About Eranova

The Eranova project is an industrial project for the production of plastics derived from biomass, breaking with the solutions currently used for biobased sourced plastics.

  • The biomasses currently used occupy arable land, relocate agricultural land, and require significant energy resources for their processing (Corn, Potato, Sugar cane).
  • Eranova has been certified with the ADEME 2017 "Programme d'Investissement d'Avenir" (Future Investment Program) seal and is supported by TOTAL TDR, the Provence-Alpes-Côte d'Azur region, and BPI - Banque Publique d'Investissements (Public Investment Bank). The "Programme d'Investissement d'Avenir" is a significant French government initiative aimed at fostering innovation and economic growth. BPI, or Bpifrance, is a public investment bank that plays a crucial role in supporting and financing businesses in France.
  • Eranova's target market for its range of biobased polymers, called AlgX, is the film industry for packaging, as well as the market for flexible and rigid plastic packaging in all its transformation forms. The focus is on various end-of-life options: biodegradability, compostability, reuse, and recycling.

Our values

Valor energético
Energy value

Energy partnership with local manufacturers and sustainable practices
1. Energy Collaboration
2. Beach and Site Cleaning
3. Waste Upcycling
4. Use of Renewable Energy

Valor Social
Social value

The Industrial Project combines technology transfer and rehabilitation of industrial infrastructures, focusing on sustainable and collaborative models. Local employment of none specialised workforce

Valor de la propiedad
Property value

No Occupation of Agricultural Land
Algae production does not require arable land, allowing cultivation in aquatic environments or unused areas.
Reduced Footprint
- Productive Efficiency: Algae starch production per hectare is 14 times higher than that of corn, with lower water and fertilizer usage.
- Environmental Benefits: Reduction of CO₂ emissions, improvement of water quality (removal of nitrates/phosphorus), and avoidance of pesticides.

Valor ambiental
Environmental value

Green Algae Bioplastics: Transforming pollutants into value-added products

Green algae, often considered pollutants on beaches and in waters, find new life as raw material for sustainable bioplastics. This innovative process converts environmental waste into products of high economic and environmental value, contributing to the circular economy and the preservation of ecosystems.

Valor territorial
Local and global territorial value

Upcycling Green Algae: From Problem to Opportunity!
A burden for communities, an opportunity for the environment: green algae blooms can be transformed into a valuable resource.

Decontaminating beaches, boosting tourism, and improving the environment: a sustainable solution to an environmental problem.

Technology explained

Philippe Lavoisier, co-founder of Eranova, explains to Maritima Média the process of producing bioplastics from recycled green algae.

This innovative approach transforms what was once considered a pollutant into a valuable resource for sustainable plastic production. Eranova's technology uses green algae blooms, which often cause environmental issues in sea or when washed up on beaches, as a raw material for creating biobased polymers

Eranova's journey in biotechnology innovation

Partners

INSA Lyon
CeaTech
IMT
BpiFrance
Région Sud
Ceva
Total
Région Aix Marseille Provence
Eropean plastic pact
Ademe

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