Process Cooling
• Water cooling systems (chiller) implemented in the manufacturing process for thermal dissipation
• Use of high redundancy equipment;
• Reuse of heat generated in the cooling process to heat other areas;
• Use of inverter technology for greater efficiency
• Water cooling towers, associated, or not, with a chiller cooling circuit.
Comfort Air Conditioning
• Heating, Ventilation and Air Conditioning (HVAC);
• Heating units: Boilers and heat pumps;
• Cooling units: Chillers, electric VRF or natural gas;
• Air Treatment Units with fans, filtering, thermal recovery and heating/cooling;
• Compact Units: Rooftops;
•Terminal units: fan-coil, radiators and split (direct expansion);
• HVAC Electrical Panel and Centralized Technical Management.
Precision Air Conditioning
• Conditions of temperature and relative humidity in tight and demanding regimes;
• Installation in laboratory rooms, quality and manufacturing processes;
• Close Control type units with heating/cooling and humidification/dehumidification;
• Close Control with ON/OFF compressors or Inverter.
Industrial Heating
• Production of hot water for heating huge volumes of factory spaces;
• Biomass boilers (pellets);
• High efficiency natural gas condensing boilers;
• Terminal heating systems by Aerotherms or ATUs with air network and difusion;
• Natural gas thermoblocks;
• Heat Pump.
Compressor exhaust and heat reuse
• Thermal energy recovery system;
• Installation of aeraulic and diffusion network for heating;
• Energy saving;
• Fast investment payback;
Sanitary hot water
and Solar thermal
• Water solar thermal heating for consumption and support of different types;
• Solar thermal with high energy savings and CO2 reduction;
• Installation of a thermosiphon-type compact solar system or forced circulation;
• Hot water production from natural gas, firewood or pellets boilers, among others;
• Hot water production from DHW heat pump.
Humidification and
dehumidification
• Control of relative humidity of spaces;
• Creation of high or low humidity conditions according to the manufacturing process;
• Humidification by immersed electrodes, adiabatic, infrareds, ultrasounds or venturi;
• Dehumidification by direct expansion, cold water or desiccant system.
Cleanrooms
• Construction of controlled environments in terms of temperature, humidity and asepsis;
• Design and installation of a turnkey cleanroom, according to ISO 14644;
• Panel, doors, glazing, structure, lighting, fire detection, compressed air, among other features;
• HVAC systems with requirements taking into account the specifications of each type of industry;
• Air treatment units, close control and reversible heat pump;
• Ventilation units with terminal filtration up to ULPA17;
• Global control system, electrical panel and validation tests by accredited entity.