Microwave technology is the common thread across all four H2020 projects, starting with CLEAN-HEAT (solid-state microwave heating) and continuing through DEMETO, POLYNSPIRE, and CEM-WAVE.
FRICKE UND MALLAH MICROWAVE TECHNOLOGY GMBH
German SME providing industrial microwave heating technology for plastic recycling, advanced ceramics, and circular economy applications.
Their core work
Fricke und Mallah is a German SME specializing in industrial microwave heating systems and microwave-based processing technology. They design and build high-power microwave equipment used for applications ranging from plastic recycling and polymer depolymerization to advanced ceramic composite manufacturing. Their core technical contribution across EU projects is applying microwave energy as a precise, efficient alternative to conventional thermal processing in industrial settings.
What they specialise in
DEMETO focused on PET depolymerization using microwave technology, and POLYNSPIRE demonstrated microwave and magnetic catalyst approaches for recycling polyamide, polyurethane, and polyolefin plastics.
CEM-WAVE (2020-2024) applies microwave-assisted chemical vapour infiltration to produce oxide and non-oxide ceramic matrix composites, combined with AI-assisted modelling.
Both DEMETO and POLYNSPIRE target circular economy goals — converting plastic waste back into valuable chemical feedstocks using microwave-enabled processes.
How they've shifted over time
Their early H2020 work (2015-2017) focused on building the core microwave heating platform itself (CLEAN-HEAT), then immediately applied it to plastic waste recycling — PET depolymerization and circular economy applications (DEMETO, 2017). In the later period (2018-2024), they broadened into more diverse industrial applications: multi-polymer recycling for the chemical and steel industries (POLYNSPIRE), and a significant pivot into advanced materials with ceramic matrix composites and AI-assisted process modelling (CEM-WAVE). The trajectory shows a clear move from developing microwave hardware toward applying it across increasingly sophisticated industrial processes.
They are expanding from polymer recycling into high-performance materials manufacturing (ceramics, composites), suggesting future collaborations will likely involve microwave processing for advanced industrial applications beyond waste management.
How they like to work
They coordinated one project (CLEAN-HEAT, their SME Instrument phase 2) and participated in three larger Innovation Action and Research consortia. With 56 unique partners across 14 countries from just 4 projects, they operate in large, multi-national consortia where they serve as the microwave technology specialist. This pattern indicates they are comfortable integrating their equipment and know-how into complex industrial demonstration projects led by others.
With 56 consortium partners spanning 14 countries, they have built a wide European network despite being a small company. Their projects connect them to chemical industry, automotive, steel, and advanced materials sectors across the EU.
What sets them apart
They occupy a rare niche: an SME that owns proprietary industrial microwave heating technology and can deploy it across multiple sectors. Most microwave equipment suppliers are either large conglomerates or academic labs — Fricke und Mallah bridges the gap as a focused, agile technology provider. For consortium builders, they bring a ready-made, demonstrated microwave processing capability that can be adapted to new materials and industrial contexts.
Highlights from their portfolio
- CLEAN-HEATTheir only coordinated project and likely the foundation of their core technology — a high-power solid-state microwave heating system funded through the SME Instrument.
- CEM-WAVERepresents their newest direction: applying microwave technology to ceramic matrix composites with AI-assisted modelling, signalling a move into aerospace and high-performance materials.
- POLYNSPIRETheir largest single EC contribution (EUR 617,750) in a cross-industry plastic recycling demonstration spanning chemical, steel, and automotive sectors.