Dry Cooling for air-cooled condenser has several test facilities

Air Cooled Condenser

An Air Cooled Condenser is a heat exchanger that converts a gaseous substance into a liquid form. This process releases latent heat to the surroundings. Air conditioning units use condensers to increase their efficiency. These systems are very effective for commercial and industrial buildings. To learn more about the advantages of condensers, read this article. We've also listed some of the pros and cons of air-cooled condensers.

 Air Cooled Condenser has developed a dry cooling system for its air-cooled condenser, ensuring the most reliable, durable and energy-efficient unit possible. Its R&D facility includes customized laboratories with computerized data acquisition systems. These systems record and graphically display continuous test results, providing invaluable test information. 

 The system has no water, but utilizes air flow and surface area to maximize heat rejection. Evapco enables energy transfer through highly conductive aluminum fins. The system reduces foundation work by enabling individual cells to be preassembled at grade and hoisted into position.

Dry Cooling for air-cooled condenser has several test facilities,  State-of-the-art thermal analysis and hydraulic testing equipment are available to provide accurate data on performance and reliability.

 Air Cooled Crankcase Condenser is a revolutionary waste heat rejection system. The technology is designed to extract latent heat from low-pressure steam flowing in the tubes. Its design makes it construction-friendly and low-profile, while utilizing the best of air-cooled condenser technologies. 

The condenser consists of a copper-coated tube and shell. Water flows through the coil to cool the hot gas. Hot air is fed into the shell and condenses as it meets the coil. The gas is then further chilled in a subcooling state at the bottom of the shell. Mineral deposits can build up on the coil over time and must be removed with a chemical flush.