Industrial Steam Heat Pump Manufacturer in India

A steam heat pump is an industrial heat pump system that recovers and upgrades waste heat or steam for reuse in process heating. Rockshell Corp designs and manufactures industrial steam heat pump systems for applications requiring high-temperature process steam, with configurations tailored to steam pressure, temperature, heat source and capacity requirements.

Steam Temperature

Up to 300°C

Steam Generation

Up to 200°C at 14 bar

Steam Heat Pump

Our Clients

APAR Cummins ACG Ball Galaxy Reckitt Coca-Cola Haldirams Honeywell P&G Hindustan Unilever Trident TVS Hero Tata Motors Takeda

Industrial Steam Heat Pump Specifications

Rockshell steam heat pump systems can be configured according to the required steam conditions, available heat source and process demand. Key operating parameters include steam temperature, pressure, heat-source conditions and system capacity.

Max. Steam Temperature
300°C
Steam Pressure
Up to 14 bar
Steam Generation
Up to 200°C @ 14 bar
Temperature Lift
Up to 20°C/stage*

Explore Our Steam Heat Pump Solutions

Rockshell offers steam heat pump configurations for different steam recovery, steam generation and industrial process heating requirements. Explore the solutions below to identify the configuration relevant to your application.

How Does a Steam Heat Pump Work?

Steam heat pump systems recover available thermal energy and upgrade it to a temperature and pressure suitable for industrial process use. Depending on the application, Rockshell systems can be configured for waste-steam upgrading or steam generation using recovered heat.

Discuss Your Steam Heat Pump Requirement

Heat Sources for Steam Generation

Steam heat pump systems can recover and utilise low-grade or waste heat available from different plant utilities and industrial processes. The suitability of a heat source depends on its temperature, flow rate, availability and the required steam conditions.

Chiller & Ammonia-System Heat

Recover available heat from chiller and ammonia refrigeration systems.

Cooling Tower Waste Heat

Utilise recoverable thermal energy that would otherwise be rejected through cooling systems.

Air Compressor & DG Set Heat

Recover waste heat generated by air compressors and diesel generator systems.

Chilled Water

Use available chilled-water heat as a source for suitable steam-generation applications.

Other Industrial Waste Heat

Assess other available process or utility heat sources based on their temperature and operating conditions.

Why switch from boiler steam to a steam heat pump ?

Benefits of Using Steam Heat Pumps for Process Steam:

Why Choose Rockshell for Industrial Steam Heat Pumps?

Rockshell Corp combines industrial heat-pump engineering, thermal system design and process integration to develop steam solutions around the requirements of each plant. Our approach considers the available heat source, steam demand, operating conditions and integration with existing utilities.
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Application-Specific Engineering

Systems are configured around the specific steam and heat-recovery requirements of the application.

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Waste Heat Recovery

Recover suitable waste heat and steam streams and redirect available thermal energy towards productive process use.

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Customised Solutions

System configuration can be adapted according to temperature, pressure, capacity and available heat-source conditions.

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Process Integration

Steam heat pump systems can be designed to integrate with existing steam, cooling and utility systems.

Need Assistance With an Industrial Steam Heat Pump?

Construction, Materials & Controls

Rockshell steam heat pump systems can be configured with materials, components and control systems suited to the operating conditions of the application.

Industrial Applications Of Steam Heat Pumps

Steam heat pumps can support a range of industrial processes that require continuous or recurring process steam. Application suitability depends on the required steam pressure and temperature, available heat source and process demand.
01 Food & Beverage Processing
03 Dairy Processing
05 Pharmaceutical Manufacturing
07 Chemical Processing
09 Textile Dyeing & Finishing
02 Pulp, Paper & Packaging
04 Distillation & Evaporation
06 Sterilisation & Cooking
08 Automotive Industry
10 Other Process Steam Applications

Industrial Steam Heat Pump FAQs

An industrial steam heat pump is a system that recovers available thermal energy or waste steam and upgrades it to provide useful process steam. Depending on the application, it can help reduce reliance on conventional fuel-based steam generation.
A steam heat pump recovers thermal energy from a suitable heat source and uses a heat pump cycle or mechanical vapour recompression to increase its usable temperature and pressure. The upgraded heat or steam can then be reused in an industrial process.
Depending on the application, steam heat pumps can utilise waste steam, cooling tower heat, chiller or ammonia-system heat, air compressor heat, DG set heat, chilled water and other suitable industrial waste-heat sources.
Rockshell steam heat pump systems can be configured for steam temperatures of up to 300°C. Steam generation can reach up to 200°C at pressures of up to 14 bar, depending on the system configuration and operating conditions.
By recovering and upgrading available waste heat or steam, a steam heat pump can reduce the amount of new steam that needs to be generated using conventional fuel-based boilers. The actual reduction depends on the available heat source, steam demand and operating conditions.
Depending on the process requirements and available heat source, a steam heat pump may supplement or partially replace conventional boiler-based steam generation. A technical assessment is required to determine the appropriate configuration for each plant.
Steam heat pumps can be considered for industries such as food and beverage, dairy, pharmaceuticals, chemicals, textiles, pulp and paper, packaging and other manufacturing processes requiring process steam.
Suitability depends on factors such as the available heat source, heat-source temperature and flow, required steam pressure and temperature, steam demand, operating hours and existing utility systems. Rockshell's engineering team can assess these parameters to determine a suitable system configuration.