Opu C. Bhowmik’s Post

HEAT EXCHANGER :- A heat exchanger is a device that transfers heat between two mediums, such as liquids, gases, or a combination of both. without them mixing or coming into direct contact. Heat exchangers can be used to heat or cool air, liquids, or gases without contaminating them. Shell and tube heat exchanger:- The components of a shell and tube heat exchanger include: Shell: The outer cylindrical container that holds the tube bundle. Tube bundle: The collection of tubes inside the shell. Tube sheets: Also known as tube stacks, these are passed through by each tube. Baffles: The tubes pass through a series of baffles. Nozzles: The inlet and outlet nozzles. #oil_refining #heat_exchange

Shell and tube heat exchangers are essential in many industrial applications for efficiently transferring heat between fluids. This video provides a clear explanation of their operation and importance. It's interesting to see how these equipment play a crucial role in process optimization and energy efficiency.

Boost Efficiency: Introducing the CS/CS-SS Condensate Separator! CS condensate separators have been developed for high efficient removal of bulk liquids and large impurities from compressed air systems. Inside the housing there is an insert that creates controlled rotation of the air. As a result of centrifugal action liquids (water, oil) and large particles are forced to the housing wall, slowed down and accumulated at the bottom of separator housing as condensate. The turbulent free zone in the lower part of the cyclone housing prevents condensate from being picked up and “carried over” into the airstream. Because of the nature of application, it is essential to install appropriately sized condensate drain on the separator. CS cyclone separators are also available in stainless steel version CS-SS. #CondensateSeparator #IndustrialEquipment #ProcessEngineering #ManufacturingTech #Innovation #Technology #EngineeringSolutions

Comprehensive Insights into Tube Sheets, PFA, and Their Critical Role in Heat Exchangers

Gasketed Plate Heat Exchanger, how it works..

Advantages of Glass Shell & Tube Heat Exchanger over Coil Condenser --- 1. The overall heat transfer coefficient in shell and tube heat exchanger is about 3 times higher than in coil type heat exchanger. 2. The pressure drop in shell and tube heat exchanger is minimal compared to 2-3 kg/cm2 in coil side of coil type heat exchanger. 3. For requirement of higher heat transfer areas shell and tube heat exchanger is the only alternative.

Now you know, Heat Exchanger retubing activity taking place

Hot Plate Heat Exchanger https://lnkd.in/g6G-PsQb A hot plate heat exchanger is a compact heat exchanger in which the material is normally run between plates and the heat source or cold source flows upstream in the plate cavity.