As a leading manufacturer of LiBr absorption chillers and heat pumps in Western China, Hope Deepblue A/C has been committed to the research and innovation of energy-saving and environmentally friendly refrigeration technologies. Recently, the company’s Technical Department launched a key initiative — the flash evaporation test, with the primary objective of examining the quality of condensate generated during the flash evaporation process. The test aims to assess whether the condensate falls within standard parameters, thereby further enhancing the stability and efficiency of equipment operation.

The flash evaporation test focuses on evaluating the quality of condensate produced in the flash evaporation–condensation cycle. By analyzing the test data, the technical team can accurately identify potential issues, providing valuable data support for system design optimization and operational strategy adjustments.

During the preparation phase, engineers from the Technical Department provided the team with a detailed explanation of the principles, operating procedures, and precautions of the flash evaporation test. Team members engaged actively in discussions, raised questions, and conducted in-depth reviews of the test apparatus, ensuring a thorough understanding of the entire process and laying a solid foundation for the successful execution of the trial.

At the same time, the Hope Deepblue Technical Department consolidated internal expertise, leading the design of the test plan, apparatus configuration, and safety assessment. Multiple departments worked collaboratively to address technical challenges such as equipment connections and flow control, while also refining operational procedures and safety protocols to ensure the test could be carried out under scientific and controlled conditions. The team further optimized test parameters through multiple rounds of discussion, configured high-precision pressure and temperature sensors to monitor fluid states before and after flash evaporation in real time, and developed a dedicated condensate collection and measurement method to guarantee data accuracy and reliability.

Currently, the test apparatus is undergoing commissioning, with safety measures and operating procedures fully in place. Moving forward, the test will be conducted under multiple operating conditions to compare and analyze condensate quality, thereby assessing the overall rationality and stability of system performance. Upon completion, the Technical Department will compile a comprehensive analysis report, providing a solid scientific basis for equipment structure optimization, operational strategy improvements, and energy efficiency enhancement.