Steam Generation Heat Pumps
EcoTech Solutions’ Steam Generation Heat Pump is an advanced, energy-efficient heating solution designed to produce high-temperature steam from 100°C to 145°C for modern industrial applications. By utilizing advanced heat pump technology, the system efficiently converts available thermal energy into high-temperature steam, providing a sustainable alternative to conventional steam generation systems. With high-efficiency components, intelligent controls, robust construction, and reliable operation, EcoTech Steam Generation Heat Pumps provide a cleaner and more efficient solution for industries looking to modernize their steam generation infrastructure.
- 100°C–145°C Steam Output for demanding industrial applications
- High-efficiency steam generation using advanced heat pump technology
- Significant potential for energy and operating cost savings
- Sustainable alternative to conventional boiler-based steam generation
- Reliable and continuous steam supply
- High-temperature performance for demanding industrial processes
- Reduced dependence on conventional fossil-fuel heating
- Intelligent control for precise temperature and steam management
- Compact and space-efficient system design
- Durable construction for demanding industrial environments
- Low maintenance requirements
- Suitable for integration with existing industrial heating systems
- Eco-friendly solution with reduced environmental impact
EcoTech Steam Generation Heat Pumps use advanced heat pump technology to efficiently generate high-temperature steam for industrial applications. The system captures available thermal energy and upgrades it to the required temperature, helping industries reduce their dependence on conventional boilers and other energy-intensive steam generation methods. With a steam output range of 100°C to 145°C, the system is designed for applications requiring reliable high-temperature steam. Its efficient operation can help reduce energy consumption, lower operating costs, and support industries in achieving their sustainability and decarbonization goals.
Application of Steam Generation Heat Pump
Key Features
100°C–145°C Steam Output
Designed to deliver high-temperature steam from 100°C to 145°C, providing reliable thermal energy for demanding industrial processes.
High-Efficiency Steam Generation
Advanced heat pump technology efficiently upgrades available thermal energy into high-temperature steam, helping reduce energy consumption.
Energy Cost Reduction
Efficient operation can significantly reduce the energy required for steam generation compared with conventional heating methods, depending on operating conditions and system configuration.
Continuous Steam Supply
Engineered for reliable operation and consistent steam production for industries with continuous or high-demand process requirements.
Industrial-Grade Construction
Built with high-quality components designed to withstand demanding operating conditions and long hours of industrial operation.
Intelligent Controller
Advanced controls provide accurate temperature management, system monitoring, safety protection, and convenient operation.
Easy System Integration
Can be integrated with existing steam distribution networks, process equipment, hot water systems, storage systems, and other industrial thermal infrastructure.
High-Temperature Hot Water
Designed to efficiently produce high-temperature hot water for applications with demanding heating and sanitation requirements.
Eco-Friendly Operation
Helps industries reduce energy consumption, operating costs, and environmental impact while transitioning toward more sustainable process heating.
Product Specification
| CO2 HEAT PUMP | ET-HPW-78X-G-T-PW-UHT-0 | ET-HPW-240X-G-T-PW-UHT-0 | ET-HPW-400X-G-T-PW-UHT-0 |
|---|---|---|---|
| Heating Capacity | 7.8 kW | 24 kW | 40 kW |
| Input Power | 1.7 kW | 5.3 kW | 9.0 kW |
| Power Supply | 1-Ph 220V / 50Hz | 380V 3-Ph / 50Hz | 380V 3-Ph / 50Hz |
| Rated Outlet Water Temp. | 85°C | 85°C | 85°C |
| Max Outlet Water Temp. | 90°C | 90°C | 90°C |
| COP | 4.6 | 4.5 | 4.4 |
| # Technical information may change without prior notice due to continuous improvement process. | |||