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    Industrial heat pumps: decarbonizing process heat with high efficiency and reliability 

    Industrial heat pumps: decarbonizing process heat with high efficiency and reliability 

    As industries across Europe transition to low-carbon operations, the electrification of heat is becoming a critical strategy. Industrial heat pumps offer a clean, efficient, and scalable solution for generating process heat and district heating. FILTER provides industry-leading heat pump systems from Oilon and Heaten, designed to meet the technical and performance demands of industrial and utility clients. 

    1. Industrial heat pump solutions 

    FILTER’s portfolio includes high-performance heat pump systems tailored for various industrial applications, from medium-temperature hot water to large-scale steam production. 

    1.1. Why Oilon? 

    Oilon ChillHeat systems offer a unique combination of efficiency, reliability, and control features, making them a preferred solution for industrial customers and district heating providers. 

    Key advantages: 

    • Market-leading efficiency (highest COP) 
    • Very high outlet temperatures (up to 120 °C) 
    • Very high temperature lift 
    • Wide range of refrigerants, including low-GWP options 
    • Excellent part-load operation (down to 20%) 
    • Compact footprint and integrated soundproof casing 
    • Low vibration and robust design 
    • ABB PLC-based automation with auxiliary equipment control functions 

    1.2. Oilon ChillHeat P-Series 

    The P-series is designed for mid-sized applications requiring precise control and high outlet temperatures. 

    Specifications: 

    • Capacity: 30–450 kW (EN 14511, 0/35) 
    • Outlet temperature: Up to 120 °C 
    • Piston compressor technology 
    • Optional VFDs on up to four compressors 
    • Compatible refrigerants: R134a, R450A, R513A, R515B, R1234ze, R1233zd 

    1.3. Oilon ChillHeat S-Series 

    The S-series serves large-scale heating networks and industrial processes. 

    Specifications: 

    • Capacity: 180–2000 kW (EN 14511, 0/35) 
    • Outlet temperature: Up to 80 °C 
    • Screw compressor technology 
    • VFDs as standard 
    • Broad refrigerant compatibility 

    1.4. Subcooling efficiency advantage 

    ChillHeat systems utilize subcooling to increase heat output without added power consumption. This allows up to 15% higher capacity at the same input, significantly boosting overall COP and reducing operating costs. 

    1.5. Advanced automation & connectivity 

    Automation is delivered via ABB PLC with integrated energy metering and remote access capabilities. 

    Supported interfaces: 

    • Modbus RTU/TCP 
    • Profibus 
    • Profinet 
    • Bacnet 

    Remote connectivity is available through Tosibox, supporting remote monitoring, diagnostics, and integration with supervisory systems via OilonONE platform. 

    2. Steam generating heat pumps 

    FILTER also provides very high-temperature heat pumps capable of producing direct steam for industrial use. These systems are ideal for process industries looking to eliminate fossil-fuel boilers. 

    2.1. Heat pumps to decarbonize high-temperature process heat 

    FILTER partners with Heaten, a pioneer in high-temperature heat pump development with over 13 years of experience. Heaten’s collaboration with the INNIO Group ensures industrial-grade engineering, manufacturing, and lifecycle support. 

    INNIO supports Heaten with: 

    • Development and engineering 
    • Scalable manufacturing 
    • Global maintenance services 
    • Application-specific consulting 

    This partnership enables industrial clients to integrate Power-to-Heat technology into operations with high reliability and long-term efficiency. 

    2.2. The HeatBooster Technology 

    The HeatBooster system is a high-capacity, piston-compressor heat pump that delivers saturated steam up to 12 bar and 200 °C, ideal for industrial steam loops. 

    Key features: 

    • Robust, compact design 
    • Efficient part-load operation (down to 20%) 
    • Compatible with low-GWP refrigerants 
    • Stable performance in continuous operation 

    This system enables full electrification of steam generation without compromising process performance or reliability. 

    2.3. COP performance at high temperatures 

    COP (Coefficient of Performance) remains a critical metric for assessing heat pump efficiency. Even at high delivery temperatures (e.g., 150 °C), modern systems maintain COP values around 2.2, depending on the source temperature. 

    This demonstrates that electrified steam production is technically and economically viable, even in energy-intensive applications. 

    3. FILTER is powering industries with industrial and steam-generating heat pump solutions 

    FILTER’s portfolio of industrial and steam-generating heat pumps delivers the performance, flexibility, and sustainability required by modern energy systems. Whether optimizing process heat, replacing fossil fuel boilers, or enabling low-emission district heating, our solutions are built to meet the evolving needs of industrial operations and municipalities. 

    With advanced technologies from Oilon and Heaten, FILTER provides: 

    • Reliable, high-efficiency heat generation 
    • Electrification-ready systems with grid service compatibility 
    • Full support from project planning to commissioning and service delivery 
    • Proven references in the Baltic and Nordic markets 

    FILTER is committed to supporting your decarbonization and electrification journey with scalable, future-proof heating solutions.  Partner with FILTER for the next generation of industrial heat.

    Find your nearest office and get in touch. We will be happy to help you find the best solution.

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