Reduce your CO₂ emissions by 2030

Microalgae cultivation offers a solution for CO₂ capture and is therefore particularly interesting for heavy industries such as cement, steel, chemicals, fertilizers and waste-to-energy.

Integrate CCUS (Carbon Capture, Usage and Storage) technologies directly into industrial sites
Repurpose waste heat from manufacturing processes
Implement a low-carbon strategy, fully compatible with existing facilities, within two years

From research to industrialization

Proof in numbers

of research in microalgae cultivation

0 + years

of production space within the AlgoSolis R&D facility

0 m²

independent production lines

available in the biorefining hall

0 m²

success rate in scaling up our CCUS projects

0 %

Meeting environmental requirements

Microalgae use CO₂ as a carbon source in their photosynthesis, contributing to the absorption of CO₂ excess from industrial processes.

Microalgae can be cultivated using this heat excess, optimizing the energy efficiency of facilities.

Microalgae make it possible to reduce the use of conventional materials (such as limestone or clay), which are responsible for large CO₂ emissions during processing.

Microalgae can produce value-added resources (biomass, bioenergy, chemicals), generating new revenue streams.

What we can do for you

We bring top-tier expertise in microalgae, offering a wide range of technical and applied skills to drive innovation forward.

State of the art

To identify the best innovation opportunities.

Starting from:

10K€

Duration:
1-3 months

Feasibility study

To integrate microalgae cultivation into an industrial process.

Starting from:

10K€

Duration:
1-3 months

Proof of concept

Validation of the innovation at pilot-scale prior to investment.

Starting from:

30K€

Duration:
6 months

Industrialization

Scaling at pre-industrial level to maximize impact.

Starting from:

50K€

Duration:
8 months

Testimonials

They benefit from turnkey solutions based on well-established expertise.

★★★★★

The Cimentalgue project aims to valorize industrial CO₂

“We are hosting the demonstrator, essentially large ponds, where spirulina will be cultivated in our main cement plant in Montalieu-Vercieu.”

Renaud C. - Project Manager, VICAT

★★★★★

From feasibility to successful implementation

“Their approach, combining scientific expertise with an understanding of industrial challenges, allowed us to make informed decisions by integrating both technical performance and return on investment.”

Philippe G. - CEO, SARA

★★★★★

Literature review: valorisation of anaerobic digestion digestate

“By building on feedback from similar projects that faced significant challenges in terms of profitability and feasibility, the proposed solution stands out as both innovative and promising.”

Toinou F. - R&D project management at GRDF

New in 2025 : Short training program “Industrial microalgae and cyanobacteria cultivation”

4 days of theoretical and practical training covering the entire microalgae production chain: from media and inoculum preparation to final biomass harvesting under solar conditions.

A similar project?

We are ready to assist you.