SciTransfer
Organization

PERVATECH BV

Dutch biotech SME applying fermentation, microbial CO2 conversion, and microalgae biorefinery to circular economy challenges in food and industry.

Technology SMEfoodNLSMEThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
€473K
Unique partners
32
What they do

Their core work

Pervatech BV is a Dutch biotech SME that applies fermentation, biocatalysis, and microbial cell factory technology to convert industrial waste streams into valuable products. Their work spans two application domains: using bacteria (Clostridium, Acetobacter) to produce platform chemicals such as 3-butanediol, lactic acid, and formic acid from CO2 waste gases of iron and steel plants; and applying microalgae biorefinery to valorize the gaseous and liquid residues of wineries. The company name suggests expertise in pervaporation — a membrane-based separation process routinely used in downstream processing of fermentation broths. They operate as a specialist industrial partner within large international consortia, contributing applied bioprocess and biotechnology know-how.

Core expertise

What they specialise in

Microbial fermentation and biocatalytic processesprimary
2 projects

Both BIOCONCO2 and REDWine rely on fermentation and biocatalytic process expertise as a core technical contribution from Pervatech.

CO2 valorization via microbial cell factoriesprimary
1 project

BIOCONCO2 (2018-2022) focused specifically on low-energy biocatalytic conversion of CO2 from iron and steel industry into platform chemicals including 3-butanediol and 3-hydroxypropionic acid.

Bio-based platform chemical productionsecondary
1 project

BIOCONCO2 targeted simultaneous production of multiple industrially relevant chemicals — 3-butanediol, 3-hydroxypropionic acid, lactic acid, and formic acid — from captured CO2.

1 project

REDWine (2021-2025) targets microalgae biomass production by feeding winery liquid and gaseous effluents into algae cultivation systems for subsequent biorefinery.

Circular economy bioprocessing from agri-food wasteemerging
1 project

REDWine applies circular economy principles to the wine sector, turning winery effluents and CO2 emissions into microalgae feedstock — framing established bioprocess skills in a food-sector context.

Evolution & trajectory

How they've shifted over time

Early focus
Industrial CO2 microbial conversion
Recent focus
Wine waste microalgae biorefinery

Pervatech's early H2020 work (BIOCONCO2, 2018) was squarely in industrial biotechnology — microbial cell factories, fermentation organisms like Clostridium and Acetobacter, and the production of specific chemical compounds from CO2 emitted by heavy industry. Their more recent project (REDWine, 2021) shifted toward agri-food sector biorefinery, framing the same core competencies within a circular economy narrative tied to the wine industry. The underlying science — using biological systems to extract value from carbon-rich waste — remains consistent, but the application domain has migrated from heavy industry toward food production and agricultural waste valorization.

Pervatech is moving toward agri-food circular economy applications, applying its fermentation and bioconversion expertise to sector-specific waste valorization — suggesting future interest in projects linking food industry residues, algae biotechnology, and bio-based chemical production.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European10 countries collaborated

Pervatech has participated exclusively as a consortium partner — never as coordinator — in both their H2020 projects, indicating they prefer a specialist contributor role rather than project leadership. Across only two projects they accumulated 32 unique partners in 10 countries, which reflects the large multinational consortia typical of RIA and IA instruments. This pattern points to an organization positioned as a niche technical expert brought in by larger project leads, rather than one that initiates and manages collaborations.

Pervatech has connected with 32 consortium partners spanning 10 countries through just two projects — a high ratio reflecting large Horizon 2020 consortia rather than a tight bilateral network. No geographic concentration is evident from the available data; their partnerships appear broadly European.

Why partner with them

What sets them apart

Pervatech is one of the few Dutch SMEs combining applied fermentation process expertise with CO2 valorization and microalgae biorefinery across both heavy industry and agri-food contexts — a combination that sits at the intersection of industrial biotech and circular food systems. Their apparent specialty in bioprocess separation technology (suggested by the company name referencing pervaporation) would make them a distinctive downstream processing partner in fermentation-intensive projects. For consortium builders, they offer credible SME industrial experience in biotechnology without the overhead or academic profile of a research institute.

Notable projects

Highlights from their portfolio

  • REDWine
    Pervatech's largest-funded project (EUR 294,153, IA instrument) combines oenology waste streams, microalgae cultivation, and circular economy principles — an unusual application domain that positions them as one of few SMEs active at this specific intersection.
  • BIOCONCO2
    A technically ambitious RIA project targeting biological CO2 conversion from iron and steel industrial emissions into multiple platform chemicals simultaneously, demonstrating depth in microbial cell factory design and low-energy biocatalytic process development.
Cross-sector capabilities
Industrial decarbonization (biological CO2 capture and conversion from heavy industry emissions)Bio-based chemicals and materials (platform chemical production via fermentation)Environment and waste valorization (industrial and agri-food effluent bioprocessing)
Analysis note: Only 2 projects available; profile is directionally accurate but may miss significant expertise not reflected in H2020 participation. Pervaporation membrane technology is inferred from the company name alone — no direct project evidence supports it. Cross-sector capabilities and unique positioning should be treated as tentative pending additional company data.