Pollution study and analysis
Before applying pollutant treatment and management solutions, it is necessary to know the exact nature of the pollution.
Daxtachem, based in Monaco, offers a full range of scientific advice and support to professionals in the field of the environment.
Among the services offered by Daxtachem: chemical and microbiological analyses, toxicology and eco-toxicology analyzes and continuous water monitoring and self-monitoring solutions.
These services are deployed through innovative and eco-responsible technologies (green chemistry, radiology, probes, etc.) and specific research (simulations and laboratory tests, field measurements, analytical and exposure studies, passive sampling, etc.) .
The company also offers to carry out historical research and analyzes to contextualize pollution or serve as support for legal and extra-judicial expertise.
These are notably carried out by archaeologists specialized in pollution issues.
In terms of scientific advice, Daxtachem provides its clients with a complete service ranging from the development of the project and the assignment of tasks to the delivery of a detailed report, including the choice of analyzes to be carried out, the place and the methods of their realization, or the verification of the data obtained.
Daxtachem: Scientific advice at the service of depollutionDaxtachem Daxtachem
After the analysis, the depollution!
Once the nature and causes of the pollution have been identified, the company offers innovative depollution solutions.
Mention may be made of that based on bacteria for the biodegradation (or biodecontamination) of the insulating oils contained in the electric cables.
Called Oil Degradation by Bacteria (ODB System), this unique technology, patented in Europe and the United States, is mainly intended for the electrical industries.
Operating on a similar principle, Daxtachem also markets SDB System (Soil Degradation by Bacteria System), intended for the
in situ
biodegradation of industrial land, often soaked in highly toxic products.
The company's latest flagship innovation: Moleculary Imprinted Polymers, or MIP.
This tool for the treatment of wastewater and drinking water is based on a technology making it possible to produce in solid form and to measure polymers to absorb specific compounds.
This internal R&D project within the group could very soon be deployed in real conditions and is already the subject of a partnership with the Oceanographic Institute for the absorption of antibiotics in the marine environment.