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Supermarket & Retail Kitchens

Industrial Water-Cooled Chiller for Commercial and Process Cooling

  • Fresh
  • Durable
  • Customizable

Designed for stable cooling in commercial and industrial environments, this water-cooled chiller uses a circulating water loop to remove condenser heat and support reliable temperature control.

  • Heat rejection Water-cooled condenser system
  • Core components Compressor, condenser, evaporator, expansion valve
  • Efficient Heat Rejection
  • Stable Cooling Operation
  • Lower Equipment Noise Potential
  • Flexible Industrial Applications
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  • Flexible Installation
  • Chilled or Frozen Transport
  • Portable Design
  • Power Flexibility
Industrial Water-Cooled Chiller for Commercial and Process Cooling Get a Quote
Overview

Water-Cooled Chiller for Consistent Industrial Temperature Control

A water-cooled chiller removes heat from a process or circulating fluid and transfers that heat to a separate cooling-water circuit. Its refrigeration cycle typically includes a compressor, water-cooled condenser, evaporator and expansion valve. Compared with an air-cooled arrangement, a water-cooled system relies on a suitable water-side heat-rejection setup, which may include a cooling tower, circulation pump, filtration and water treatment. This configuration can be considered for commercial and industrial sites that need dependable cooling in enclosed spaces or under demanding operating conditions.

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Containerized cold room being crane-lifted onto a concrete base at a distribution site

  • Water-Cooled Heat Rejection

    The condenser transfers heat from the refrigerant to circulating water. The warmed water then carries the heat to a suitable heat-rejection device, such as a cooling tower. Correct water flow, inlet temperature and water quality are important to maintain performance.

  • Integrated Refrigeration Components

    The system generally combines a compressor, condenser, evaporator and expansion valve. These components must be selected as a matched system based on the required cooling capacity, leaving-fluid temperature, refrigerant and operating conditions.

  • Compressor Options

    The source page describes a screw-compressor configuration. The compressor type and model should be confirmed against the specific unit being quoted; capacity, efficiency and operating limits vary by model and application.

  • Applications Across Multiple Industries

    Water-cooled chillers may be used for process equipment, production lines, laboratories, data centers and other commercial or industrial facilities that require controlled cooling. Actual suitability depends on the heat load, temperature range, water availability and site design.

  • Water Quality and Routine Maintenance

    Cooling-water treatment helps reduce scaling, corrosion and fouling in the condenser. A maintenance plan should include water-quality checks, inspection of the water circuit, cleaning as required, and routine checks of electrical and refrigeration components.

  • Project-Based Configuration

    The unit should be configured around the application rather than selected by name alone. Before ordering, confirm cooling capacity, chilled-water or process-fluid flow, inlet and outlet temperatures, power supply, installation space, water-side requirements and local compliance needs.

Specifications

Technical Specifications

Reference configuration for the two standard sizes. Dimensions, refrigeration capacity and electrical supply are confirmed for each project in the quotation drawing.

Parameter

Available Information / Confirmation Needed

Product Type

Water-cooled chiller

Heat-Rejection Method

Water-cooled condenser using a circulating water loop

Main Refrigeration Components

Compressor, water-cooled condenser, evaporator and expansion valve

Compressor Type

A screw-compressor configuration is described in the product image text; confirm exact model

Cooling Capacity

Not specified in the visible product-page text; confirm from the model datasheet

Cooling Temperature Range

Not specified in the visible product-page text; confirm required inlet/outlet temperatures

Refrigerant

Not specified; confirm the refrigerant used by the selected model

Power Supply

Not specified; confirm voltage, phase and frequency

Water Flow Rate

Not specified; determine from the selected model and system design

Water-Side Pressure Drop

Not specified; request model-specific data

Dimensions and Weight

Not specified; request the dimensional drawing and shipping weight

Installation Requirements

Requires suitable cooling-water circulation; cooling tower, pump, filtration and water treatment may be needed depending on the system

Typical Applications

Data centers, laboratories, production lines and other commercial or industrial cooling applications, as described on the source page
Configurations

Configured Around
What You Store

Choose the temperature version first, then add the upgrades your site and product need. Every option is built and tested in the factory, not retrofitted on site.

  • 0 → +15 °C

    Chilled Storage

    Fruit, vegetables, flowers, dairy and beverages — humidity-friendly air distribution.

    01
  • −18 → −25 °C

    Frozen Storage

    Meat, seafood, ice cream and frozen food, with heated door frames and pressure relief.

    02
  • Down to −40 °C

    Blast Freezer

    High-capacity unit and airflow for fast pull-down of fresh product to core temperature.

    03
  • Chill + Freeze

    Dual-Zone Room

    An insulated partition splits a 40HQ into two rooms, each with its own refrigeration.

    04
For an Accurate Quotation, Please Provide:

Based on this information, the cold storage box and refrigeration configuration can be matched to the buyer’s vehicle and operating conditions.

  • Required internal or external box dimensions
  • Required storage temperature
  • Type of products to be transported
  • Vehicle type and cargo area dimensions
  • Required quantity
  • Available power supply
  • Daily operating time
  • Local ambient temperature
  • Required battery or solar configuration
Applications

Where It Works Best

The Portable Cold Storage Box for Tricycles, Vans & Pickup Trucks is suitable for transporting and storing temperature-sensitive products such as:

How We Deliver

From Inquiry to Cold Storage

  1. 01

    Requirement Review

    Product, target temperature, daily loading and site power supply.

  2. 02

    Design & Quotation

    Heat-load calculation, layout drawing and a configured quotation.

  3. 03

    Production & Testing

    Built in our factory and pull-down tested before it is released.

  4. 04

    Shipping & Documents

    Ships as a standard container with export and customs paperwork.

  5. 05

    Start-Up Support

    Remote commissioning guidance and long-term spare parts supply.

FAQ

Frequently Asked Questions

  • How does a water-cooled chiller work?

    It uses a refrigeration cycle to remove heat from a process fluid or water loop. The condenser transfers the removed heat to circulating cooling water, which then carries it to a suitable heat-rejection system.

  • What are the main components of a water-cooled chiller?

    The main refrigeration components are typically the compressor, water-cooled condenser, evaporator and expansion valve. Pumps, tanks, controls and heat-rejection equipment may be included depending on the system design.

  • Where can a water-cooled chiller be used?

    Potential applications include production lines, laboratories, data centers and commercial or industrial facilities that need controlled cooling. The correct model depends on the required load, temperature and site conditions.

  • Is a cooling tower required?

    Many water-cooled systems use a cooling tower to reject heat from the condenser water, but the exact arrangement depends on the site and system design. Confirm the required water circuit and heat-rejection equipment before installation.

  • How can condenser efficiency be maintained?

    Maintain suitable water flow and water quality, prevent scale and fouling, and follow the recommended inspection and cleaning schedule. Poor water quality can reduce heat transfer and increase operating costs.

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