Complete process chiller assembly
Depending upon the structure, each process chiller has a compressor, condenser, evaporator, pumps, pipes, high-pressure refrigerant relief valves, cooling towers, tanks, filters and fans.
PROCESS COOLING / INDUSTRIAL SYSTEMS
PRODUCT CATEGORY / 06
Industrial Process Chiller Manufacturer
Who We Are? If you are finding the industrial process chiller for your industrial system. Geson industrial process chiller can meet all your varies of requirements. Here, you will have the ultimate economical solution. From the professionally experie...
CENTRAL / COMPACT1–200+ TONSclosed-loop process cooling
CENTRALunder 10 to over 200 tons
COMPACT1 to 40 tons
-30°F–65°Fcentral process range
CLOSED LOOPcontinuous chilled water
ENGINEERING OVERVIEW
Process cooling built around the heat load, fluid and operating point.
A process chiller is a thermal appliance that eliminates heat produced by a given process.
GESON process chillers continuously conduct chilled water via a closed loop to permit a drop in increasing process temperatures.
Read the original process chiller guideCENTRAL / COMPACT TYPES
Industrial process chiller configurations for different duties.
The original page identifies Central Process Chillers and Compact Process Chillers as the two main GESON process chiller categories.
CENTRAL / PROCESS COOLING
Industrial Process Chiller System
Central process chiller systems for larger industrial loads and continuous chilled-water circulation.
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COMPACT / WATER-COOLED
Industrial Water Chiller
Compact process chiller systems for space-limited installations and integrated turnkey cooling.
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COMPACT / SCROLL
Scroll Process Chiller
Packaged scroll configurations for stable process-water temperature control and service access.
Explore productPROCESS ENGINEERING FILE
Parts, refrigeration cycle and performance advantages.
The selected process chiller is reviewed around the process temperature, heat source, condenser arrangement, fluid circuit and installation location.
Continuous closed-loop cooling
A process chiller may utilize an air or water condenser. The thermostatic expansion valve causes pressure and temperature to drop; refrigerant then picks up heat from the liquid flowing through the evaporator and moves in a constant cycle.
Stable process temperature control
The original guide identifies accurate temperature control, direct cooling at the heat source, reduced contamination, recirculated cooling liquid, high heat-exchange potential and compatibility with free-cooling systems.
Protection for the cooling system
Safety modulators protect the system from danger caused by low refrigerant temperature, low oil pressure or high condensing pressure.
PROCESS COOLING IN OPERATION
See how the process chiller cycle supports industrial cooling.
INDUSTRIAL APPLICATIONS
Process chillers for production and temperature-sensitive applications.
Process Chillers are applicable in a variety of industrial applications, including the industries listed in the original source page. Each use case needs the process heat source, water or glycol loop, target temperature and operating schedule reviewed before model selection.
Plastics and injection molding
Support mold, hydraulic-oil and equipment cooling around the machine cycle, process-water temperature, flow and production schedule.
View application ↗Baking and food mixing
Review chilled-water duty for mixing, dough handling and longer production runs where process temperature affects product consistency.
Discuss application ↗Food processing
Plan controlled cooling for chocolate, vegetable processing, meat handling and other temperature-sensitive process stages.
Discuss application ↗Pharmaceutical production
Define temperature control, fluid-side materials, operating schedule and any shutdown or process-compatibility requirements.
Discuss application ↗Printing presses and rollers
Stabilize roller and press temperatures to help control heat generated during production and preserve process consistency.
Discuss application ↗Chemical and composite production
Review heat source, fluid compatibility, temperature range and operating conditions before selecting the chilled-water circuit.
Discuss application ↗Laser cutting and welding
Match equipment heat input, required stability, water quality, flow and alarm requirements to the selected cooling package.
Discuss application ↗Metal, marine and aerospace work
Assess cutting-fluid or equipment duty, ambient conditions and installation constraints for the required process-cooling system.
Discuss application ↗PLACEMENT + PROTECTION
Plan placement and protection before installation.
The original guide covers placement and safety after applications. The final installation arrangement depends on unit size, process connections, heat rejection and access for routine service.
Place the package to suit the process
The source guide notes that a Process Chiller may be installed beside the process, in a separate room or outdoors, depending on site conditions and unit size.
Keep the cooling loop protected
The original safety guidance identifies protective controls for low refrigerant temperature, low oil pressure and high condensing pressure. Final safety devices are confirmed for the selected configuration.
Define the site interfaces
Before installation, confirm process piping, service access, electrical supply, ventilation or heat-rejection conditions, drainage and the boundary between factory supply and site work.
SERVICE CHECKLIST
Use a planned review schedule for process cooling equipment.
The source page provides daily, monthly, semi-annual and annual maintenance guidance. The three review windows below retain the practical checks while keeping the final schedule subject to the selected equipment documentation and site maintenance plan.
Operating review
Check chiller use and sequencing, complete a visual inspection and verify setpoints and safety systems are operating as intended.
Fluid and control checks
Review evaporator and condenser fouling as needed, inspect filters and insulation, check for leaks and verify control functions according to the applicable equipment instructions.
Planned maintenance
Review compressor assembly, oil system, electrical connections, water flow and refrigerant condition in line with the selected model documentation and site maintenance plan.
COMMON OPERATING CHECKS
Start with the operating condition before changing the system.
These source-derived checks help define the issue for a qualified service review. They are not a substitute for the selected model’s operating manual, safety procedures or trained service personnel.
Chiller does not power up
Review line voltage and connections, three-phase connection where applicable, circuit breakers or fuses, and the power-switch position before further diagnosis.
No pumping or inadequate liquid flow
Check reservoir level, process lines and valves, coolant suitability, liquid filter condition, piping restriction and pump operation before altering setpoints.
No cooling or insufficient cooling
Review power supply, air filter or condenser condition, coolant suitability, heat-transfer performance, refrigerant circuit, surrounding temperature and evaporator freeze-up risk.
PROCESS CHILLER FAQ
Common questions before process chiller selection.
These answers preserve the original guide’s Central/Compact categories, components, application, placement and closed-loop process-cooling focus.
What is a process chiller?
A process chiller is a thermal appliance that eliminates heat produced by a given process. It continuously conducts chilled water through a closed loop to reduce increasing process temperatures.
What are the two main kinds of GESON process chillers?
GESON categorizes its Process Chillers into Central Process Chillers and Compact Process Chillers. Central Process Chillers cover -30°F to 65°F and can handle from under ten to over 200 tons; Compact Process Chillers range from one to 40 tons and are fully integrated turnkey systems.
What parts are included in a process chiller?
Depending on the structure, a process chiller consists of a compressor, condenser, evaporator, pumps, pipes, high-pressure refrigerant relief valves, cooling towers, tanks, filters and fans.
Which industries use process chillers?
Process chillers are used in plastics, baking, food, pharmaceutical, printing, chemical, metal finishing, composite, laser cutting, dry-cleaning, boat and airplane manufacturing and other industrial applications.
Where can a process chiller be placed?
Depending on the place and the size of the Process Chiller, it may be placed directly beside the process, in a separate room or outdoors. A GESON representative can assist with the project requirements.
PROJECT REVIEW / GESON ENGINEERING
Discuss your process cooling requirement.
Share the application, heat load, fluid, temperatures, design flow, operating schedule and installation conditions for a model-specific review.