Page 50 - Industrial Ventilation Design Guidebook

•1HSKN METHOBOL06Y OF

INDUSTRIAL AIR TECHNOLOGY

KIN HAGSTROM
Faculty of Mechanical Engineering,
Helsinki University of Technology,
Espoo, Finland

3 i INTRODUCTION 15
3.2 DESIGN METHODOLOGY DESCRIPTION 17
3.3 GIVEN DATA 23
3.4 PROCESS DESCRIPTION 24
3.5 BUILDING LAYOUT AND CONSTRUCTION 24
3.6 TARGET LEVEL ASSESSMENT 24
3.7 SOURCE DESCRIPTION 27
3.8 CALCULATION OF LOCAL LOADS 28
3.9 LOCAL PROTECTION 29
3.10 CALCULATION OF TOTAL LOADS 32
3.11 SELECTION OF SYSTEM 34
3.12 SELECTION OF EQUIPMENT 36
3.13 DETAILED DESIGN (ENGINEERING) 37
3.13.1 Subtask I: Ventilation System 38
3.13.2 Subtask 2: Operation 39
3.13.3 Subtask 3: Special Issues 39
3.13.4 Subtask 4: Commissioning Plan 39
BIBLIOGRAPHY 39

3.1 INTRODUCTION

Environmental issues are being addressed more and more heavily in today's and
future society. Thus, it is natural that in industrial processes and in their design,
environmental effects are also considered over the whole life cycle. The life cycle
of the production process can be divided into four parts: design, construction, op-
eration, and end of the process. Each part consists of different tasks. Design meth-
odology is a part of the whole process from starting point to "grave." The life

Industrial Ventilation Design Guidebook
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