability within just two projects: they coordinated the larger, chemistry-focused MMAtwo (€1.6M) and joined as a specialist contributor in the broader REVOLUTION consortium. Their willingness to lead a project as an SME signals strong technical confidence and project management capability. With 34 unique partners across 12 countries from only two projects, they engage in sizable, diverse consortia rather than closed networks — suggesting they are open and experienced collaborators.
Heathland has built a network of 34 unique consortium partners spanning 12 countries through just two projects — an unusually broad reach for an SME of their size. This suggests they operate comfortably in large European Innovation Actions with industrial, academic, and regulatory partners.
Heathland occupies a rare niche: they are one of very few SMEs with hands-on, project-validated expertise in PMMA chemical recycling — a technically demanding process that most recyclers avoid because of its complexity. Their combination of deep polymer chemistry know-how and growing competence in automotive ecodesign makes them a bridge between materials science and industrial end-of-life compliance. For a consortium needing credible plastic recycling expertise with real process development track record, they offer more substance than a consultancy and more agility than a large industrial partner.
