Brine & Water chillers
For both improved efficiency and environmental sustainability, industrial-use refrigeration systems are increasingly using natural refrigerants. At Mayekawa, we design and manufacture a variety of brine chillers built around the MYCOM compressor. And we can design and build units best configured to your specific needs.
0°C + Chilling water
Chiller unit (natural refrigerant)
Chiller unit (natural refrigerant)
This is a chilled water circulation type refrigeration system that creates, supplies, and circulates water with a temperature of 0.5°C (33℉) to the refrigeration process at a food factory. It uses natural and environmentally friendly ammonia as a refrigerant. The amount used to fill the system is kept to a minimum, and the unit is constructed in a manner that prevents leakage outside of the unit or on the chilled water side. A large-bore SUS pipe is used for the chilled water pipe, which makes clogging difficult while also offering excellent cleaning characteristics.
SPECIFICATIONS
- Cooling capacity: MZCF-100 98kW (27.9TR), MCZ-200 197kW (56.7TR)
- Supplies chilled water from 0.5 to 2°C (33 to 36℉)
- Refrigerant: Ammonia (R717)
WHERE TO USE
- Poultry processing plants
- Food processing plants
Standard water-cooled ammonia chiller
mCHILLER FUGU
mCHILLER FUGU
The mCHILLER FUGU is a Mayekawa plug-and-play standard solution with a strong focus on energy consumption and the perfect balance between durability and simplicity. The compact mCHILLER FUGU is designed for easy and simple installation and a long lifespan. It utilizes a natural refrigerant, ammonia, for the highest energy efficiency, and the best sustainability. With an ammonia charge as low as 55 kg (122 lbs), the mCHILLER FUGU achieves a high level of safety.
The mCHILLER FUGU comes with a FAT Report (Factory Acceptance Test) that is performed at our factory. The FAT includes a full load thermal performance test, thermal imaging of key points, and vibration measurements.
SPECIFICATIONS
- Cooling capacity : 604 to 1302 kW (172 to 370TR) at 7°C (44℉) outlet/12°C (53℉) inlet
- Secondary media outlet from -12 to 12°C (10 to 53℉)
- Refrigerant: Ammonia (R717)
- Refrigerant charge: 55 to 92 kg (122 to 203 lbs)
WHERE TO USE
- Breweries and wineries
- Diaries and food processing
- Industrial processes
- Data centers
- Building comfort cooling
Standard air-cooled ammonia chillers
mCHILLER TAKA
mCHILLER TAKA
The new mCHILLER TAKA is a standard air-cooled ammonia chiller with a strong focus on energy consumption and safety. The perfect balance between high efficiency, durability, and simplicity.
This chiller is designed to meet the needs of semi-industrial and commercial markets such as data centers, process cooling, HVAC, etc. Depending on the application, the chillers will cover 80-300 kW as nominal refrigeration capacity.
With the mCHILLER TAKA, you are getting a low-charge ammonia chiller tailor-made as the perfect alternative to synthetic refrigerant chillers.
SPECIFICATIONS
- Cooling capacity :121 to 242 kW (34 to 69TR) at 7°C (44℉) outlet/12°C (53℉) inlet
- Secondary media outlet from -12 to 12°C (10 to 53℉)
- Refrigerant: Ammonia (R717)
- Refrigerant charge: 20 to 24 kg (44 to 53 lbs)
WHERE TO USE
HVAC
- Hospitals
- Hotels
- Office buildings
- Shopping Malls
- Data centers
Process cooling
- Food production
- Brewery
- Pharmaceutical production
- Dairy
Cold storage
- Slaughterhouse
Low charge ammonia chiller
Plate type evaporator + Microchannel condenser
Low Charge Ammonia Chiller
Low Charge Ammonia Chiller
Low Charge Ammonia Chiller
The ammonia chiller system with microchannel condenser technology is the result of the extensive experience and technical foundation that characterize Mayekawa's reputation. Microchannel ammonia chiller was developed to meet real market needs, and this unit is different from its predecessors due to its compact structure. The plate type evaporator and microchannel condenser allow for exponential savings while cooling fluid(50% lower refrigerant charge); therefore, we have a strong, compact, safe and easy-to-use unit that also allows considerable equipment cost reduction.
SPECIFICATIONS
- Capacity : 140 to 263kW (40 to 75TR)
- Supplies chilled water from 7 to 12°C (44 to 53℉)
- Refrigerant: Ammonia (R717)
WHERE TO USE
- Beverages
- Winery
- Dairy products
- Food
- Chemical/Petrochemical
- Pharmaceutical
Glycol chiller
Glycol chiller
Screw-type glycol chiller
Reciprocating glycol chiller
We offer a lineup of both reciprocating and screw-type chillers, providing applicable refrigeration solutions for various plant requirements. A variety of units are available to meet client needs, from refrigerant compatibility (ammonia, HFCs) to the liquefaction of various gases, process fluid cooling and explosion-proof specifications.
SPECIFICATIONS
- High-efficiency reciprocating glycol chiller
Cooling capacity: 80 to 1,140kW (22.7 to 324.1TR) *ammonia (R717)
Brine temperature: 5 to -20°C (41 to -4℉)
Refrigerant: ammonia (R717), HFCs, other - Reciprocating glycol chiller
Cooling capacity: 10 to 640kW (22.7 to 182.0TR) *ammonia (R717)
Brine outlet temperature: 5 to -35°C (41 to -31℉)
Refrigerant: ammonia (R717), HFCs, other - Reciprocating explosion-proof glycol chiller
Cooling capacity: 5 to 210kW (1.4 to 59.7TR)
Brine outlet temperature: 5 to -25°C (41 to -13℉)
Refrigerant: Propane, R404A - Screw-type glycol chiller
Cooling capacity: 10 to 2,750kW (2.8 to 781.8TR) *ammonia (R717)
Brine outlet temperature: 5 to -45°C (41 to -49℉)
Refrigerant: ammonia (R717), HFCs, other
WHERE TO USE
- Various types of industrial plants
- Food processing plants
Process cooling & refrigeration, ice pop hardening
NewTon i/B - glycol chillers for process cooling
NewTon i
A brine chiller with all the benefits of the NewTon series, including high efficiency, safety, and environmental friendliness. It is safe because the brine solution cooled with ammonia is sent to the process side. The amount of ammonia used to fill the unit is kept to a minimum, and it uses a shell and plate heat exchanger and a screw compressor equipped with a semi-hermetic IPM motor that is leak-resistant. As existing brine piping can be used, construction costs for system renewal can also be kept low.
・NewTon B
Standard type NewTon for process cooling.
・NewTon i
A NewTon unit specially designed for ice pop hardening. The refrigeration system is equipped with a shell and plate evaporator that uses corrosion-resistant titanium in the heat exchange part that comes into contact with the aqueous calcium chloride solution.
SPECIFICATIONS
- NewTon i
Cooling capacity: 232.9kW (66.2TR) *In the case of cooling water at 32 ℃(90℉)
Brine temperature: CaCl2 -35℃ (-31℉)
Refrigerant: Primary Ammonia(R717), Secondary Brine(CaCl2)
Remote monitoring service - NewTon B
Cooling capacity: 195.1kW (55.5TR) *In the case of cooling water at 32 ℃(90℉)
Brine temperature: PG supply 8 to -15℃(46 to 5℉)
Refrigerant: Primary ammonia (R717), Secondary Enthylene glycol (EG) or propylene glycol (PG) brine
Remote monitoring service
WHERE TO USE
- NewTon i: Ice pop manufacturing processes
- NewTon B: Process cooling
