Central to REHAP, EMBRACED, GRACE, VEHICLE, and DEEP PURPLE — all focused on converting biomass or waste into chemical building blocks via biorefinery processes.
MATER-BIOTECH SPA
Italian biotech production company specializing in biorefinery processes that convert biomass and waste into biobased polymers and chemical building blocks.
Their core work
Mater-Biotech is an Italian industrial biotech company based in Novara, specialized in producing biobased chemicals and biopolymer building blocks from renewable feedstocks. They operate as a production and demonstration partner in EU-funded biorefinery and circular economy projects, contributing industrial-scale capabilities for converting biomass, lignocellulosic waste, and urban bio-waste into biobased materials. Their work spans the full chain from feedstock processing (hemp, miscanthus, municipal waste) to end-product applications in packaging, construction, and automotive sectors.
What they specialise in
CIRC-PACK focused directly on biobased/biodegradable packaging; BIOMOTIVE on bio-polyurethanes for automotive; VEHICLE on sugar-derived diols for polymer production.
EMBRACED targets recycling of absorbent hygiene product waste; DEEP PURPLE converts municipal solid waste; REHAP valorizes lignocellulose waste.
GRACE investigates miscanthus and hemp as industrial feedstocks; VEHICLE focuses on hemicellulosic and cellulosic sugar extraction from lignocellulosic biomass.
REHAP developed bioresins, bioadhesives, and bio-insulation foam for the construction sector from lignocellulose waste.
How they've shifted over time
In the early period (2016-2017), Mater-Biotech focused on converting lignocellulosic waste into specific building blocks for construction applications — bioresins, bioadhesives, and bio-insulation foams — alongside initial work in circular plastics packaging. By 2019, the focus shifted decisively toward multi-purpose biorefineries processing diverse urban and agricultural waste streams (municipal solid waste, hygiene product waste, underutilized crops) into biopolymers and chemical precursors. The trajectory shows a clear move from single-waste-stream, single-application projects toward integrated circular biorefinery systems handling mixed feedstocks.
Moving toward integrated multi-feedstock biorefineries that process both agricultural biomass and urban waste streams into biopolymers — a strong fit for circular bioeconomy consortia.
How they like to work
Mater-Biotech participates almost exclusively as a third party (6 of 7 projects), indicating they are brought in by a parent or affiliated organization to provide specific industrial or demonstration capabilities rather than managing project administration. They have never coordinated and only once participated directly. With 118 unique partners across 18 countries, their network is broad but their engagement model is consistently that of a specialist contributor providing production know-how within large Innovation Action consortia.
Connected to 118 unique partners across 18 countries through large-scale Innovation Action consortia, giving them broad European reach despite their consistent third-party role. Their network is heavily weighted toward bioeconomy and circular economy actors across Western and Southern Europe.
What sets them apart
Mater-Biotech offers something rare: industrial-scale biobased production capacity in Italy, specifically for converting diverse waste and biomass feedstocks into polymer building blocks and chemicals. Their consistent third-party role across seven projects suggests they bring a physical production or demonstration facility that consortia need for validation at scale. For consortium builders, they are a ready-made demo site partner with proven experience in BBI (Bio-Based Industries) and Innovation Action project formats.
Highlights from their portfolio
- EMBRACEDTackles the unusual challenge of recycling absorbent hygiene product waste (diapers, sanitary products) through a multi-purpose biorefinery — a rarely addressed waste stream with massive volume.
- CIRC-PACKTheir only direct participant role and sole funded project (EUR 343K), targeting circular economy across the entire plastic packaging value chain from design to recycling.
- DEEP PURPLEAmbitious photobiorefinery concept converting mixed urban bio-waste into biopolymers, fertilizers, and chemical precursors using photosynthetic organisms.