How do Heat Pumps work?
Heat pump technology is a technology that transfers heat energy from low-grade heat sources to high-grade heat sources, and is a key technology for future energy conservation and carbon reduction.
Extreme Energy Efficiency
INDUSTRIAL HIGH-TEMPERATURE HEAT PUMP SOLUTIONS FOR FOOD & BEVERATGE INDUSTRY
Turn waste heat into valuable energy. Reduce costs, cut emissions, and accelerate your industrial decarbonization journey.
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Industrial Decarbonization
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Up to 150°C
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Waste Heat Recovery
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Customized Solution
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- INDUSTRIAL HIGH-TEMPERATURE HEAT PUMP SOLUTIONS FOR FOOD & BEVERATGE INDUSTRY
Upgrade low-grade heat into high-value process heat — from 85°C hot water to 150°C ultra-high-temperature steam
Built for factories that need to cut fuel costs, reduce emissions, and replacetraditional boiler-based heating with a cleaner, smarter, and more efficientsystem, Shenling's high-temperature heat pump portfolio covers air-sourceand water-source solutions for hot water, hot air, and steam applicationsacross multiple industrial sectors.
Why Partner with Shenling?
As an HVAC engineering contractor or system integrator, your success depends on reliable equipment, seamless system integration, and strong manufacturer support. Shenling provides industrial-grade high-temperature heat pumps designed with "engineering-friendly" architecture, enabling you to deliver turn-key decarbonization projects to Food & Beverage clients with confidence, speed, and strong profitability.
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1. System-Friendly Design & Low Onsite Labor
Modular skid‑mounted heat pumps, fast on‑site installation.
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Full-Lifecycle Technical & Bidding Support
Full‑cycle engineering support for F&B project bids.
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Industrial-Grade Reliability = Low After-Sales Overhead
Premium certified units, low downtime for F&B operations.
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Flexible Customization for Complex F&B Processes
Custom OEM/ODM heat solutions for unique F&B plant needs.
Core Value Proposition
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High Temperature Output
150°C Steam
Reliable Hot Water And Steam For industrial Production Processes.
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Energy Recovery
Reuse Waste Heat
Capture Heat From Exhaust Air, cooling water, And Process Wastewater.
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Decarbonization
Lower CO₂ Emissions
Reduce Fossil Fuel Consumption And Operational Emissions.
Key Benefits
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High Temperature Output
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Renewable Integration
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Support ESG and carbon goals
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Waste Heat Recovery
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Drastic Carbon Reductions
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Lower Operating Costs
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Fast Financial Payback
Application Scenarios
Designed For Energy-intensive lndustries Requiring Reliable High-temperature Heating And Steam Generation
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Pasteurization and Sterilization
Pasteurization and Sterilization
Supplying precise hot water or indirect steam for dairy, canning, and bottled beverages (60°C to 140°C).
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Drying and Dehydration
Drying and Dehydration
Recycling thermal energy for spray drying milk powder, coffee, fruits, and vegetables with high efficiency.
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Washing and Cleaning
Washing and Cleaning
Generating 60°C to 85°C hot water for process cleaning, including CIP and daily plant cleaning.
Energy-Saving Benefits
Compared with conventional boiler systems
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30-60%
Energy cost reduction
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40-70%
CO₂ 40-70%
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2-4 yrs
Typical payback
Why Shenling
Engineered Around Your Challenge
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Customized system design based on process requirements
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Industrial application experience across multiple sectors
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Integrated solution delivery from design to commissioning
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Intelligent control and remote monitoring
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Reliable after-sales technical support
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Focus on energy efficiency and sustainability
Product FAQ
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Q1
What primary industrial processes benefit from this unit?
It is ideal for recovering waste heat from food processing, brewing, traditional Chinese medicine manufacturing, and other chemical processing plants.
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Q2
Where can this heat pump be placed on site?
Its compact footprint allows flexible installation inside equipment rooms, on rooftops, or in outdoor locations.
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Q3
What heat exchanger type and connection styles are implemented?
The system uses plate heat exchangers with standard flange connections.
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Q4
How does the unit lower operational electricity costs?
It integrates 120°C energy storage technology, enabling high-temperature water generation during off-peak electricity hours to save costs during peak periods.
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Q5
What types of compressors are used in these units?
Depending on capacity requirements, models feature scroll compressors with inverter startup or screw compressors with star-delta startup.
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Q6
What is the Coefficient of Performance (COP) for this model line?
The unit achieves a COP between 4.01 and 4.10 W/W under nominal operating conditions.
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Q7
What heating capacities are available across standard models?
Standard models range from 107.4 kW up to 970.6 kW in nominal heating capacity.
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Q8
What eco-friendly refrigerant does the unit use?
It operates using R245fa eco-friendly refrigerant.
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Q9
What is the required heat source inlet water temperature?
The system operates effectively with waste heat source inlet temperatures ranging from 45°C to 85°C.
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Q10
What user-side outlet water temperature does this unit deliver?
It produces high-temperature hot water ranging from 85°C to 120°C.
Free Technical Consultation
Ready To Reduce Industrial Heating Costs?
Talk With Shenling Engineers About Your Process Temperature,heating Load, And Waste Heat Recovery Potential.
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Site Assessment
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Energy-savinganalysis
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Customized Proposal