“Stable Product Quality
with Minimal Heat Load”

Bakeries

Industrial bakeries face significant challenges due to high internal heat loads and strict food industry regulations. Traditional cooling technologies can only operate efficiently with irrationally high energy consumption — and even then, the risk of mold and microbial growth remains a constant concern.

Handling bakery challenges

Our systems effectively reduce your facility’s heat load while ensuring stable product quality even under challenging operating conditions.

Cooling

Cooling of mixing, molding, baking, and packaging areas, as well as baked products.

Pressure Control

Maintaining positive pressure in packaging areas.

Temperature

Maintaining stable temperatures and continuous fresh air supply during the summer months.

Cooling Equipment Efficiency

Improving the performance of spiral and tray coolers.

Humidity

Increasing humidity levels to keep bakery crusts crisp and fresh.

Heat Recovery

Reclaiming and utilizing heat generated by ovens, workers, and machinery during the winter season.

A Sustainable Alternative to Compressor-Based Cooling

Two-Stage Adiabatic Climate Control

UP TO 90% ENERGY SAVINGS

UP TO 15 °C LOWER TEMPERATURES

Traditional compressor-based cooling systems come with enormous energy costs — taking a toll not only on the planet but also on operators’ budgets. Fortunately, our innovative two-stage adiabatic cooling technology offers a highly efficient and sustainable alternative.

More information →

Exceptional cooling power

With the IntrCooll two-stage adiabatic system, a hygienic and comfortable indoor climate can be achieved effortlessly, while reducing energy consumption by up to 90%.

Ventilation with cooled, filtered outside air

Cooled, filtered, and ionized outdoor air immediately relieves indoor heat while preventing the spread of bacteria and mold. In addition, the balanced ventilation system ensures that no negative pressure or uncontrolled airflow develops.

New System Development

Oxyma ökolétesítmények

Párátlan teljesítmény

Maximum Efficiency

Solutions for Bakeries

Two-Stage Adiabatic Cooling

Standalone unit or integrated into air handling systems

Our nature-inspired, two-stage adiabatic climate control systems cool, heat, ventilate, and humidify industrial halls year-round, adapting seamlessly to seasonal demands.

Adiabatic Precooling

For chillers or air handling units

Reduce the operational and maintenance costs of your existing or newly designed cooling systems while increasing cooling performance and operational reliability.

High-Pressure Direct Spray Humidification

Today’s most advanced industrial humidification technology. Environmentally conscious and energy-efficient, these systems enhance the performance of climate control systems in summer, capture airborne dust, and purify the air.

Wet Media Humidification

Modular, space-efficient systems powered by the natural force of water evaporation. A multi-purpose, high-efficiency alternative to energy-intensive thermal or steam humidification systems.

Comprehensive Water Management

Our proprietary, all-in-one water management system — complemented by compact water recycling units — ensures the most economical use of available water resources.

Disc Filtration

Optimal filter technology for systems and equipment operating under self-cleaning conditions limited by high pressure.

Compressor and Process Waste Heat Recovery

With our custom-designed systems, heat energy generated by compressors and other technologies can be captured, stored, and reused for heating purposes.

Chlorine Dioxide Water Treatment

An exceptionally powerful oxidizing agent capable of eliminating nearly all bacteria, viruses, molds, fungi, and algae, as no microorganism can develop resistance against it, unlike with most other disinfectants.

Modernization

Oxyma Retrofit programok

Rapid ROI

Nagyfokú rugalmasság

Cooling Systems

Air Handling Units

Cooling System Modernization

ROI <4 years

SAVINGS 25-50%

Adiabatic precooling
for chillers

Adiabatic precooling technology retrofitted to existing chillers, improving cooling performance, reducing energy use and maintenance needs, and extending system lifespan. Modular, easy-to-install evaporative pads ensure an always-optimized microclimate.

ROI <5 years

SAVINGS 15-30%

Szárazhűtők, szabad-hűtők adiabatikus
előhűtése

Adiabatic precooling technology retrofitted to existing dry and free coolers, enhancing cooling performance, reducing energy consumption and maintenance, and extending system lifespan. Modular, easy-to-install evaporative pads ensure a consistently optimized microclimate.

ROI <5 years

SAVINGS 15-30%

Adiabatic precooling for refrigeration condensers and gas coolers

Adiabatic precooling technology installed in front of existing condensers and gas coolers, improving cooling performance, reducing energy use and maintenance, and extending system lifespan. Modular, easy-to-install evaporative pads ensure a consistently optimal microclimate.

