Novobiom.
Nature-inspired.
Fungi-powered.
Impact-driven.
At Novobiom, we are convinced that life on earth is the greatest possible source of inspiration and an infinite library of smart solutions. Our ambition is to contribute to solving current environmental and societal challenges by developing bio-inspired restorative innovations.
Biomimicry and circularity at the core
Taking inspiration from Nature, we take a systemic approach to develop innovative products and services that emulate biological systems, designing regenerative solutions supportive for life and with a multidisciplinary approach. Integrated within the planetary boundaries.
We exploit the natural capacities of fungi, also called mushrooms, to deliver competitive and tailored solutions addressing priority environmental challenges such as soil health, waste management, and sustainable production systems.
We do so by leveraging the full potential of new computational technologies.
What we value
Walking the talk, we also strongly believe that our ambition needs to be reflected in our organization’s culture.
Trust-based self-governance and leadership
Open-mindedness, dialogue and respect
A deep understanding of sustainability
Co-creation & multidisciplinarity
Fairness, accountability and transparency
Pursuit of excellence with purpose
Our team
Jean-Michel Scheuren
Dr. Caroline Zaoui, PhD
Aurélie Espérandieu
Careers
Current openings
Internship – Lab Technician. Biochemical
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Spontaneous applications
NOVOBIOM is always on the lookout for talents in the Environmental Biotechnologies & Bioengineering sectors. Please let us know who you are and what you can bring by mail to open_application@novobiom.com.
Awards & Recognitions
EIC Accelerator
2025 Awardee
L’Oréal Green Science Incubation program
2023-ongoing
Solar Impulse Foundation
Recognized solution
The Future is Fungi Award
2023 Awardee
Ray of Hope Biomimicry Challenge
2024 Finalist
BMW Foundation RESPOND acceleration
2023 Awardee
They speak about us
The digestive prowess of fungi to decontaminate natural environments from polluting plastics, oil spills, toxic waste and even radiation is gaining traction around the globe (…). Novobiom has already
shown this process works at scale.
Nature biotechnology – July 2024
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Financial Times – January 2026
A garbage-strewn planet may find a friend in fungi
Several start-ups are betting on mushrooms to break down materials that defeat traditional recycling. (…) Belgium’s Novobiom are experimenting with ways to turn polluted soils, plastics and industrial refuse into usable materials. (…) Rising landfill costs, tighter regulation and pressure on companies to reduce their environmental footprint are creating a niche for unconventional waste technologies.
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Des champignons mangeurs de textiles: cette étonnante méthode qui réinvente le recyclage
Et si des champignons pouvaient digérer nos vieux vêtements ? Alors que les filières du recyclage peinent à encaisser l’augmentation sans précédent des déchets textile, la start-up Novobiom a trouvé un moyen peu commun de les revaloriser… et même d’en faire du biogaz !
GEO – June 2025
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How Novobiom Plans to Navigate the Economic and Environmental Imperatives of Waste Management
The Belgian startup’s mycoremediation technology is pioneering sustainable waste solutions for a healthier planet
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Et si les champignons détenaient la clé pour dépolluer nos sols les plus contaminés ?
Novobiom en a fait sa mission, avec une approche radicalement différente : s’appuyer sur l’intelligence du vivant pour réinventer la dépollution.
Act4GlobalImpact – June 2025
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Novobiom selected as one of the “5 solutions from Day 1” from over 1,000 solutions which captured the attention of organizers and participants
ChangeNow 2025
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Publicly-funded projects
Novobiom is proud to be backed by the EIC Accelerator.
Novobiom has been awarded funding from the EIC Accelerator, Europe’s flagship program for “game-changing” technologies. As one of the world’s most rigorous and competitive deep-tech programs, the EIC Accelerator selects fewer than 5% of applicants across Europe.
It signifies that our mission to heal the planet through fungal biotechnology has undergone the most stringent due diligence in the industry and has been recognized for its immense global potential.
