Industry News
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What Are The Advantages of Low Pressure Steam Heat Pumps?
What Are The Advantages of Low Pressure Steam Heat Pumps? LiBr low pressure steam heat pumps utilize low-temperature “exhaust steam” generated during industrial production as a heat source to recover and elevate the temperature of lower-temperature he...Read more -
What is the Dilution Operation of a LiBr Absorption Chiller?
What is the Dilution Operation of a LiBr Absorption Chiller? LiBr absorption chillers, which use water as the refrigerant, are environmentally friendly, CFC-free, and operate with high stability. They are widely applied in large buildings and industrial...Read more -
The Impact of Dirty on the Heat Exchanger of LiBr Absorption Unit
The Impact of Dirty on the Heat Exchanger of LiBr Absorption Unit Dirty in the heat exchanger of a LiBr absorption system is a common and serious issue that significantly affects the system's performance and operational reliability. Dirty primarily form...Read more -
Crystallization in LiBr Absorption Chillers and Its Impact on Unit Operation
Crystallization in LiBr Absorption Chillers and Its Impact on Unit Operation In lithium bromide absorption chillers, the lithium bromide (LiBr) solution serves as the primary absorbent, enabling the refrigeration cycle through its strong ygroscopic prop...Read more -
Absorption Cooling vs. Traditional Compression Refrigeration: Which Is More Environmentally Sustainable?
Absorption Cooling vs. Traditional Compression Refrigeration: Which Is More Environmentally Sustainable? As global efforts intensify to achieve carbon neutrality and promote sustainable development, the demand for environmentally friendly, energy-effici...Read more -
Difference between LiBr Absorption Unit and Ammonia Unit
Difference between LiBr Absorption Unit and Ammonia Unit 1. Driving energy: Ammonia refrigeration: mainly consumes electrical energy (to drive the compressor). LiBr absorption refrigeration: mainly consumes thermal energy (steam, hot water, gas, waste h...Read more -
Cooling Without Electricity? The Science Behind Absorption Chillers
Cooling Without Electricity? The Science Behind Absorption Chillers In the conventional understanding of air conditioning, electricity is considered an indispensable energy source. Whether in homes, office buildings, or industrial facilities, the operat...Read more -
Application Scenarios of Low pressure LiBr Absorption Heat Pumps
Application Scenarios of Low pressure LiBr Absorption Heat Pumps Iron and Steel Industry: the low temp. absorption chiller can recover low-temperature waste heat emitted from blast furnace hot blast furnace flue gas, sinter cooler exhaust, coke oven fl...Read more -
Small Seal, Big Role
Small Seal, Big Role In a LiBr absorption unit, many components may appear minor in size, yet play a significant role in ensuring the unit’s stable and efficient operation. One such critical part is the water chamber seal. Positioned between the water c...Read more -
The core reasons for using solenoid valves in LiBr absorption chiller
The Core Reasons for Using Solenoid Valves in LiBr Absorption Chiller 1. Precise, fast and reliable control of critical flow paths for solution and refrigerant water. Solution pump start/stop control: When a solution pump stops running (e.g. at partial ...Read more -
Y-Type Strainer: The Guardian of LiBr Absorption Chillers
Y-Type Strainer: The Guardian of LiBr Absorption Chillers Hope Deepblue A/C, established in 1997 by the Continental Hope Group (CHG), stands at the forefront of energy-efficient cooling and heating solutions. Located in the National High-Tech Zone in Ch...Read more -
Three-Way Valve Use in LiBr Absorption Chiller
Three-Way Valve Use in LiBr Absorption Chiller In LiBr absorption chillers, the installation of a three-way valve at the hot water inlet and outlet is a critical design feature that significantly contributes to the system’s operational efficiency, safet...Read more
