Ventilation System Optimization
Best practices and innovative solutions
Measurement and control system for an HVACR air handling unit
Measurement and control system for an HVACR air handling unit
Controlling temperature, humidity, pressure and air flow in air handling units and ventilation systems ensures appropriate environmental conditions and optimizes energy consumption. Continuous measurement enables equipment to be regulated according to the actual needs of the installation, maintaining consistent air quality and detecting deviations early.
Conductivity control in a cooling tower
Conductivity control in a cooling tower
Water quality has a direct impact on the performance and service life of cooling systems. Monitoring pH, conductivity, turbidity and temperature makes it possible to control water conditions and identify changes that may promote corrosion, scaling or microbiological growth. Continuous control helps maintain circuit efficiency and reduce maintenance requirements.
Ammonia Leak Detection in Industrial Refrigeration
Greater safety in refrigeration systems
Application for ammonia leak detection
Application for ammonia leak detection
Monitoring ammonia (NH₃) concentration identifies leaks at an early stage and triggers automatic safety measures. This reduces risks to people and equipment, ensures process continuity and prevents unplanned downtime in industrial refrigeration systems.
Solar Thermal Energy in HVACR Systems
Energy optimization with solar power
Solar thermal system for heating and air conditioning
Solar thermal system for heating and air conditioning
Precise temperature and pressure control in solar thermal systems maximises heat transfer and makes efficient use of the available energy. Appropriate monitoring improves energy performance and facilitates the integration of solar energy into heating and air-conditioning installations.