Commercial Cooling

Yara Chillers

50% Less Energy. 100% Cooling Performance. Centralised chiller cooling for every large building.

Hospitals Schools Colleges Retail Stores Malls

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Yara Chillers

Chiller Cooling Systems · 2 TR to 500 TR · Price on request

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50%

Less energy*

100%

Cooling performance

500 TR

Capacity, from 2 TR

7°C

Chilled water

*Up to 40–50% lower energy use than conventional split ACs. Actual savings depend on the building, usage and system design.

How it works

One plant. Every room cool.

Instead of multiple individual air conditioners, a Yara chiller produces chilled water that is circulated through Air Handling Units (AHUs) or Fan Coil Units (FCUs) to cool the whole building evenly.

Insulated pipes across the building

Yara Chiller

Removes the heat and chills the water

AHUs & FCUs

Cool the air and spread it evenly

Yara Chiller Removes the heat and chills the water

↓ Chilled water out · 7 °C ↑ Warm water back to be cooled again Insulated pipes across the building

AHUs & FCUs Cool the air and spread it evenly

1
The chiller removes heat from water using a refrigeration cycle.
2
The chilled water is pumped through insulated pipes across the building.
3
AHUs or FCUs use the chilled water to cool the air and distribute it evenly.
4
Warm water returns to the chiller to be cooled again.

This centralised approach ensures stable temperature control, higher efficiency and better reliability for large facilities.

Engineered inside & out

Built tough. Built smart.

Hover or tap the points to explore the system.

Ceiling cassette unit

4-way air flow spreads cool air evenly without using floor space.

Dual condenser fans

Air-cooled condenser rejects heat efficiently, even on hot days.

Compressors

The heart of the chiller: built for continuous commercial duty.

Smart control panel

Keeps temperature steady and the system running at its best.

Heat exchangers

Produce the chilled water that feeds every cassette in the building.

Pumps & piping

Circulate chilled water to each floor and back again.

Commercial-ready

Built for every big space.

Fast cooling performance powered by Yara technology, engineered for busy commercial environments.

Quick Chill. Built Tough. Yara chillers in shopping malls — Shopping Malls

Quick Chill. Built Tough.

Smart Cooling. Steady Temperature. Yara chillers in corporate offices — Corporate Offices

Smart Cooling. Steady Temperature.

Future Cooling. Energy Saver. Yara chillers in atriums & lobbies — Atriums & Lobbies

Future Cooling. Energy Saver.

50% Less Power. 100% Cooling Power. Yara chillers in workspaces — Workspaces

50% Less Power. 100% Cooling Power.

Why choose Yara chillers

Efficient. Reliable. Modular.

Engineered for efficient, reliable and scalable cooling in schools, hospitals, malls, retail outlets and large facilities, with consistent performance and long-term reliability.

Energy Efficient Cooling

Advanced compressor technology and optimised heat exchangers give maximum cooling with lower energy consumption.

Built for Large Spaces

Made for schools, colleges, hospitals, malls, textile showrooms and commercial buildings that need centralised cooling.

Modular & Scalable Design

Systems can be expanded or customised for the building size and cooling demand.

Easy Maintenance

Water-based chilled circulation makes leaks simple to detect and servicing faster, reducing downtime.

Custom Engineered Systems

Each installation is designed for the building layout, airflow requirement and cooling load.

Reliable Performance

Designed for continuous operation with industrial-grade components for a long operational life.

Why chillers

Better than conventional ACs.

Built for efficiency, reliability and longevity.

Conventional split AC

Yara chiller cooling system

Units

Multiple AC units required

Single centralised cooling plant

Energy

Higher electricity consumption

Up to 40–50% lower energy usage

Maintenance

Difficult across many units

Centralised maintenance

Cooling

Uneven in large spaces

Uniform temperature distribution

Duty

Shorter lifespan under heavy load

Designed for continuous operation

Noise

High noise levels

Quieter indoor operation

Leaks

Complex leakage diagnosis

Easy leak detection: water is circulated

Product line

From 2 TR to 500 TR.

Three series, air-cooled or water-cooled, for air conditioning and process cooling.

