Central theme across SMART-Plant, VOLATILE, RES URBIS, YPACK, CAFIPLA, and NENU2PHAR — covering PHA recovery from wastewater, bio-waste fermentation to biopolymers, and bioplastic recycling.
BIOTREND-INOVACAO E ENGENHARIA EM BIOTECNOLOGIA SA
Portuguese biotech SME converting waste streams into bioplastics (PHA), bio-based packaging, and high-value biochemicals through industrial fermentation.
Their core work
Biotrend is a Portuguese biotechnology SME specializing in industrial bioprocesses that convert waste streams — wastewater, municipal bio-waste, food waste, and agricultural residues — into valuable bioproducts such as bioplastics (PHA/PHBV), volatile fatty acids, and bio-based materials. They operate at the intersection of waste valorization and bio-based manufacturing, providing fermentation expertise, bioprocess engineering, and scale-up capabilities. Their work spans the full chain from lab-scale yeast and microbial platforms to pilot-scale production of biopolymers for packaging, textiles, and automotive applications.
What they specialise in
SMART-Plant, INCOVER, and RES URBIS focused on recovering phosphorus, cellulose, bioplastics, and organic acids from wastewater streams.
YEASTDOC (doctoral training in yeast genetics and cell factories), OLEFINE (oleaginous yeast for fine chemicals), and FUNGUSCHAIN (mushroom agrowaste valorization).
YPACK (PHA-based food packaging), NENU2PHAR (PHA consumer products), and BIONANOPOLYS (nano-enabled bio-based polymer composites for packaging, textile, and automotive).
FUNGUSCHAIN, VOLATILE, DAFIA, RES URBIS, and CAFIPLA all focus on converting bio-waste fractions into high-value biomacromolecules and chemicals.
How they've shifted over time
Between 2016 and 2019, Biotrend focused heavily on wastewater-based resource recovery — extracting phosphorus, cellulose, PHA, and organic acids from treatment plants, with strong emphasis on process engineering (DSS, optical sensing, anaerobic co-digestion). From 2020 onward, their focus shifted decisively toward bio-based materials for consumer applications: food packaging, bioplastic recycling, sustainable design, and market uptake of PHA products. This evolution reflects a move from upstream waste treatment R&D to downstream product development and commercialization of bioplastics.
Biotrend is moving from waste-to-resource research toward market-ready bioplastic products, making them an increasingly relevant partner for companies seeking bio-based alternatives to conventional plastics in packaging and consumer goods.
How they like to work
Biotrend operates exclusively as a participant or third party — never as a coordinator — which positions them as a reliable technical partner that contributes specialized bioprocess capabilities without seeking project leadership. With 195 unique partners across 24 countries, they have built an exceptionally wide network for an SME, indicating they are valued for their specific technical contributions rather than institutional weight. Their consistent participation in both Innovation Actions (IA) and Research & Innovation Actions (RIA) shows they bridge the gap between fundamental research and demonstration-scale work.
Biotrend has collaborated with 195 unique partners across 24 countries, an unusually broad network for a biotechnology SME. Their reach spans across the EU with no apparent geographic concentration beyond their Portuguese base, reflecting strong pan-European integration in the bioeconomy research community.
What sets them apart
Biotrend occupies a rare niche as a private biotechnology SME with deep, hands-on expertise in scaling up PHA bioplastic production from waste feedstocks — a capability that most universities and research institutes lack. Their 12-project track record spanning the full value chain from wastewater treatment through fermentation to bioplastic product prototyping makes them a uniquely practical partner who can take lab results to pilot scale. For consortium builders, they bring industrial bioprocess engineering that complements academic research without competing for project leadership.
Highlights from their portfolio
- OLEFINEHighest single-project funding (EUR 485,957) — oleaginous yeast platform for fine chemicals represents their deepest investment in microbial biotechnology.
- NENU2PHARDirectly targets PHA-based consumer products at scale, representing the commercial endpoint of their decade-long bioplastics expertise.
- BIONANOPOLYSTheir most recent project (2021-2024) and a cross-sector play into nano-enabled bio-based materials for packaging, textile, and automotive — signaling diversification beyond food packaging.