Core Focus Areas and Methodology
EIC Accelerator supports Novobiom specifically on scaling up its technology for circular textile.
The EIC Accelerator project is funded by the European Union.
We are proud to be one of the 11 partners joining forces in the major European LIFE project, PFASTER.
This collaboration is dedicated to tackling the widespread challenge of PFAS (per- and polyfluoroalkyl substances) contamination while prioritizing environmental protection.
What is PFASTER?
PFASTER is a key acronym representing a focused strategy: PFAS systemic regional approach to Assess Spatial distribution, Transfer, Exposure and Remediation of widespread pollution.
This European LIFE project specifically targets PFAS contamination in and around the site of the former paper factory in Willebroek.
Core Focus Areas and Methodology
The PFASTER team is working to address the complexity of PFAS contamination through focused research and innovative action. The project’s focus is centered on three strategic pillars:
- Research.
- Innovative Remediation Techniques.
- Nature-Based Solutions.
The overall project strategy is divided into several essential themes, ensuring a holistic approach to managing PFAS pollution:
- Composition and Distribution of PFAS
- Exposure and Risk Assessment
- Pilot Remediation Techniques
- Evaluation and Scale-up
The LIFE PFASTER project is Co-funded by the European Union.
Novobiom is a key partner within the four-beneficiary consortium driving the flagship European LIFE InBioSoil project.
This collaboration is dedicated to pioneering Advanced In Situ Bioremediation (AIB) technologies to tackle the widespread challenge of Persistent Organic Pollutants (POPs) contamination in soil, prioritizing environmental protection by avoiding excavation.
What is LIFE InBioSoil?
InBioSoil (In Situ Bioremediation of Soil: mycoremediation and advanced bioremediation tools to avoid soil excavation) is a 48-month initiative aiming to demonstrate the technical and environmental feasibility of AIB. The solution use biological processes directly within the ground, minimizing environmental disturbance and preventing soil disposal in landfills.The project will be validated at pilot sites in Spain (Barcelona) and Belgium (Brussels).
Core Focus Areas and Methodology
As experts in applied mycology, our contribution is central to the project’s success. We are tailoring our biological platform for in situ application, focusing on three core technological pillars:
- Fungal-Based Bioremediation
- Digital Twin Technology
- Advanced In Situ Delivery
The LIFE InBioSoil project is Co-funded by the European Union.
We have been awarded funding from the European Innovation Council and SME Executive Agency (EISMEA) alongside the Fondazione E. Amaldi (FEA) in a consortium with 13 other partners.
This collaboration is dedicated to tackling the widespread challenge of PFAS (per- and polyfluoroalkyl substances) contamination while prioritizing environmental protection.
What is the project about?
Inno4CFIs – short for “Nature-Based Business Model and Emerging INNOvations to enhance Carbon Farming Initiatives (CFIs) while preserving
Biodiversity, Water Security and Soil Health” has a twofold objective:
1. To promote reforestation practices to increase CO2 uptake while promoting crucial environmental co-benefits such as sustainable freshwater production, dry-land and soil restoration and, biodiversity promotion
2. Financing highly innovative technologies promoted by SMEs located in i3-eligible countries (EU27).
Core Focus Areas and Methodology
The promotion of Carbon Farming practices is the main focus of the project, with the design of systemic solutions balancing the interdependencies between water, energy, food and the environment, as well as the implementation and financing of Carbon Farming projects.
The Inno4CFIs project is Co-funded by the European Union.
What is the project about?
Novobiom is further strengthening its approach to soil bioremediation with the analysis of plant-fungi-microbiota soil interactions, pursing dual objectives of carbon sequestration and contaminations remediation.
Core Focus Areas and Methodology
The Waste2Bio project is funded by the Wallonia region as part of its support to European IIS projects (Internationalisation des Initiatives d’Innovation Stratégiques – Plan de Relance de la Wallonie).