No Dependency on Power
High Energy Savings
Waste Heat Recovery
Shorter Payback Period
CFC Free
Ozone Friendly
Zero Liquid Discharge
Tonnes of Carbon Savings
Low Opex
This technology has proved to be a major breakthrough in the field of refrigeration and air conditioning, helping customers reduce the energy requirement for cooling significantly.
Our commitment towards pioneering new technologies underlines our objective to be more than just suppliers - a trustworthy partner to our customers, ensuring innovative energy solutions, cost optimisation and energy-efficiency.
Installations across the globe
Countries with satisfied customers
Industries served
Applications in diverse industries
* Remote Online Service Support
Single effect steam driven machine is one of the oldest and most established absorption machines, driven by low grade energy and consuming minimum power. In single effect technology, the gain in concentration of the absorbent is achieved using only one generator.
Operating Range
Only OEM
company to provide end-to-end utility services under a decarbonisation
initiative
Capacities: From 50 TR to 3500 TR Cooling capacity (175 –
12300kW)
Up to – 5
°C chilled water temperature
ΔT – 30°
C
Steam
pressure: From 0 to 3.5 bar.g( 0 to 50 psig)
Chilled
water temperature: Up to 1ºC (34ºF) and -2ºC (28.5ºF) with brine
COP: 0.8
Heat Source
Double effect steam driven absorption machines are one of the most efficient cooling solutions for industrial applications. In the double effect machines, the gain in concentration is achieved in two steps. The primary generator (referred as High Temperature Generator or HTG) produces vapour, whose latent heat is transferred to lithium bromide in the secondary generator (referred as Low Temperature Generator or LTG).
Thermax double effect absorption chillers are designed based on its proven advanced series flow technology. This ensures that the highest concentration and highest temperature of lithium bromide solution doesn’t occur simultaneously. Due to this the rate of corrosion is negligible compared to the para flow or reverse flow technologies.
Operating Range
Capacities: From 50 TR to 3500 TR Cooling capacity (175 –
12300kW)
Up to – 5
°C chilled water temperature
ΔT 30°
C
0.1 bar
to 10 bar g steam pressure
Steam
pressure: From 3.0 to 10.0 bar.g (43 to 145 psig)
Chilled
water temperature: Up to 1ºC (34ºF) and -2ºC (28.5ºF) with brine
COP: 1.5
Heat Source
Resistant to Corrosion
Absorbent Concentration Control
Reduces Greenhouse Effect by Less Use of Hydrocarbon Fuels
High Reliability and Practical Design
Maximum Efficiency and Energy Saving Operation
Chemicals
CHPC
District Heating
Drugs and Pharmaceuticals
Engineering
Fertilisers
Food and Beverages
Healthcare
Petrochemicals
Refineries
