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Mérieux NutriSciences is able to chemically and microbiologically sample and analyze many environmental matrices subject to regulatory bonds and not managed by a multi-utility that returns legally and scientifically conclusive analytical results and compares them with current legislation, if requested.

Thanks to the ten years of experience, services and controls prevent and resolve environmental issues that may impact on health, public safety and corporate image or optimize a process with the support of innovative analytical techniques and cutting edge equipment. These services are available all over the country thanks to the widespread presence of highly qualified and continuously updated technicians.

Our most common tests and services

All our Tests and Services

Water is a fundamental element for organisms and human activities. Current rule specifies its chemical, physical and biological characteristics according to the final use.

Mérieux NutriSciences performs a wide range of analyses to support the controls in the field of hydrological risks, monitoring of contaminated areas and farmlands. 

All manufacturing processes produce liquid and solid wastes. Mérieux NutriSciences provides a full range of testing capabilities to support the classification of waste and environmentally responsible waste management programs.

The Mérieux Nutrisciences emission sampling team has a thirty-year experience and it is composed of highly skilled technicians. It also has state-of-the-art materials and sampling lines: they are constantly updated and meet the requirements of technical standards. It deals with the measurement of stationary source emissions from large industrial facilities (incinerators, refining and petrochemical plants). 

Air quality monitoring and analysis is an integral part of environmental protection. Mérieux NutriSciences provides monitoring of air quality in the industrial setting to ensure a safe workplace environment.

Initial and subsequent checks of the Asset care allow assessing whether the performances of a manufacturing system or part thereof fall within the expected requirements and respond effectively in technological, economic and environmental terms. Such approach is extremely useful for people entrusted with deciding the business strategy since it allows a balance between economic investments and production performances.