Ultra-high temperature heat pump
Dewtek Authorized Agent
Ultra-High Temperature Heat Pump
Waste Heat Recovery · Process Heating · Customized Integration
Recovers process waste heat and low-temperature heat sources, upgrading them to high-temperature hot water or steam up to 120°C+ through ultra-high temperature heat pump technology. Replacing oil and gas boilers with electricity-driven, highly efficient heating significantly reduces fuel costs and carbon emissions, providing a low-carbon solution for industrial heating.
Waste Heat Recovery · Temperature Elevation
30~50°C
Waste Heat / Low Temp Source
Ultra-High Temp HP
→
Max 120°C+
Hot Water / Steam
Core Technical Advantages
Waste Heat Recovery & Reuse
Recovers low-temperature waste heat from process discharge and elevates its temperature via heat pump, turning discarded energy into usable high-temperature heat.
Ultra-High Temp Output
Breaks conventional heat pump temperature limits to produce high-temperature hot water and steam, fulfilling heavy industrial process heating demands.
Electric Driving vs. Combustion
Driven by electricity with zero direct on-site combustion and zero fuel/gas emissions, significantly reducing carbon footprint and air pollution.
High Energy Efficiency
Utilizes waste heat as the primary energy source. COP performance outperforms traditional heating methods, cutting long-term fuel costs substantially.
Boiler Load Reduction
Handles baseline process heating loads to reduce operating hours and fuel consumption of existing boilers, achieving an optimal hybrid heating setup.
Smart Monitoring Integration
Integrates with the ESMC platform to monitor temperature, heat quantity, and efficiency, providing full visibility and continuous optimization.
Technical Capability Scope
Max 120°C+
Supply Temp
Hot Water / Steam
30~50°C
Heat Source Temp
Waste Heat / Low Temp
Custom
Thermal Capacity
Designed per Load
High COP
Energy Efficiency
Varies by Source Conditions
* Figures represent general technical capability ranges. Actual achievable temperatures, thermal capacities, and COP depend on site heat source conditions and custom engineering.
Target Industries
Food Processing
Sterilization / Concentration / Drying
Biotech & Pharma
Process Steam / Hot Water
Chemical Processing
Reaction Heating / Distillation
Textile & Dyeing
Dyeing & Heat Setting
Paper Industry
Drying Process Heating
Metal Surface Treatment
Cleaning / Plating Tank Heating
Implementation Benefits
Lower Fuel Costs
Replaces fuel oil and gas with waste heat + electricity to slash heating costs.
Carbon Emission Reduction
Zero direct on-site combustion substantially lowers carbon footprint.
Circular Energy Utilization
Recovers discharged waste heat for reuse, elevating total plant energy efficiency.
Supports ESG Goals
Drives low-carbon heating transition to strengthen sustainability performance.
* Energy savings and emission reductions depend on process heat sources, temperature requirements, and operating conditions. Actual numbers subject to on-site evaluation and M&V verification.