When gas is having design pressure more than 50 bar, then it is recommended to design the Heat Exchanger with Gas on Tube Side & water on shell side. It is a removable tube bundle, outside packed floating tube sheet design. It is used when gasket malfunctioning must be detectable.
When gas is having design pressure more than 50 bar, then it is recommended to design the Heat Exchanger with Gas on Tube Side & water on shell side. It is a removable tube bundle, outside packed floating tube sheet design. It is used when gasket malfunctioning must be detectable.
When gas is having design pressure more than 50 bar, then it is recommended to design the Heat Exchanger with Gas on Tube Side & water on shell side. It is a removable tube bundle, outside packed floating tube sheet design. It is used when gasket malfunctioning must be detectable.
When gas is having design pressure more than 50 bar, then it is recommended to design the Heat Exchanger with Gas on Tube Side & water on shell side. It is a removable tube bundle, outside packed floating tube sheet design. It is used when gasket malfunctioning must be detectable.
Customized design for various customers for centrifugal compressor Intercoolers & after coolers. Capable of cooling large volumes of air or nitrogen at minimal pressure loss. Close temperature approach to cooling water is possible. Removable bundle design with multi-pass tube side. Internal demister mounting for Wet Air condensation. Most compact and energy efficient solution for your gas cooling application.
Customized design for various customers for centrifugal compressor Intercoolers & after coolers. Capable of cooling large volumes of air or nitrogen at minimal pressure loss. Close temperature approach to cooling water is possible. Removable bundle design with multi-pass tube side. Internal demister mounting for Wet Air condensation. Most compact and energy efficient solution for your gas cooling application.
Customized design for various customers for centrifugal compressor Intercoolers & after coolers. Capable of cooling large volumes of air or nitrogen at minimal pressure loss. Close temperature approach to cooling water is possible. Removable bundle design with multi-pass tube side. Internal demister mounting for Wet Air condensation. Most compact and energy efficient solution for your gas cooling application.
Customized design for various customers for centrifugal compressor Intercoolers & after coolers. Capable of cooling large volumes of air or nitrogen at minimal pressure loss. Close temperature approach to cooling water is possible. Removable bundle design with multi-pass tube side. Internal demister mounting for Wet Air condensation. Most compact and energy efficient solution for your gas cooling application.
Customized design for various customers for centrifugal compressor Intercoolers & after coolers. Capable of cooling large volumes of air or nitrogen at minimal pressure loss. Close temperature approach to cooling water is possible. Removable bundle design with multi-pass tube side. Internal demister mounting for Wet Air condensation. Most compact and energy efficient solution for your gas cooling application.
Customized design for various customers for centrifugal compressor Intercoolers & after coolers. Capable of cooling large volumes of air or nitrogen at minimal pressure loss. Close temperature approach to cooling water is possible. Removable bundle design with multi-pass tube side. Internal demister mounting for Wet Air condensation. Most compact and energy efficient solution for your gas cooling application.
When gas is having design pressure more than 50 bar, then it is recommended to design the Heat Exchanger with Gas on Tube Side & water on shell side. It is a removable tube bundle, outside packed floating tube sheet design. It is used when gasket malfunctioning must be detectable.
We are also manufacturing high pressure Heat Exchangers for our esteemed customer Burckhardt Compression Ltd which is having a design pressure of 380 bar. These Heat Exchangers are being used by Indian Navy for their Marine application.
When gas is having design pressure more than 50 bar, then it is recommended to design the Heat Exchanger with Gas on Tube Side & water on shell side. It is a removable tube bundle, outside packed floating tube sheet design. It is used when gasket malfunctioning must be detectable.
We are also manufacturing high pressure Heat Exchangers for our esteemed customer Burckhardt Compression Ltd which is having a design pressure of 380 bar. These Heat Exchangers are being used by Indian Navy for their Marine application.
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