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Learn how INFRANORM^® production infrastructure takes a holistic approach, combining cost-effectiveness, sustainability, and operational reliability.

Up to 95 % reduction in energy consumption for cooling thanks to an integrated system combining cooling, ventilation, heating, and heat recovery.

Holistic analysis of hall and zone air conditioning for targeted optimization of energy use and air flow.

Technical, operational, and regulatory requirements as the foundation for stable and cost-effective process climate control.

Technical and economic assessment of your cooling systems as a basis for energy-efficient optimization.

Assessment of existing ventilation systems as a basis for targeted and energy-efficient retrofit measures.

Technical comparison of single-stage and two-stage adiabatic cooling based on real-world climate data and temperature and humidity behavior.

Requirements for Heat Recovery in Industrial Facilities and Their Technical Evaluation for Process-Related Airflow Rates (EU Regulation 1253/2014).

Hygienic Design of SHC Systems and Regulatory Requirements for Evaporative Cooling and Ventilation Systems.

Comparison of Water Consumption Between Conventional Chillers and Two-Stage Adiabatic Cooling, and Analysis of Regional Impacts.

Comparison of sustainable hall conditioning and conventional refrigeration technology in terms of energy consumption, CO₂ emissions, operating costs, and regulatory requirements.

Comparison of EC and AC fans in industrial ventilation systems in terms of energy consumption and efficiency.

How two-stage adiabatic cooling enables lower temperatures with less moisture input and significantly reduced energy consumption.

Comparison of compression refrigeration, single-stage, and two-stage adiabatic systems in terms of technical requirements, energy consumption, and cost-effectiveness.

Why rising outdoor temperatures are pushing traditional cooling systems to their limits and why integrated indoor climate control is becoming increasingly important.

Why the F-Gas Regulation, rising energy prices, and ESG requirements make industrial refrigeration without synthetic refrigerants the way to go.

How Sustainable Hall Conditioning lowers energy costs, reduces regulatory risks, and creates stable production conditions.

How integrated systems combine cooling, ventilation, heat recovery, and air distribution year-round, thereby reducing energy consumption and operating costs.

Maintenance-free filter systems with up to 99.97 % filtration efficiency for lower energy consumption, long service life, and clean work environments.

Analysis of facility geometry, ventilation systems, heat loads, and emissions as the basis for consistent air quality and optimized energy use.

Determination of dust properties, volumetric flow rates, and explosion parameters as the basis for dust collection systems that comply with standards and are energy-efficient.

Collection of process-relevant machine data as the basis for the technically and economically optimal design of the filtration solution.

Design of energy-efficient filtration systems based on machine- and process-specific requirements to ensure high separation efficiency and low maintenance.

Assessment of heat sources and sinks to determine savings potential, payback period, and the economic use of industrial waste heat.

What to Look for When Comparing Machine Exhaust Systems in Terms of Separation Efficiency, Maintenance, and Total Cost.