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Climate & Environment

Today, measurement has become an essential tool for addressing the growing challenges related to climate, air quality, and the management of environmental impacts. Against a backdrop of stricter regulations, heightened energy efficiency requirements, and the need for real-time monitoring, portable measuring instruments enable rapid, accurate, and on-site testing. They meet the needs of manufacturers, local governments, and the construction industry alike by facilitating the monitoring of emissions, atmospheric parameters, and indoor environmental quality.

This trend is particularly driving the growth of the HVAC (heating, ventilation, and air conditioning) market, where portable measurement plays a central role in energy optimization, preventive maintenance, and compliance with comfort and safety standards.

At the same time, electrochemical measurement is experiencing significant growth in environmental applications, making it an essential technology for supporting the ecological transition and meeting new monitoring needs.

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HVAC

Portable measurement plays a strategic role in the commissioning and maintenance of HVAC systems, where the reliability of the installations depends on quick, accurate checks performed directly on-site. During the commissioning phase, these instruments are used to verify essential parameters such as airflow rates, pressures, temperatures, and humidity levels to ensure that the equipment complies with design requirements and applicable standards. During operation, these instruments are key tools for preventive and corrective maintenance, facilitating the diagnosis of operational deviations, the identification of energy efficiency losses, and the early detection of failures. In a market focused on reducing energy consumption, improving indoor comfort, and extending the service life of equipment.

Climate Measures

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Indoor Air Quality

Europeans spend 90% of their time indoors, whether in schools, hospitals, offices, homes, or enclosed modes of transportation. Indoor air quality is therefore a major concern, as enclosed spaces contain numerous sources of pollution (occupants, building materials, furniture, cleaning products, and equipment), compounded by risks associated with excessive humidity, condensation, and mold.

Carbon dioxide (CO₂), emitted primarily through human respiration, is a recognized indicator of how well a space is sealed and the effectiveness of its ventilation. High concentrations—particularly above 1,000 ppm—can cause fatigue, reduced concentration, and discomfort, while also signaling a possible buildup of other pollutants.

Portable CO₂ measurement, combined with monitoring of temperature and relative humidity, is an essential tool for building diagnostics and HVAC system maintenance. It helps identify poorly ventilated areas, verify the performance of air-handling systems, prevent mold growth, and sustainably improve occupant comfort, health, and building performance.

Thermo-hygrometers

Thermo-anemometers

Air Quality

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Water Quality & the Environment

Against the backdrop of increasingly stringent health and environmental standards, electrochemical measurements have become indispensable tools for real-time monitoring of resource quality. Accurate, rapid, and adaptable in the field, these technologies enable the management of treatment processes and ensure the protection of ecosystems.

Electrochemical measurements

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