ECGC Series

General chillers, 12.5 TR to 45 TR

Small to medium capacity chillers used across industries for process cooling down to 7 °C, and for air-conditioning applications.

Scroll compressor BTHE heat exchanger Air-cooled condenser DTC / PLC controls R407C refrigerant 7 °C nominal Adjustable −7 °C to 20 °C

Nominal cooling capacity	12.5 TR44 kW	15 TR53 kW	20 TR70 kW	25 TR88 kW	30 TR105 kW	45 TR158 kW
No. of compressors	1 or 2	1 or 2	1 or 2	1 or 2	2	2
Tank capacity	750 L	750 L	1250 L	1250 L	1250 L	1250 L
Power max (kW)*	12	14.5	22	24.5	32	42
All models	Scroll compressor · BTHE · Air-cooled · DTC / PLC · R407C · 7 °C nominal, adjustable −7 °C to 20 °C · Pump to suit the process

*Power may vary with the number of compressors, pump capacity and agitators. DTC = digital temperature controller; BTHE = brazed plate heat exchanger.

ECHC-AC · ECAS-AC

Air-cooled, 2 TR to 200 TR

Higher-capacity air-cooled chillers that need no cooling tower, for buildings and plants of every size.

2 TR (7 kW) → 40 TR (140 kW) → 200 TR (700 kW)

ECHC-WC · ECAS-WC

Water-cooled, up to 500 TR

Water-cooled chillers for the largest loads, from 10 TR all the way to 500 TR (1750 kW).

10 TR (35 kW) → 40 TR (140 kW) → 500 TR (1750 kW)

ECAS Series · Application-specific

Custom-made chillers, −50 °C to +20 °C

Built for a specific application in ranges such as 11, 32, 43 and 54 TR: chemical chillers and water chillers (11 °C to 20 °C), from 2 TR (7 kW) up to 500 TR (1750 kW), air-cooled or water-cooled.

Air distribution

Flexible cooling for every space.

Chiller systems deliver cooling through Air Handling Units (AHUs) or Fan Coil Units (FCUs), depending on the building layout and cooling requirement.

Air Handling Units (AHU)

Ideal for large halls

Custom-engineered air distribution for centralised cooling in large spaces
Suited to large halls, auditoriums, malls, hospitals and institutional buildings
High airflow capacity for centralised cooling
Works seamlessly with the chiller through chilled-water coils
Energy-efficient cooling for large-scale applications

Custom made for each site

Fan Coil Units (FCU)

Localised cooling with chilled water from the chiller: compact, efficient and suited to individual rooms or smaller zones.

1Split type indoor FCU

Installed inside rooms
Ideal for classrooms, hospital rooms and offices

Capacity: Up to 2 TR per unit

2Cassette type FCU

Ceiling-mounted design
Uniform air distribution

Capacity: Up to 4 TR per unit

3Horizontal cassette FCU

Lower installation cost
One-way air flow, suited to small offices

Capacity: Up to 4 TR per unit

System overview

Yara Chiller-Based AC System

Every system is designed for your site. Ask our team for detailed capacity and technical data.

System Type: Centralised chiller cooling (chilled water)
Series: ECGC, ECHC (air- & water-cooled), ECAS (application-specific)
Capacity Range: 2 TR (7 kW) to 500 TR (1750 kW)
ECGC Series: 12.5 TR / 44 kW to 45 TR / 158 kW
Compressor (ECGC): Scroll, 1 or 2 compressors
Heat Exchanger (ECGC): BTHE (brazed plate)
Condenser: Air-cooled or water-cooled
Refrigerant (ECGC): R407C
Controls: DTC (digital temperature controller) / PLC
Chilled Water: 7 °C nominal, adjustable -7 °C to 20 °C (ECGC)
Air Distribution: AHUs, or FCUs: split (up to 2 TR), cassette & horizontal cassette (up to 4 TR)
Energy: Up to 40–50% lower energy use than conventional split ACs*
Applications: Hospitals, schools, colleges, retail stores, malls & large facilities
Installation: Site survey, design & installation by Yara

Cool your building the smarter way.

Book a free site survey. We'll size, design and install the right chiller system for your space.

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