1. CONTROL FOR HEAT EXCHANGE M. B. JENNINGS CHE 185 FEB 2006

2. OUTLINE EXCHANGER DESIGN CONCEPTS EXCHANGER DESIGN CONCEPTS GENERAL CONTROL CONFIGURATION GENERAL CONTROL CONFIGURATION SPECIFIC TYPES OF PROCESSES SPECIFIC TYPES OF PROCESSES HEAT RECOVERY HEAT RECOVERY REACTORS REACTORS DISTILLATION COLUMNS DISTILLATION COLUMNS

3. SINGLE HEAT EXCHANGERS SHELL & TUBE EXCHANGERS SHELL & TUBE EXCHANGERS USED FOR SINGLE PHASE OR TWO PHASE FLOWS USED FOR SINGLE PHASE OR TWO PHASE FLOWS From: http://www.me.wustl.edu/ME/labs/thermal/me372b5.htm From: http://www.me.wustl.edu/ME/labs/thermal/me372b5.htm

4. EXCHANGER FLOW PATTERNS COCURRENT OR COUNTERCURRENT COCURRENT OR COUNTERCURRENT

5. MULTIPASS EXHANGERS 1 SHELL- 2 TUBE PASS EXCHANGER 1 SHELL- 2 TUBE PASS EXCHANGER COMBINED COUNTERCURRENT AND COCURRENT FLOW COMBINED COUNTERCURRENT AND COCURRENT FLOW

6. CORRECTION FACTORS FOR MULTIPASS EXCHANGERS

7. HEAT EXCHANGE LIMITS FOR PURE COUNTERCURRENT FLOWS FOR PURE COUNTERCURRENT FLOWS TEMPERATURE CROSSES ARE NOT POSSIBLE WITH MULTIPASS EXCHANGERS TEMPERATURE CROSSES ARE NOT POSSIBLE WITH MULTIPASS EXCHANGERS

8. BASIC CONTROL SCHEMES FOR SINGLE EXCHANGERS -1 FLUID TEMPERING EXCHANGER WITH FEEDBACK CONTROL

9. BASIC CONTROL SCHEMES FOR SINGLE EXCHANGERS - 2 FLUID TEMPERING EXCHANGER WITH FEEDBACK AND FEEDFORWARD CONTROL

10. GENERAL BLOCK FLOW DIAGRAM FOR CONTROL LOOP

11. SPECIFIC BLOCK FLOW DIAGRAM

12. HEAT RECOVERY SYSTEMS HEAT RECOVERY FOR A SIMPLE SYSTEM HEAT RECOVERY FOR A SIMPLE SYSTEM

13. HEAT RECOVERY WITH FEEDBACK & FEEDFORWARD OPTIONS

14. REACTOR TEMPERATURE CONTROL WITH JACKET - 1 FEEDBACK CONTROL BASED ON PRODUCT TEMPERATURE FEEDBACK CONTROL BASED ON PRODUCT TEMPERATURE

15. REACTOR TEMPERATURE CONTROL WITH JACKET - 2 FEEDFORWARD CONTROL BASED ON JACKET COOLANT INLET TEMPERATURE FEEDFORWARD CONTROL BASED ON JACKET COOLANT INLET TEMPERATURE

16. REACTOR TEMPERATURE CONTROL - EXTERNAL EXCHANGER

17. DISTILLATION CONTROL - CONDENSER

18. DISTILLATION CONTROL - REBOILER

19. CONCLUSIONS A FEW TYPES OF CONTROL CONFIGURATIONS CAN BE APPLIED TO A WIDE RANGE OF HEAT EXCHANGE PROCESSES A FEW TYPES OF CONTROL CONFIGURATIONS CAN BE APPLIED TO A WIDE RANGE OF HEAT EXCHANGE PROCESSES SPECIFIC TYPES OF UNIT OPERATIONS MAY BE ABLE TO USE MORE COMPLEX HEAT EXCHANGE CONTROL SPECIFIC TYPES OF UNIT OPERATIONS MAY BE ABLE TO USE MORE COMPLEX HEAT EXCHANGE CONTROL