150 ℃ High Temperature Steam Heat Pumps for Industry

The 150°C high-output steam heat pump is a heavy-duty industrial steam generator designed specifically for large manufacturing plants to meet high and continuous steam demands. Engineered for energy-intensive industrial operations, it generates large volumes of 150°C saturated steam to supply multiple production lines, large-scale drying processes, reaction vessels, and facility-wide heating systems. Its robust construction ensures reliable, continuous operation even in demanding environments.

This heat pump is an ideal choice for steel mills, chemical complexes, automotive plants, building material manufacturers, and other heavy industries, delivering the capacity, reliability, and efficiency required by large-scale industrial steam systems.

Advantages

1. High Steam Output to Meet High-Demand Production

The unit supplies the massive steam volumes required for continuous, high-intensity production in large factories. It generates ample 150°C saturated steam to simultaneously power multiple energy-intensive processes, including industrial drying, large-scale sterilization, chemical reactions, metal processing, and facility heating. Even during peak production periods when all systems are running at full load, the unit maintains stable pressure and temperature, ensuring uninterrupted production.

2. Designed for Continuous, Heavy-Duty Industrial Operations

Unlike systems designed for intermittent or light-duty applications, this unit is built specifically to meet the rigorous demands of heavy industry. All components are selected for long service life under continuous operation. The compressor, heat exchanger, and control system are meticulously engineered to withstand the rigors of round-the-clock production while maintaining consistent performance. This robust construction translates to fewer malfunctions, reduced downtime, and lower maintenance costs.

3. Direct Replacement for Large Industrial Boilers

This unit is designed to directly replace coal, gas, and electric boilers, offering equivalent steam output while significantly reducing energy consumption. It eliminates the need for fuel procurement, storage, and handling, as well as the emissions control and compliance burdens associated with combustion systems. By transitioning from boiler systems to this heat pump system, many large factories can achieve substantial annual operating cost savings without compromising the reliability of their steam supply.

4. Intelligent Steam Management for Varied Production Needs

Steam demand in large factories often fluctuates significantly—peaking during high-production periods and dropping during off-peak times. The unit’s intelligent control system continuously monitors steam pressure and consumption patterns, automatically adjusting output to meet real-time demand. This "on-demand" operation maximizes efficiency, minimizes energy waste, and ensures a stable steam supply regardless of production fluctuations.

Applications

1. Medium-sized Food Processing Plants

This steamer is ideal for the continuous cooking of meat, seafood, or vegetables. Its steam output of 80 kg/h maintains a stable temperature of 150°C (±2°C), which is critical for product quality and food safety.

2. Textile Dyeing and Setting

Provides stable process steam for fabric dyeing, drying, and heat-setting equipment. The unit's consistent output helps reduce color variation and boosts production efficiency.

3. Chemical Reaction Vessels

Suitable for the indirect heating of jacketed reactors requiring 150°C steam. Its 45 kW heating capacity supports batch operations for 500–1000 liter vessels.

Installation and Maintenance

Installation by qualified technicians typically takes 2–3 days. The equipment requires a 380V three-phase power supply (max current 70A), a softened water inlet (DN20), and a steam outlet (DN32). We recommend installing an upstream water softener to prevent scale buildup. Routine maintenance involves checking the water level and performing blowdown once per shift. Water filters should be cleaned and steam traps inspected every 1–2 months. Annual professional maintenance includes checking compressor oil, cleaning coils, and verifying electrical connection torque. With proper maintenance, the unit can operate trouble-free for over 10 years.

Specifications

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