PPT-THERMAL ANALYSIS OF SHELL AND TUBE HEAT EXCHANGER

Prepared By Guided By Khalasi Bharat K Dr Prabhakaran Sir Contents HEAT EXCHANGER Types Of Heat Exchangers ShellandTube Heat Exchangers Thermal Analysis Example References HEAT EXCHANGER. Design of Heat . Exchanger. Justin Hollman. Steve Williams. Anthony Joseph. Michael Dunkin. Michael Gill. Process of Design and Optimization. Adjust settings of input to achieve R=1 design.. Analyze each factor of design to find factors that will affect output. Presented by: N.S Thomas. Department of Mechanical and Mechatronic Engineering, University of Stellenbosch. Private Bag XI, MATIELAND . 7602. , South Africa. Tel: 083 484 2893. Email: 15818705@sun.ac.za. What is a heat exchanger? 5What are the major components of my heat exchanger? 6What ambient conditions are required? 8What is the life expectancy of my heat exchanger? 10What causes heat PRODUC standard-xchange.com Shell Tube Heat ExchangersAs the recognized leader in heat exchanger products, systems and technology, Standard Xchange has been providing state-of-the-art solutions to he SUBMITTED TO: . Er. . . Akash. . Rana. (HOD). Department of Petroleum. SUBMITTED BY: . Inzamam. . Ul. . Haque. . Mirza. Abdul . Raheman. . Lecture 6 Heat Exchanger Design. Heat Exchangers. Heat Transfer Basics. Tubular Exchangers. Heat Exchanger Design. Compact Heat Exchangers. Three Mechanisms of Heat Transfer. Conduction. Affects . wall resistances, which are usually negligible for heat transfer equipment. Faculty of Engineering. Department of Mechanical Engineering. HEAT EXCHANGERS . Instructor . Moataz Abdelgadir Ali. 2. Heat Exchangers. Syllabus. Definition and objectives.. Types of heat exchangers.. Jesse Kendall. Christopher Rogers. Brandon Rodriguez. Alek Vanluchene. Heat Exchanger Design. Problem Statement. Design a heat exchanger that cools a corrosive chemical with water properties from 45 C to 25 C with a mass flow rate of 220,000 kg/hr using city water at 22 C with variable mass flow rate.. Group 5. Maha El-Deeb. Khashayar Moez. William Read. Michael Teklu. T. ypical . uses for heat exchangers . Heat a fluid before a process unit such as a reactor or a distillation column. Remove heat from a process to keep the temperature at a desirable level. is often used specially to denote equipment in which heat is exchanged between two process. Streams.. These heat exchanger may be classified according to:. Transfer process. 1. Direct contact. 2. indirect contact. DESCRIBE the difference in the temperature profiles for counter-flow and parallel flow heat exchangers.. DESCRIBE the differences between regenerative and non-regenerative heat exchangers.. Given the temperature changes across a heat exchanger, CALCULATE the log mean temperature difference for the heat exchanger.. CONTENTS. Introduction. Liquid nitrogen propulsion system. Test vehicle. Schematic vehicle of equipment layout. Economizer. Ambient air heat exchanger. Ambient air heat exchange development. Design. Temperature profile. Types of Heat Exchangers. Shell and Tube - . (Most commonly used in chemical processes). Plate and Frame. Air Cooler. Fired Heater. HEX Nomenclature. Heat exchanger: both sides . single phase and . process streams (that is,. CompliantThe most advanced technologyat the most reasonable priceheat exchanYEARSLARGE HEAT EXCHANGERThe design of the heat exchanger allows a perfectly balanced thermodynamic exchange Numerous 31ns i