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Cleaning with solvents : methods and machinery /

High-precision cleaning is required across many sectors, including aerospace, defense, medical device manufacturing, pharmaceutical processing, semiconductor/electronics, and more. In this comprehensive reference work, solvent cleaning equipment is thoroughly covered with a focus on the engineering...

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Detalles Bibliográficos
Clasificación:Libro Electrónico
Autor principal: Durkee, John B. (Autor)
Formato: Electrónico eBook
Idioma:Inglés
Publicado: Oxford, UK : Elsevier, William Andrew, 2014.
Edición:First edition.
Temas:
Acceso en línea:Texto completo
Tabla de Contenidos:
  • Front Cover; Cleaning with Solvents: Methods and Machinery; Copyright; Contents; Preface; Acknowledgments; Disclaimer; What You Can Do with This Book; A Note on Organization; Units Used in This Book; External References Cited in This Book; Chapter 1
  • Open-Top Cleaning Equipment for Vapor Degreasing; 1.1 THE CLEANING MACHINES; 1.2 THE CLEANING PROCESSES/ METHODS; 1.3 A BASIC PRINCIPLE ABOUT CLEANING WITH SOLVENTS; 1.4SUITABLE PROCESS DESIGN; 1.5PROCESS DESIGN FOR SOLVENT CLEANUP (RECOVERY); 1.6OPEN-TOP VAPOR DEGREASERS (OTVDS); 1.7THE PROCESS OF VAPOR DEGREASING; 1.8HOW PARTS ARE DRIED.
  • 1.9 the meaning of "free" rinsing211.10a single-sump vapor degreaser; 1.11about cooling in the rinse sump; 1.12keeping solvent in the tank (or why vapor degreasers are tall); 1.13about the cover; 1.14stability of the vapor cloud; 1.15sizing the boilup heater; 1.16cooling off; 1.17a time for drying; 1.18cycle times for vapor degreasing; 1.19coolants are cool; 1.20superheat is hot!; 1.21lip vents
  • not a really good idea; 1.22programmable hoists
  • a really good idea; 1.23avoid the draft; 1.24summary about emission control technologies; 1.25a vapor degreaser
  • an energy transfer unit.
  • 1.26LOSS OF VAPOR CONTAINMENT IN LARGE VAPOR DEGREASERS1.27CONTINUOUSLY OPERATING BATTALION DEGREASERS (INLINES); 1.28EMISSION CONTROL
  • THE HALOGENATED SOLVENTS NESHAP; 1.29THE AMENDED 1994 HALOGENATED SOLVENTS NESHAP; 1.30COLD CLEANING WITH VOC-EXEMPT SOLVENTS; 1.31A UNIQUE COLD CLEANING PROCESS; 1.32INTRINSICALLY SAFE EQUIPMENT FOR COLD CLEANING; 1.33A METHODOLOGY FOR COLD CLEANING; 1.34NOTES ABOUT THE DESIGN AND OPERATION OF THE COLD CLEANING PROCESS; 1.35WARM COLD CLEANING; 1.36SUMMARY ABOUT COLD CLEANING; Chapter 2
  • Enclosed Vapor Degreasers; 2.1TYPES OF ENCLOSED VAPOR DEGREASERS.
  • 2.2vacuum pumps2.3temperature reduction as a result of vacuum; 2.4sizing of vacuum pumps; 2.5vessels for enclosed machines; 2.6enclosed vapor degreasers for cleaning tubing; 2.7the chilling effect of purchase price; 2.8useful lives; 2.9solvent management in enclosed machines; 2.10storage of solvent in enclosed machines; 2.11commercial vacuum degreasers; 2.12management of vacuum (vapor); 2.13removal of solvent vapor from the work chamber by vacuum; 2.14selection of operating temperature; 2.15it's about what you dew; 2.16chamber fulfillment; 2.17management of water contamination.
  • 2.18DRYING OF PARTS IN ENCLOSED VAPOR DEGREASERS2.19CLEANING PROCESSES IN ALL ENCLOSED MACHINES; 2.20SUPERHEATED SOLVENT VAPOR; 2.21THE PARTS DICTATE THE PROCESS DETAILS; 2.22VACUUM AS AN AID TO REMOVING NON-VOLATILE SOILS; 2.23REPETITION OF CLEANING STEPS; 2.24CRITICAL IMMERSION CLEANING WITH ULTRASONICS; 2.25SUMMARY OF AIRTIGHT MACHINES; Chapter 3
  • Cosolvent Machines; 3.1THE REASON FOR COSOLVENT MACHINES; 3.2THE NOMENCLATURE; 3.3RINSING RULES; 3.4THE COSOLVENT CLASSIFICATION SYSTEMG; 3.5PROCESS DESCRIPTION: CLASS I
  • SEMI-AQUEOUS; 3.6COSOLVENT PROCESS DESCRIPTION: CLASS II
  • IMMISCIBLE.
  • 3.7 cosolvent process description: class iii
  • miscible.