AquaMS products

Algae can be represented under various shapes, like the green, brown, red algae and micro-algae. They grow in water and more specifically in sunny environments, because they produce their energy from light thanks to photosynthesis. Algae can then proliferate suddenly and induce either health risks if they release toxins and risks for the local fauna and flora. On the other hand, algae can be used for diverse application in biotechnologies and especially for their biomass valorization and energy production.

The determination of dissolved H₂S concentration and total dissolved sulphide amount (TDSA) is necessary for the optimization of reagent injection in sewage network et for the conduct of industrial process. On the other hand, H₂S is involved in corrosion phenomenon of networks and cause bad smells. The H₂S amperometric micro-sensor allow to measure this parameter directly in water without sampling, avoiding then every risks of sample oxidization.

Dihydrogen is found especially in waste waters and industrial waters. H₂ is used in many chemical reactions and knowing its concentration allows to optimize products synthesis. In situ measurement of this specific parameter avoid any modification risks of the water quality often caused when a sample is taken.

Hydrogen peroxide found many applications in various fields such as medicine and food industry who use it for disinfection and sterilization, but also in cosmetic production, paper industry and particularly in water treatment. H₂O₂ is used to eliminate organic pollutants and lessen H₂S effect. However, it’s also involved in corrosion phenomenon and creation of oxidizing species, highly aggressive for the organism. Dissolved H₂O₂ concentration’s control is an important parameter to adapt water treatment, especially for H₂S oxidation on one hand and in the other hand, for sewage networks and intervention staffs’ protection.

Dissolved oxygen in water is a fundamental parameter for the aquatic fauna and flora and the associated organic activity. Indeed, the dissolved O₂ level found in lake, river and oceans governs the local environment’s composition. On the other hand, dissolved O₂ is also important to optimize biological activity in waste water treatment. Dissolved O₂ monitoring allows then both to obtain sufficient quantity for the aquatic wildlife and in natural resources, but also avoid excessive aeration in waste waters.

Ozone treatment is more and more used for the protection of lakes, rivers, drinking water networks, recreational water or even in pharmaceutical and food industries. O₃ is a powerful oxidant capable of destroying organic matter and most of pathogens. However, O₃ excess revealed to be toxic et lead to corrosion risks. As a result, it is important to control dissolved O₃ level in treated water.

Highly accurate submersible probes, customizable for online measurement of physical, chemical and optical parameters.