Create in Silico – Realize in our lab
INTELLIGENT FLOW CHEMISTRY
Flow chemistry empowered by
Artificial Intelligence
At Alysophil, the marriage of Artificial Intelligence and Flow Chemistry is revolutionizing industrial chemistry. Our work led to the development of a tool called AlChemAI, designed for applications in the world of chemistry.
Its objective is to provide solutions at different levels of the value chain: research, modeling, production ...
The applications in which AlChemAI is already used today are as follows:
- Structure / property relationships (toxicity determination
or smell prediction for example)
- Generation of molecules under constraints.
The work in progress will allow our tool to:
- Optimize manufacturing processes
- Detect anomalies
- Pilot flow chemistry process.
We combine Artificial Intelligence with continuous manufacturing processes to increase autonomy and safety, and reduce the environmental footprint and operating costs.
1 MILLION
NEW MOLECULES
AVAILABLE
1 million molecules never synthesized are available today!
Alysophil is proud to announce the generation of a library of
1 million molecules never synthesized, built by several deep neural networks, trained since 2017. The creation of this database is part of an approach of interconnection of deep learning and a deeptech industrial activity. This exceptional database will meet the complex specifications of our customers and produce the corresponding molecules on the basis of a short cycle using new syntheses made possible by our flow chemistry technology.
OUR MARKETS
From flavors and fragrances to energetic molecules, we know how to very quickly generate high value-added molecule candidates, and supply the production unit. This is a revolution. Within the context of the Covid-19 crisis, at a time when the question of industrial sovereignty has become a priority, our proposal also represents a real opportunity for the relocation or creation of key chemical activities.
Let's create together the industrial chemistry of the 21st century!”
Our ideas are part of the revival of fine and specialty chemicals.
We have already been able to implement them in the markets of :
defense, aeronautics, flavours and fragrances, cosmetics, construction.
We are also developing the pharmaceutical and detergent markets,
electronics and manufacturing industry. This diversity of markets can be explained by
by the versatility of the solutions implemented. A few examples:
COSMETICS
Alysophil focuses in the fields of personal care products because its biomimetic solutions bring many advantages, especially in the environmental impact of the production processes:
- Use of bio-sourced raw materials
- Reduction of solvent use
- Reduction of energy consumption
- Traceability
As an example, Alysophil has developed a continuous flow process for the production of Allantoin, which has been the subject of a publication.
Work for major groups in this sector has also been undertaken to demonstrate the benefits of flow chemistry.
Alysophil has developed partnerships to identify needs and propose innovative solutions in synthesis and extraction/purification.
FLAVOURS AND FRAGANCES
Alysophil carries out research work in the field of flavours and fragrances with the aim of providing its partners with original fragrances. In addition to new scents, the R&D team focuses on favouring raw materials of natural origin and the definition of high-performance synthesis compatible with the implementation of production in continuous processes.
The main projects currently underway include:
- The synthesis of a new biomimetic fragrance to replace a natural one. The demand for this fragrance is increasing and nature cannot provide all the needs which generates a significant environmental impact. Alysophil aims to propose an innovative solution to this problem.
- The search for new syntheses for the production of musk.
In order to benefit from the latest scientific advances, Alysophil has set up partnerships with university laboratories for the research of syntheses and continuous processes
DEFENSE
As part of its research work for the implementation of continuous flow processes, Alysophil carries out various works in the field of intermediates for energetic materials.