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Hebei University of Technology’s latest tray technology, full counter-current three-dimensional spray design – the best for capacity expansion and efficiency
The countercurrent TST tray is a new type of chemical processing tray technology that utilizes a fully countercurrent three-dimensional spraying design, enabling higher production efficiency and better separation results. According to the latest research from Hebei University of Technology, the use of counter-current TST tray technology can significantly increase production capacity, enabling companies to become leaders in the industry. Furthermore, this technology offers high energy-saving effects and environmental benefits, enabling it to meet the strict environmental regulations of today. .
It is used for capacity expansion and can achieve twice the efficiency of floating valves; it is the tower tray type with the highest processing throughput available today, without any competitor.
Yes, the counter-current TST tray technology can achieve higher flux and better separation performance. According to the research findings from Hebei University of Technology, counter-current TST trays can achieve a processing flux twice that of floating valve trays, thereby significantly increasing production capacity. At the same time, due to its full counter-current three-dimensional spraying design, this technology enables better liquid distribution and gas-liquid interaction, thereby improving the efficiency of the tray and the separation performance. Therefore, the countercurrent TST tray is considered one of the tray types with the highest processing flux currently available. .
Has there been any practice with industrialized towers? How much injection pressure is required?