CABRISS focused on recycling indium, silicon, and silver from PV waste; CIRCUSOL addressed circular models for the solar industry.
LOSER CHEMIE GMBH
German specialty chemicals SME recycling silicon, indium, and other critical materials from end-of-life photovoltaic modules for circular reuse.
Their core work
Loser Chemie is a German specialty chemicals SME based in Freiberg, Saxony, focused on chemical processing and recycling of materials used in photovoltaic and semiconductor industries. Their H2020 participation centers on recovering high-value materials like indium and silicon from end-of-life PV modules and developing circular economy approaches for the solar energy value chain. They bring chemistry expertise to large-scale demonstrator projects that aim to close material loops in the renewable energy sector.
What they specialise in
CIRCUSOL and CABRISS both target circular material flows, product-service systems, and second-life products in the solar sector.
SUPER PV addressed cost reduction and enhanced performance of c-Si PV modules, flexible CIGS, and power electronics.
All three projects require chemical processing expertise — the core competence reflected in their company name and consistent participation across PV material projects.
How they've shifted over time
With only three projects clustered between 2015 and 2022, the evolution is modest but directional. The earliest project (CABRISS, 2015) focused on raw material recovery — recycling silicon and indium from waste streams — representing a pure chemical processing role. The later projects (SUPER PV and CIRCUSOL, both starting 2018) shift toward broader circular economy frameworks, business models, and product-service systems for the solar industry, suggesting a move from lab-scale recycling toward systemic, market-oriented circular solutions.
Moving from pure material recovery chemistry toward circular business models and end-of-life management for the entire solar PV value chain.
How they like to work
Loser Chemie operates exclusively as a participant, never coordinating — typical for a specialized SME that contributes domain expertise rather than managing large consortia. Across three projects they have worked with 56 unique partners in 15 countries, indicating they join large, diverse Innovation Action consortia where they fill a specific chemical processing niche. This pattern suggests a reliable, low-overhead partner that delivers its technical contribution without requiring project management overhead.
Despite only three projects, they have built connections with 56 partners across 15 countries, reflecting participation in large Innovation Action consortia with broad European reach. Their network spans the solar energy and circular economy communities.
What sets them apart
Loser Chemie occupies a rare niche at the intersection of specialty chemistry and PV circular economy — few SMEs combine hands-on chemical recycling capabilities with engagement in circular business model development. Based in Freiberg, a historic mining and metallurgy hub in Saxony, they have proximity to the TU Bergakademie Freiberg and its materials science ecosystem. For consortium builders, they offer a practical chemistry partner who can handle material recovery tasks within larger circular economy or solar energy demonstrations.
Highlights from their portfolio
- CABRISSTheir largest project by far (€321k of €374k total funding), focused on recovering indium, silicon, and silver — directly aligned with their core chemistry competence.
- CIRCUSOLRepresents their strategic expansion from material recycling into circular business models, product-service systems, and second-life applications for solar products.