Process Cooling
Modern industrial processes require precise temperature control and absolute reliability. Process cooling solutions ensure stable operating conditions, high precision and continuous 24/7 operation throughout the year.
OFFER / INDUSTRIAL COOLING
Air / Water coolingCooling systemsHeat pumps
Industrial cooling for stable processes and lower energy consumption
Solutions for cooling processes, machines, and facilities: process chillers, hydraulic modules, free-cooling, and service. Focus: stable temperature, fewer outages, and optimized power use.
SOLUTIONS
Solutions and application areas
We provide a broad range of configurations and application areas.
Air Conditioning
Air conditioning systems improve comfort and working conditions while increasing energy efficiency and reducing environmental impact. Flexible solutions adapt to the specific needs of each application.
Compressed Air & Gas Treatment
A complete treatment network removes condensate, oil and other impurities from compressed air and gases. The result is higher efficiency, reduced downtime and maintenance costs, and improved product quality.
MTA TAE N MINI
Mini chiller for smaller industrial systems.
ChillerAir-cooledMini1.7 – 4.4 kW
Več o seriji
MTA TAEevo LWT
Chiller for low-temperature applications.
ChillerLow temperature4.5 – 52.5 kW
Več o seriji
MTA TAE G Compact
Compact chiller version with a small footprint.
ChillerAir-cooledCompact6 – 23 kW
Več o seriji
MTA iCYGNUS N
Inverter heat pump with natural refrigerant R290 for sustainable heating, cooling and domestic hot water production.
Heat pumpAir-cooledInverterR2906.5 – 51.8 kW
Več o seriji
MTA TAEevo TECH
High-performance next-generation industrial chiller.
ChillerAir-cooled8 – 259 kW
Več o seriji
MTA TWEevo TECH
Water-cooled process chiller for demanding applications.
ChillerWater-cooled12.4 – 191.7 kW
Več o seriji
MTA HAEevo TECH
Air-cooled heat pump for industrial processes.
Heat pumpAir-cooled13 – 88 kW
Več o seriji
MTA FC4TAE and FC4ALL
Modular free-cooling system for process cooling in new or existing industrial systems.
ChillerAir-cooledFree-cooling18 – 407 kW
Več o seriji
MTA iCYGNUS G HP
Inverter air-cooled heat pump for efficient year-round heating and cooling.
Heat pumpAir-cooledInverter18 – 49 kW
Več o seriji
MTA CYGNUS G
Energy-efficient next-generation industrial chiller.
ChillerAir-cooled27 – 81 kW
Več o serijiMachine process cooling
Cooling of production machines and industrial processes for stable operation and repeatable quality.
Data centers / IT
Reliable cooling of server rooms, data centers, and IT infrastructure.
HVAC and facilities
Cooling for commercial and industrial facilities and central HVAC systems.
Food industry
Temperature control in food production, packaging lines, and storage.
Pharmaceutical and chemical
Cooling of laboratory and production processes with precise temperature control.
Energy
Heat removal from generators, transformers, and process equipment.
Lasers and metal cutting
Cooling of industrial lasers for stable operation and precise cutting.
Plastics and injection molding
Mold cooling for shorter cycle times and better product quality.
FAQ
Frequently asked questions
Which data do you need for an offer?
To properly select a chiller, we need basic process data: required cooling capacity (kW), average and peak heat load, supply and return temperatures (e.g., 12/7 °C), medium type (water or glycol mixture), flow rate, and operating regime (24/7, cyclic, or seasonal). We also need site conditions—indoor or outdoor installation, ambient temperature, and any noise or space constraints.
Can we reduce energy consumption?
In most cases, energy use can be significantly reduced. We achieve this through optimal system sizing, power control (e.g., inverter/VSD compressors), proper temperature differential (ΔT) settings, and cooling medium flow optimization. In specific applications, consumption can be further reduced with free-cooling solutions where part of the cooling is provided by outdoor air without compressor operation.
How important is preventive maintenance?
Preventive maintenance is essential for reliable cooling system operation. Regular cleaning of condensers and heat exchangers, refrigerant circuit leak checks, verification of fan/pump/control operation, and cooling medium quality checks prevent efficiency losses and unexpected downtime. Correct service intervals extend equipment life and maintain process temperature stability.
Is glycol necessary in a cooling system?
Glycol is used where freezing risk exists or where the system is installed outdoors. A water-glycol mixture lowers the freezing point and protects piping, heat exchangers, and pumps from damage. When selecting concentration, it is important to consider minimum ambient temperature and glycol impact on flow and heat transfer.
What is the difference between air- and water-cooled chillers?
In air-cooled chillers, heat is rejected directly to ambient air through a condenser with fans, making them suitable for simple outdoor installation without additional cooling infrastructure. Water-cooled systems use a cooling tower or another cooling-water source, enabling higher efficiency in larger industrial systems and more stable performance under high loads.
How do we determine required cooling capacity?
Cooling capacity depends on the amount of heat that must be removed from the process. It is calculated from machine heat losses, cooling medium flow rate, and temperature difference (ΔT) between supply and return. Sizing should also account for possible load peaks and future production expansion.
Industrial cooling
Describe your process and we will propose the right solution.
Fill in a short form and we will prepare a configuration proposal based on load profile, environment, and energy efficiency goals.
Sizing based on real operating loads
Energy consumption optimization
Supply, installation, and service
Where to find us
DirectionsPod lipami 4 · 1370 Logatec, Slovenija