ASME PTC 40 91:1991 Edition
$98.04
ASME PTC 40 Flue Gas Desulfurization Units
Published By | Publication Date | Number of Pages |
ASME | 1991 | 70 |
PDF Catalog
PDF Pages | PDF Title |
---|---|
4 | Foreword |
5 | Standards Committee Roster |
7 | CONTENTS |
9 | 0 Introduction |
10 | 1 Object and Scope Figures 1.1 FGDS Inputs and Outputs |
11 | 2 Definitions and Descriptions of Terms |
13 | Tables 2.1 Constant Symbols and Terms |
14 | 2.2 Variable Terms |
17 | 3 Guiding Principles |
20 | 4 Instruments and Methods of Measurement |
25 | 5 Computation of Results |
31 | 5.1 Typical FGDS 5.1 Test Measurement Uncertainties and Effects |
32 | 6 Report of Results |
33 | 7 References |
34 | Appendices A Types of Flue Gas Desulfurization (FGD) |
35 | B PTC 40 Test Method |
36 | Figures B.1 Particulate and SO Emissions Sampling Train |
38 | B.2 Type S Pitot Tube Manometer Assembly |
39 | B.3 Configurations of a Properly Constructed Type S Pitot Tube |
40 | B.4 Types of Face-Opening Misalignment |
43 | B.5 Minimum Number of Traverse Points for Particulate Traverses |
44 | B.6 Example Showing Circular Stack Cross Section Divided Into 12 Equal Areas, With Location of Traverse Points Indicated |
45 | B.7 Example Showing Rectangular Stack Cross Section Divided Into 12 Equal Areas, With a Traverse Point at Centroid Tables B.1 Cross-Section Layout for Rectangular Stacks |
46 | B.2 Location of Traverse Points in Circular Stacks |
49 | B.3 Particulate Field Data |
54 | C FGD Data Determination Forms |
55 | C.1 Field Moisture Determination Data Form |
56 | C.2 Field Molecular Weight Determination Data Form |
57 | C.3 Field Gas Velocity Determination Data Form |
58 | C.4 Field SO Determination Data Form |
59 | C.5 Field Analysis for SO Determination Data Form |
60 | C.6 Reagent Characterization |
61 | D Quantity Measurement of Solid Waste D.1 Mass Balance Around the FGDS |
63 | D.2 The Weigh Scale Method |
64 | E Example Application |
65 | E.1 Typical Lime/Limestone System |
66 | E.2 Example Test Boundary |