An unique approach to chemical production that meets the challenges of today and tomorrow


Alysophil’s research and development team, which can rely on its network of partners university laboratories when needed, has all the skills to characterize a molecule and define the most efficient synthesis.
The proposed solutions can be synthesized in flow, a process that allows safer, more environmentally friendly and more efficient production while reducing costs.

We also exploit, on behalf of our partners, all the power of our AlchemAI neural network, which enables us to identify new molecules, propose new synthesis routes, and predict a wide range of properties: physico-chemical characteristics, price, market, organoleptic properties, etc…
The development of artificial intelligence solutions is carried out in-house. Each solution is unique in order to best match the identified need.



The industrial implementation of the research work is carried out by Alysophil’s teams using existing equipment on the market.
Continuous reactors allow a rapid change of scale, allowing for rapid adaptation to demand. The automation of the installations is supported by deep neural networks giving autonomy to processes increasing safety and improving quality.

Alysophil is also able to produce molecules, whether or not resulting from research work, on behalf of its partners. Flow production ensures our partners a reduced environmental footprint, guaranteed product quality, and excellent reactivity due to the ease of adapting the process.


Flow chemistry and artificial intelligence bring a new paradigm for the chemical industry. This is why Alysophil not only delivers a product, but also proposes the implementation of these tools to its partners.


AI Collaborative Project

Alysophil develops a tool to drive a production unit in flow chemistry

Biomimetic fragrance

Alysophil is working on the synthesis of a new fragrance by getting as close as possible to what nature provides. Our approach is similar to biomimetism


Alysophil carries out research for the transposition of the manufacture of intermediate molecules of energetic materials into a continuous process

European Project for Space Conquest

Alysophil is participating in a European collaborative project for the implementation of drug production during the next space travel to Moon and Mars. The solution will be based on Alysophil's skills in continuous process and artificial intelligence.



Alysophil attended at the Flow Chemistry Europe conference which took place at Cambridge (UK), in the charming setting of the Wellcome Genome Conference Centre in

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