DiCoMI (fibre reinforced polymers), SMART POP (lignocellulosic biomass processing), and DeMANS (biopolymers as replacement commodity polymers) form a consistent thread in sustainable materials research.
NEW ZEALAND INSTITUTE FOR BIOECONOMY SCIENCE LIMITED
New Zealand bioeconomy research institute specializing in bio-based materials for additive manufacturing and agricultural microbiome science.
Their core work
The Bioeconomy Science Institute is a New Zealand-based private research organization specializing in bio-based materials, sustainable manufacturing, and food system science. They bring Southern Hemisphere expertise in lignocellulosic biomass processing, biopolymer development, and ruminant microbiome research to European consortia. Their work bridges the gap between renewable raw materials and industrial-scale product development, contributing particularly to additive manufacturing with sustainable feedstocks and alternative protein technologies.
What they specialise in
SMART POP focuses on mechanosynthesis and milling for powder production, while DeMANS targets volume fabrication and prototype development using bio-based materials.
MicrobiomeSupport (microbiome food systems coordination), HoloRuminant (ruminant microbiome and early life colonisation), and ClieNFarms (livestock systems sustainability).
SMART PROTEIN project on plant protein and microbial biomass protein for future food systems.
HOMED project on management of invasive non-native pests and pathogens in forestry — drawing on NZ's strong biosecurity tradition.
ClieNFarms (2022-2025) on climate-neutral crop and livestock systems with multicriteria assessment and scaling-up strategies.
How they've shifted over time
Their early H2020 work (2018-2020) split between composite materials engineering (DiCoMI), forest pest management (HOMED), microbiome coordination (MicrobiomeSupport), and alternative proteins (SMART PROTEIN) — a broad entry point into European research. From 2020 onward, their focus sharpened decisively toward sustainable materials for additive manufacturing (SMART POP, DeMANS) and livestock microbiome science (HoloRuminant, ClieNFarms). The trajectory shows a clear convergence on two pillars: bio-based manufacturing and climate-smart agriculture.
They are concentrating on replacing petroleum-based polymers with bio-based alternatives for industrial manufacturing, while deepening their microbiome expertise toward climate-neutral livestock — expect future projects at this intersection of bioeconomy and decarbonization.
How they like to work
They never coordinate — all 8 projects are as participant, partner, or third party, indicating they contribute specialized expertise rather than leading consortium management. With 154 unique partners across 39 countries, they operate as a globally connected specialist that European consortia bring in for specific capabilities. Their mix of partner and third-party roles suggests they often join through existing institutional relationships rather than open calls, which points to strong trust-based networks.
Remarkably well-connected for a non-European organization, with 154 unique consortium partners spanning 39 countries. Their network bridges Oceanian bioeconomy expertise with European research infrastructure, making them a valuable link to Southern Hemisphere knowledge in forestry, agriculture, and biomass processing.
What sets them apart
As one of very few New Zealand organizations active in H2020, they offer a rare pipeline to Southern Hemisphere bioeconomy research — particularly relevant for biomass types, agricultural systems, and biosecurity challenges that differ from European conditions. Their dual strength in bio-based materials manufacturing AND agricultural microbiome science is unusual; most organizations specialize in one or the other. For consortium builders needing international partners with genuine complementary expertise (not just flag-planting), they bring both scientific depth and geographic diversity that strengthens applications.
Highlights from their portfolio
- DeMANSTheir most strategically aligned project — directly targeting replacement of commodity polymers with biopolymers for additive manufacturing at production scale, running until 2026.
- HoloRuminantLarge-scale ruminant microbiome project connecting early life colonisation to sustainability metrics and carbon footprint — positions them at the intersection of animal science and climate research.
- SMART PROTEINAddresses the high-profile alternative protein space, linking food science with regenerative agriculture — their entry point into the plant-based and microbial protein sector.