Thermal Management in Industrial Processes Rethinking Heating & Cooling: Energy Efficiency from Silos to Systems

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EDL Anlagenbau Gesellschaft mbH

Pörner Ingenieurgesellschaft mbH

ProMinent GmbH

Most industrial facilities still treat cooling and heating as siloed, disconnected systems. This outdated mindset results in wasted energy, high emissions, and unnecessary costs. By shifting to a unified thermal management approach, in which heat and cold are part of the same thermal energy ecosystem, industries can unlock major gains in efficiency, sustainability and performance.

Heating and cooling processes account for a major share of global energy consumption and industrial emissions. According to the European Environment Agency, the industrial sector's heating and cooling contribute around 20 - 25 percent of the Europe’s CO₂ emissions . For decades, these systems have operated in silos, often installed and managed independently. As a result, valuable energy – whether rejected heat from the cooling process’ condensation or waste heat from the heating process – is frequently lost. But this doesn’t have to be the case.

The Opportunity: Rethinking Efficiency

Rethinking how thermal energy is produced, recovered and reused offers a clear path toward decarbonised operations, enhanced efficiency, optimised energy use and lower operational costs across the industries. Integrated thermal management systems challenge the traditional mindset, enabling industrial plants to recover, repurpose, and balance thermal energy across their processes. This system level thinking is key to reducing emissions, cutting cost, and moving towards truly decarbonised operations.