IoT condition monitoring in thermoregulation utilities
Energy saving and improved efficiency thanks to power consumption insights in utilities for temperature regulation, the advantages of condition monitoring in thermoregulating units.
Energy saving and improved efficiency thanks to power consumption insights in utilities for temperature regulation, the advantages of condition monitoring in thermoregulating units.
Cooling towers on the market today are all equipped with everything to make them legionella-free, such as self-draining basins, absence of water stagnation and chemicals dosing systems for water treatment.
Correct design and installation of multi-pass plate heat exchangers in order to maximize the efficiency in heat recovery applications and ensure easy maintenance operations.
Energy saving in industrial thermoregulation, cooling and heating applications is a main driver in Tempco, looking forward to new condition monitoring and predictive maintenance services.
Significant cost savings thanks to reduced energy consumption and no maintenance costs with EC motors in retrofit on refrigerated counters, evaporators and chillers in supermarkets.
The fouling factor is an oversizing coefficient to evaluate during the design of heat exchangers, in order to ensure thermal transfer efficiency to always be at its best.
Fluids mixing in plate heat exchangers can only occur if a plate brakes for corrosion or cracking, not due to gaskets breaking, due to double protection and leakage alert they ensure.
Fibreglass is highly employed by manufacturers of cooling towers, both for components and structural parts, ensuring oxidation and corrosion resistance in constant presence of water.
Real time condition monitoring, data-driven predictive maintenance, remote management and asset otpimization with the iTempco IoT platform for Thermoregulation 4.0.
Pitting and corrosion by chloride and acids concentrations under high temperatures levels can lead to plates perforation in plate heat exchangers.