ROI <3 years

SAVINGS 20-35%

Hydromx heat transfer nanofluid

A specialized Nano-Thermo technology fluid designed to dramatically improve the performance of closed-loop cooling and heating systems. It also protects against corrosion, scaling, bacteria, freezing, and cracking.

ROI <2 years

SAVINGS 10-15%

Enercoat nano carbon-polymer coating

Ultrathin graphene-based carbon-polymer coating designed to boost the performance of industrial air handling and HVAC systems. It protects condenser coil surfaces from corrosion, UV exposure, and chemicals, while improving heat transfer and extending system lifespan.

ROI <2 years

SAVINGS 15-20%

Lima system monitoring and control

Smart interface for local PLCs, enabling data collection, monitoring, weather-based control, and AI-driven self-optimization and diagnostics. It also enhances our energy and thermal simulation calculator, delivering even more accurate performance and savings forecasts.

ROI <5 years

SAVINGS 15-30%

PreCooll adiabatic heat recovery precooling integrated into the exhaust air stream

Adiabatic precooling installed in the exhaust air stream of existing air handling units, enhancing performance, reducing energy use and maintenance, and extending system lifespan. The heat recovery module captures thermal energy from the extracted air and uses it to preheat the incoming fresh air.

ROI <3 years

SAVINGS 15-25%

HeatTank phase-change thermal storage

A revolutionary, compact thermal battery that uses phase-change materials to store heat at application-specific temperatures, with high energy density and minimal heat loss.

ROI <3 years

SAVINGS 30-50%

AfterCooll post-cooling for air handling units

Adiabatikus utóhűtő technológia meglévő folyadékhűtőre illesztve,
a hűtési teljesítmény javítása,
az energiafogyasztás és karbantartás csökkentése, valamint a rendszerélettartam növelése érdekében. Moduláris, könnyen telepíthető párologtató betétekkel a mindig optimális mikroklímáért.

AHU Modernization

ROI <3 years

SAVINGS 20-40%

Supply and exhaust side efficiency boost with EC fan technology

Boosting air handling unit efficiency with electrically driven fan walls. Thanks to stepless EC motor control, the system consistently delivers exactly the required output, with quiet, maintenance-free operation.

ROI <3 years

SAVINGS 15-25%

Pressure-optimized filters and electrostatic filters

Efficient electrostatic filtration with modular units for integration into air handling systems. Captures over 98% of fine particles while sterilizing the air. Its exceptionally low pressure drop enables more energy-efficient fan operation. No need for filter replacement, only occasional cleaning of the aluminum fins is required.

ROI <2 years

SAVINGS 10-15%

Enercoat nano carbon-polymer coating

Ultrathin graphene-based carbon-polymer coating designed to boost the performance of industrial air handling and HVAC systems. It protects condenser coil surfaces from corrosion, UV exposure, and chemicals, while improving heat transfer and extending system lifespan.

Additional key advantages of our solutions

Energy Efficiency

With our innovative climate control technology, electrical input energy can be reduced by up to 90% compared to conventional compressor-based cooling systems. To deliver 30–40 kWh of cooling performance and continuous fresh air ventilation, the system requires only 1 kWh of electricity.

Cost Effectiveness

Up to 90% energy savings, minimal water consumption, low maintenance costs, improved employee health (reducing sick leave expenses), and potential eligibility for government incentives together translate into substantial cost reductions.

Hygienic Environment

Our two-stage adiabatic cooling systems, certified according to VDI 6022 hygiene standards, ensure full compliance with even the strictest food industry requirements. Through integrated ionization technology, our systems eliminate airborne viruses, bacteria, and fungi, creating a fresh, clean working environment.

Optimal, Comfortable Indoor Climate

Our two-stage adiabatic technology provides a consistently ideal indoor climate — equally vital for employees’ health and comfort as for the stable, safe operation of production processes and equipment.

Ecocentric, Sustainable Operation

Our systems use water as a natural refrigerant and require very little electricity, resulting in extremely low pollutant and CO₂ emissions. They not only meet but often exceed environmental protection standards.

Remote Access and Monitoring

Our proprietary monitoring software provides real-time data on system performance, consumption, and efficiency, enabling instant diagnostics, rapid troubleshooting, and even ROI tracking, all accessible remotely.

Ideal Humidity

The precise humidity control ensured by our innovative solutions helps protect against viruses and minimizes the risk of excessive dust accumulation.

Low Maintenance Needs

Thanks to their inherently low-maintenance design and stable, continuous operation, our systems greatly reduce maintenance and service demands associated with facility operation.