Utilise efficient electric process heat—tailored precisely to your application. AURA designs and implements electrically heated process heat systems for retrofitting existing systems, phased transformation concepts and new production systems.
In electrically heated process heat systems, electricity is converted directly into heat within the heat generator. Depending on the process, the electric heater may, for example, heat thermal oil or generate steam. The heat is then transported in a controlled manner to the relevant consumer. Sensors, temperature control and power controllers adjust the heating output to the actual process demand.
Electrifying industrial process heat is particularly attractive when fossil fuels are to be replaced, direct emissions reduced or production processes aligned with an electric energy supply in the long term.
Where no fuel is combusted, no combustion-related CO₂ or NOx emissions are generated at the heat generator. The overall carbon footprint of the heat produced depends on the source of the electricity used.
Electric heating output can be adjusted quickly and according to demand to match the actual heat requirement. This enables stable temperature levels and supports reproducible production conditions.
Burners, fuel supply systems and combustion-related components are no longer required. This reduces the associated maintenance and servicing work.
Electric heat generation requires neither a gas nor an oil supply. This is particularly relevant for new systems or sites without existing gas infrastructure.
Electrically heated systems can be designed compactly and easily integrated into existing structures. This creates additional possibilities where space is limited.
Electric process heat makes it possible to use electricity from renewable sources directly for heat generation, integrating the heat supply into a broader decarbonisation strategy.
Electric process heat is suitable both for modernising existing heat supply systems and for new production systems. However, the planning task differs significantly.
Existing process heat systems do not necessarily have to be completely rebuilt. Depending on their condition and design, existing heat-transfer circuits, consumers and other components can continue to be used, while fossil-fuel heat generation is replaced or supplemented with an electric solution.
For a new production line or site, electric heat generation can already be considered during the concept phase. This allows the heat generator, heat-transfer medium, consumers, control system and electrical infrastructure to be aligned from the very beginning.
AURA electric process heat solutions
Today, electrically heated systems account for around 70% of AURA’s comparison between fired and electrically heated systems. Drawing on decades of experience and expertise, AURA offers efficient, emission-free electric heaters tailored to your individual application. We focus on safety, sustainability and reliability, and guarantee straightforward, fast and cost-effective installation—whether for an existing system, a phased transformation or a new system.
Wenn Emissionen vermieden werden sollen oder keine Gasinfrastruktur verfügbar ist sowie wenn ein Direktkreis erwünscht ist.
Maximal effizient – Elektrische Energie wird verlustfrei in Wärme umgewandelt.
Besonders häufig wird die elektrische Wärmeerzeugung bei folgenden Anwendungen eingesetzt:
Nein, da die eingesetzten Heizflansche sehr robust und wartungsarm sind.
Ja, eine Ex-Ausführung ist möglich!
Ja – In Verbindung mit grünem Strom oder PV-Anlagen ist eine klimaneutrale Prozesswärmeversorgung realisierbar!
In Kombination mit einem Kühler kann eine direkte Beheizung sowie Kühlung erreicht werden. Sprechen Sie uns gerne bei Fragen an!
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