Subject: Industrial Refrigeration System Design Cogitation
This book of “Process Refrigeration Application Cogitation” is a supplemental reading for the book of “Engineered Industrial Refrigeration Systems Application”, which is a book dealing with system design techniques for industrial refrigeration systems, it is available free of charge at http://tswanblog.com (also available from the site of http://tswan888.wordpress.com ).
This book summarizes several typical system design cogitations for the industrial process refrigeration application by using the techniques and knowledge presented in the book of “Engineered Industrial Refrigeration Systems Application”.
This book consists of 20 cases of refrigeration system design cogitations. To view the individual case of the book, just select and click the title of the individual case cogitation as shown below:
(A) Preface and Contents; (B) Case-1 The Basics of Refrigeration Cycle P-H Diagram Analysis; (C) Case-2 P-H Diagram Analysis-Multiple Loads Compound System; (D) Case-3 Case of High Suction Superheat; (E) Case-4 Secondary Refrigerant; (F) Case-5 Manual Selection of Water Cooled Condenser and Water Cooler; (G) Case-6 Impact of Fouling Factor and Special Materials for Heat Exchanger; (H) Case-7 Reciprocating Compressor; (I) Case-8 Basic Performance of Screw Compressor; (J) Case-9 Annual Power Consumption Analyze for Screw Systems; (K) Case-10 Single Stage Centrifugal Compressor; (L) Case-11 Brine & Chilled Water Compound Systems; (M) Case-12 Multistage Centrifugal Refrigeration System – Halocarbon; (N) Case-13 Food Processing Center; (O) Case-14 Chlorine Condensing; (P) Case-15 Refrigeration System for Chemical Fertilizer Plant Ammonia Storage; (Q) Case-16 Cascade Refrigeration System for LPG Subcooling; (R) Case-17 Compound-Cascade for Low Temperature; (S) Case-18 Gas Analysis; (T) Case-19 Centrifugal Gas Compression Calculation
See separate post for Case-20 Carbon Foot Print and Energy Consumption Consideration for Industrial Refrigeration System Design.
By: Thomas T.S. Wan (E-mail: ts3333w@yahoo.com)
This article outlines the various techniques and concepts that are applicable for the design of better annual energy consumption and lowering the carbon footprint for the industrial refrigeration system. This article can be viewed freely under the Creative Commons License by clicking the following PDF file:
Carbon Foot Print and Energy Consumption Considerations for Industrial Refrigeration System Design
This article is a summery of the system design approaches from the book of “Engineered Industrial Refrigeration Systems Application”; which is available online at http://tswanblog.com or http://tswan888.wordpress.com
By: Thomas T.S. Wan
(E-mail: ts3333w@yahoo.com)
ts3040 