PPT-Copper Piping & High Pressure Refrigerants

Wall Thickness is Part of the Equation Charles A Stout PhD PE Director of RampD Mueller Industries Why Copper for Refrigeration Proven durability amp reliability Workability in annealed state. Since our foundation in 1994 we have been improving the way customers get the high pressure they need whenever needed using the inexpensive sources of low pressure they already have Get the high pressure you need for a fraction of the cost We are d Dr Alka Bani Agrawal. Professor,Mechanical Engg. UIT,RGPV. History Of Refrigeration. Refrigeration relates to the cooling of air or liquids, thus providing lower temperature to preserve food, cool beverages, make ice and for many other .. Haseeb. . Ullah. Khan . Jatoi. Department of Chemical Engineering. UET Lahore. Non Ferrous Metals and Alloys. Usually metals and alloys are divided into two categories.. Ferrous. Non- Ferrous (All metallic elements other than iron are referred to as non ferrous). . Presented by. Refrigeration Service . Engineers . Society. Uses . of Hydrocarbons . as Refrigerants. HC . Regulations and Standards. Refrigerant . Properties and Safety. The . Refrigerant Cycle. System . Presented by: Dr . Rashmi. . Moderator: Dr . Kartik. . Syal. The start. 1847:. John Snow (1813-1858). described the relationship between temperature and the saturation of ether vapor. first major milestone in the attempt to control the strength of anesthetic vapor administered to patients. Presented by:. Shailendra. S. . Chauhan. ME 3. rd. yr. Refrigerant development – a brief history . Water is one of the earliest substances to be used as a refrigerant, although not in a closed system.. Heading . in NZ?. Don J. Cleland and Richard J Love. Centre for Postharvest and Refrigeration Research. Massey University, . Palmerston. North, New Zealand. NZ . Coldstorage. Association Conference. & . Coolants. . Bartosz . Zajaczkowski. , . PhD. Lecture. . 1. Introduction. Today. . topics. What. . is. . this. . class. . all. . about. ?. Readings. , . homeworks. & . examination. resentation. Typical . stainless steel . piping's made in 2JCP. Pipe diameter from 1“ to 12“ (25 to 305mm). Wall thickness from sh5 to ch80 (1,65 tom 12,7mm). Typical alloys are austenite stainless. By. Raj Dreepaul. Lecturer. Institut Superieur de Technologie. Types of Refrigerants. HaloCarbons. Azeotropic Refrigerants. Zeotropic Refrigerants. Inorganic Refrigerants. Hydrocarbon Refrigerants. Halocarbon Refrigerants. Discuss the importance of selection of suitable refrigerant in a refrigeration system.. Classify refrigerants into primary and secondary, and discuss the important differences between primary and secondary refrigerants.. By. Raj Dreepaul. Lecturer. Institut Superieur de Technologie. Types of Refrigerants. HaloCarbons. Azeotropic Refrigerants. Zeotropic Refrigerants. Inorganic Refrigerants. Hydrocarbon Refrigerants. Halocarbon Refrigerants. Polymer MATSUSHIGE,* and Munehisa YASUNIWA Department of Applied Physics, Faculty of Science, Fukuoka University, Jonan-ku, Fukuoka 814-{)1, Japan *Department of Applied Science, Faculty of Engi Design Installation Manual 2018PP-RCT Piping SystemsPP-RCT Piping Systems TABLE OF CONTENTS NTROTHE COMPANY 4ACTIVITY 6WHO WE ARE 7 1 PPRCT PIPING SYSTEM APPLICATIONSNIRON PPRCT PIPING SYSTEM 10NI