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In this document, learn how INFRANORM® is revolutionizing production infrastructure and hall conditioning with the holistic INFRANOMIC® engineering approach in order to massively reduce energy costs and CO₂ emissions while creating a healthy working environment.

Up to 95% less energy consumption in cooling thanks to an integrated system of cooling, ventilation, heating and heat recovery.

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

Structured collection of technical, operational and normative requirements as a basis for stable and economical process air conditioning.

Recording of all relevant technical and economic parameters as a basis for a reliable energy assessment of your cooling technology.

Structured data collection as a basis for a well-founded evaluation of existing ventilation systems and possible retrofit measures.

Technical comparison of single-stage and two-stage adiabatic cooling with real climate data and evaluation of temperature and humidity behavior.

Classification of heat recovery requirements in industrial buildings and evaluation of technical relevance in the context of process-related air volumes (EU Regulation 1253/2014).

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Presentation of the hygienic design of SHC systems and regulatory classification with regard to evaporative cooling systems and ventilation requirements.

Comparison of the water use of conventional chillers with two-stage adiabatic cooling and classification of regional effects.

Structured comparison of sustainable hall conditioning and conventional refrigeration technology with regard to energy demand, CO₂ emissions, operating costs and regulatory requirements.

Technical comparison of EC and AC fans in industrial ventilation systems, with a focus on energy consumption and efficiency.

How sustainable hall conditioning is overtaking traditional refrigeration technology from a regulatory, energy and economic point of view. This white paper shows why F-gas regulation, rising energy prices and ESG requirements are forcing a rethink — and how industrial cooling can be achieved without synthetic refrigerants.

Increasing outdoor temperatures are fundamentally changing the requirements for production buildings. This white paper analyses why classic cooling concepts are reaching their limits and what role integrated hall conditioning plays in a new climate reality.

Why indoor climate should not be considered seasonally. This white paper explains how integrated systems combine cooling, ventilation, heat recovery and air flow all year round — for stable processes, reduced energy costs and higher operational reliability.

How energy-efficient, refrigerant-free systems make companies more independent of energy price peaks, regulatory risks and supply bottlenecks. The white paper shows how Sustainable Hall Conditioning creates resilience — technically and economically.

Maintenance-free filter systems with up to 99.97% separation efficiency, minimal energy consumption and maximum service life. The brochure shows how modern filter technology reduces emissions, lowers operating costs and creates clean, safe workplaces.

Holistic analysis of hall geometry, ventilation technology, heat loads and emissions as a basis for stable air quality and optimized energy use in production halls.

Systematic recording of dust properties, volume flows, explosion parameters and emission requirements. The analysis provides planning security for standard-compliant and energy-efficient dust removal systems.

Structured collection of all process-relevant parameters — from machine data to separating agents to containment. The analysis forms the basis for a technically robust and economically dimensioned filter solution.

Survey of all machine and process-specific influencing factors for the precise design of energy-efficient filter systems with high separation efficiency and minimal maintenance costs.

Structured evaluation of heat sources and sinks to estimate savings potential and payback period. The analysis shows whether and how industrial waste heat can be used economically.

Before you compare offers, define your requirements. This technical information shows what really matters when it comes to separation efficiency, maintenance and overall costs.