SciTransfer
Organization

NADIR SRL

Italian SME combining materials processing expertise with bio-based chemical production from CO2 and renewable feedstocks.

Technology SMEfoodITSMEThin data (2/5)
H2020 projects
3
As coordinator
0
Total EC funding
€1.3M
Unique partners
41
What they do

Their core work

NADIR SRL is a Venice-based technology SME specializing in advanced materials processing and bio-based chemical production. Their work spans additive manufacturing of functional scaffolds to converting biogenic CO2 into industrial chemicals through fermentation and electrocatalysis. They contribute materials science and process engineering expertise to large EU consortia focused on sustainable manufacturing and circular bioeconomy applications, including bioplastics (PHA, PHB) and bio-based polyurethanes for automotive use.

Core expertise

What they specialise in

Bio-based chemicals and polymersprimary
2 projects

Central to both BIOMOTIVE (bio-based polyurethanes for automotive) and CO2SMOS (PHA, PHB, cyclic carbonates from biogenic CO2).

Additive manufacturing and scaffold fabricationsecondary
1 project

Contributed to FAST project on functionally graded additive manufacturing scaffolds via hybrid manufacturing.

CO2 valorization and gas fermentationemerging
1 project

CO2SMOS project focuses on converting biogenic CO2 emissions via gas-fermentation and co-electrocatalysis into circular bio-based products.

Sustainable materials for automotivesecondary
1 project

BIOMOTIVE targeted advanced bio-based polyurethanes and fibres specifically for automotive industry applications.

Evolution & trajectory

How they've shifted over time

Early focus
Additive manufacturing scaffolds
Recent focus
Bio-based chemicals from CO2

NADIR began its H2020 involvement in advanced manufacturing, contributing to the FAST project (2015-2019) on hybrid additive manufacturing for functionally graded scaffolds. From 2017 onward, their focus shifted decisively toward bio-based materials and circular chemistry — first with bio-based polyurethanes for automotive (BIOMOTIVE), then moving into CO2 conversion and bioplastic production (CO2SMOS). This trajectory shows a clear pivot from physical manufacturing processes to green chemistry and circular bioeconomy.

NADIR is moving toward circular bioeconomy and CO2 valorization, making them a relevant partner for projects converting waste streams into bio-based industrial chemicals.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European10 countries collaborated

NADIR operates exclusively as a consortium participant — they have never coordinated an H2020 project. Despite only three projects, they have worked with 41 unique partners across 10 countries, indicating they join large, well-connected consortia (particularly BBI-IA demonstration projects). This pattern suggests a specialist contributor that brings targeted technical capabilities rather than project management leadership.

With 41 unique consortium partners spread across 10 countries from just 3 projects, NADIR has built a broad European network through participation in large-scale demonstration and research consortia. Their partnerships span the bio-based industries and advanced manufacturing communities.

Why partner with them

What sets them apart

NADIR bridges the gap between advanced manufacturing know-how and bio-based chemical production — an unusual combination for a small Italian SME. Their trajectory from additive manufacturing into CO2 valorization and bioplastics positions them at the intersection of process engineering and green chemistry. For consortium builders, they offer hands-on materials processing capability without the overhead of a large industrial partner.

Notable projects

Highlights from their portfolio

  • FAST
    Their largest single grant (EUR 933K) — focused on hybrid additive manufacturing of functionally graded scaffolds, representing their manufacturing roots.
  • CO2SMOS
    Their most recent and forward-looking project, converting biogenic CO2 into PHA, PHB, and cyclic carbonates — signals their strategic direction toward circular bioeconomy.
Cross-sector capabilities
Manufacturing and additive manufacturingAutomotive materialsCircular economy and waste valorizationIndustrial biotechnology
Analysis note: Profile based on only 3 projects with limited keyword data for earlier projects. The manufacturing-to-bioeconomy evolution is clear from project topics but the depth of their specific technical contributions within each consortium cannot be fully determined from available data. Website verification recommended for a fuller picture of their commercial capabilities.