Residential Air-Cooled Gas Absorption Chillers & Heat Pumps

Ammonia Technology

Gas Ammonia Absorption Chiller & Heatpump equipment ultilises the usage of armonia (NH3) to providing central cooling solutions. Significantly reducing the operational cost, gas absorption cooling solutions are adapted worldwide in many applications

DIRECT USE OF PRIMARY ENERGY

Our eco° absorption ammonia chillers & heat pumps are powered directly by LPG or Natural Gas to provide the required cooling and heating. Requirement for power generation and distribution is not needed

COST EFFECTIVE SOLUTION

For every 1kWh (3.4kBTU) of cooling capacity delivers to the end user, our eco° ammonia gas absorption equipment requires only 0.15m³ of natural gas or 0.11kg of LPG with a negligible electrical consumption of only 0.046kWh

LITTLE ELECTRICAL CONSUMPTION

Our eco° ammonia gas chillers and heat pumps provide up to 86% of electrical consumption reduction in comparison to traditional air cooled chillers system. Our equipment offers reliability and stability in air conditioning performance

ENVIRONMENTAL-FRIENDLY

Our eco° chillers and heat pumps utilise natural refrigerant (ammonia) with no greenhouse effect and no impact on the ozone layer. Our technology is based on maintenance-free sealed circuit design with no need for refrigerant drainage

Standard Gas Chiller

Cooling with gas

Saving up to 86% of electrical consumption in comparison to traditional electrical cooling system, thanks to the gas absorption technology

Residential Gas Absorption Heat Pump

EGA ACF

Model Series

COOLING ONLY

Ideal for Residential

17.7kW

Cooling Capacity

71%

Efficiency Rate

Heat Recovery Chiller

Hot Water & Cooling

Our eco° ammonia gas absorption chiller-heater provides cooling and free hot  water production, up to 75°C. For every 1kWh (3.4 kBTU) of natural gas, 0.7kWh (2.4 kBTU) of chilled water is delivered and 0.8kWh (2.8 kBTU) of free hot water production is provided – a peak efficiency (GUE) of 155%

Residential Gas Absorption Heat Pump

EGA HR

Model Series

COOLING ONLY

Ideal for Residential

75°C

Free Hot Water

17.9kW

Cooling Capacity

72%

Efficiency Rate

Wide Operational Range Chiller

TROPICAL CHILER

Our eco° ammonia gas absorption tropical chiller series offers wide operational range for high ambient climates, at 50°C and above. Most suited for tropical applications, this series delivers stable performance with no fluctuation

Residential Gas Absorption Heat Pump

EGA HT

Model Series

COOLING ONLY

Ideal for Residential

50°C & ABOVE

For Tropical Climates

17.1kW

Cooling Capacity

68%

Efficiency Rate

i

PROVEN TECHNOLOGY

Our eco° absorption technology has been improved and perfected over the course of 50 years of development. Starting from original patents (including from Albert Einstein), we continuously improve our technology

HIGH RELIABILITY & HIGH PERFORMANCE

Over 400,000 water-ammonia absorption chillers have been installed worlwide, providing absolute reliability. With no moving parts inside the equipment, our absorption cycle is substantially static, offering stable performance at all times

MODULAR APPROACH

Our eco° chillers and heat pumps are engineered for modular configuration with capability to reach from 17kW to 1000kW. Controllers are provided to manage multiple units and deliver maximum operational efficiency

NO WATER CONSUMPTION

By utilising water-ammonia absorption technology, our eco° chillers allow for direct exchange with outdoor air, no need for cooling towers and extra water consumption, making it ideal for a wide range of conditions around the world

Application

Explore to find common applications for gas absorption and gas engine air conditioning equipment, ranging from residential to commercial to industrial buildings. Specialising in eco-friendly and alternative-fuel energy systems, eco°gbl focuses on delivering high efficiency and low-energy consumptation solutions

Consult Us

Our regional offices worldwide offer engineering and consultancy services to support our local partners. Get in touch with our international specialists to find out how to conserve energy today