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AWWA A100 2006 with errata 2007

AWWA A100 2006 with errata 2007

$75.83

AWWA A100-06: Water Wells With Errata-200712

Published By Publication Date Number of Pages
AWWA 2006 102
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This standard covers the minimum requirements for vertical water supply wells, including geologic/hydrologic conditions and water quality and well construction.

PDF Catalog

PDF Pages PDF Title
3 ANSI/AWWA A100-06
5 Committee Personnel
7 Contents
11 Foreword
I. Introduction.
13 II. Special Issues.
III. Use of This Standard.
14 IV. Major Revisions.
15 V. Comments.
17 AWWA Standard – Water Wells

SECTION 1: GENERAL
Sec. 1.1 Scope
Sec. 1.2 Purpose
Sec. 1.3 Application
18 SECTION 2: REFERENCES
19 SECTION 3: DEFINITIONS
20 SECTION 4: REQUIREMENTS
Sec. 4.1 General
21 Sec. 4.2 Investigation of Geologic and Hydrologic Conditions and
Groundwater Quality
24 Table 1 USGS grain-size classification
25 Sec. 4.3 Material Requirements
26 Table 2 Water-well casing materials
29 Sec. 4.4 Well Casing
30 Table 3 Standard well-casing sizes for wells
Table 4 Minimum thickness for steel well casing-single casing
31 Table 5 Minimum thickness for two-ply steel well casing
Sec. 4.5 Well Screens
34 Sec. 4.6 Gravel Pack
35 Sec. 4.7 Well Construction
37 Table 6 Casing joints
40 Sec. 4.8 Well Development
41 Sec. 4.9 Well Disinfection
Sec. 4.10 Decommissioning of Test Holes, Partially Completed Wells,
and Abandoned Wells
42 SECTION 5: VERIFICATION
Sec. 5.1 Performance Testing
43 Sec. 5.2 Water Quality Testing
44 SECTION 6: DELIVERY
45 APPENDIX A Bibliography
47 APPENDIX B Gravel-Pack Installation Methods

SECTION B.1: GENERAL
SECTION B.2: POURED FROM THE SURFACE WITH
DIRECT CIRCULATION
48 SECTION B.3: PUMPED THROUGH GRAVEL FEED
LINE WITH DIRECT CIRCULATION
SECTION B.4: POURED FROM THE SURFACE WITH
REVERSE CIRCULATION
SECTION B.5: PUMPED UNDER PRESSURE FROM
THE SURFACE WITH REVERSE
CIRCULATION
SECTION B.6: CROSS-OVER METHOD
51 APPENDIX C Grouting and Sealing-Methods of Placement

SECTION C.1: TREMIE METHOD
SECTION C.2: POSITIVE DISPLACEMENT—
EXTERIOR METHOD
52 SECTION C.3: INTERIOR METHOD—WITHOUT
PLUG
SECTION C.4: POSITIVE PLACEMENT, INTERIOR
METHOD—DRILLABLE PLUG
53 SECTION C.5: PLACEMENT THROUGH FLOAT
SHOE ATTACHED TO BOTTOM
OF CASING
55 APPENDIX D Plumbness and Alignment-Procedure for Testing

SECTION D.1: PROCEDURE FOR TESTING
56 SECTION D.2: APPARATUS REQUIRED FOR
PLUMBNESS AND ALIGNMENT TESTS
Sec. D.2.1 Plummet
Sec. D.2.2 Apex
Sec. D.2.3 Pulley
57 SECTION D.3: PROCEDURE FOR TEST
MEASUREMENTS
SECTION D.4: DETERMINATION OF DRIFT
(HORIZONTAL DEVIATION)
SECTION D.5: ITEMS TO BE PROVIDED
BY CONSTRUCTOR
60 SECTION D.6: PLOTTING AND INTERPRETATION
OF TEST RESULTS
65 APPENDIX E Well Development

SECTION E.1: WELL DEVELOPMENT PROCEDURE
Sec. E.1.1 Test-Pump Capacity
Sec. E.1.2 Variable Discharge Rates
Sec. E.1.3 Discharge Piping
SECTION E.2: MEASUREMENT OF OPERATING
PARAMETERS DURING DEVELOPMENT
Sec. E.2.1 Discharge Rate
66 Sec. E.2.2 Water Elevations
Sec. E.2.3 Measurement of Sand Content
Sec. E.2.4 Installation of Sand Sampler
SECTION E.3: DEVELOPMENT RECORDS
67 Sec. E.3.1 Quantity of Gravel
Sec. E.3.2 Data to Record
SECTION E.4: METHODS OF MEASURING
OPERATING PARAMETERS DURING
DEVELOPMENT
Sec. E.4.1 Step-Drawdown Test Method
Sec. E.4.2 Constant-Rate Tests
68 Sec. E.4.3 Water-Level Measurements
Sec. E.4.4 Air-Line Method
Sec. E.4.5 Electric-Sounder Method
Sec. E.4.6 Measurement of Sand Content
69 APPENDIX F Water Sampling – Suggested Methods

SECTION F.1: GENERAL
SECTION F.2: A WELL IN A CONSOLIDATED
FORMATION
SECTION F.3: A WELL IN AN UNCONSOLIDATED
FORMATION
71 APPENDIX G Factors Influencing the Duration of Pumping Test

SECTION G.1: GENERAL
SECTION G.2: LOCAL EXPERIENCE
73 APPENDIX H Decommissioning of Test Holes, Partially Completed Wells,
and Abandoned Completed Wells

SECTION H.1: GENERAL
SECTION H.2: WELLS IN UNCONSOLIDATED
FORMATIONS
74 SECTION H.3: WELLS IN CREVICED FORMATIONS
SECTION H.4: WELLS IN NONCREVICED ROCK
FORMATIONS
SECTION H.5: MULTIPLE AQUIFER WELLS
75 SECTION H.6: WELLS WITH ARTESIAN FLOW
SECTION H.7: SEALING MATERIALS
77 APPENDIX I Geophysical Borehole Logs
79 APPENDIX J Type of Wells

SECTION J.1: GENERAL
SECTION J.2: BASIC TYPES OF WELLS
Sec. J.2.1 Type 1
80 Sec. J.2.2 Type 2
Sec. J.2.3 Type 3
Sec. J.2.4 Type 4
Sec. J.2.5 Type 5
Sec. J.2.6 Type 6
Sec. J.2.7 Type 7
Sec. J.2.8 Type 8
Sec. J.2.9 Type 9
Sec. J.2.10 Type 10
Sec. J.2.11 Type 11
Sec. J.2.12 Type 12
85 APPENDIX K Collapse Strength of Well Casing
SECTION K.1: GENERAL
SECTION K.2: COLLAPSING STRENGTH OR
HYDRAULIC COLLAPSE PRESSURE
VALUES
87 SECTION K.3: CASING TENSILE STRENGTH VALUES
SECTION K.4: CASING AXIAL COMPRESSIVE
STRENGTH VALUES
88 Table K.1 Collapse strength of steel well casing
89 Table K.1 Collapse strength of steel well casing (continued)
90 Table K.1 Collapse strength of steel well casing (continued)
91 Table K.2 Axial-compressive strength and tensile strength of steel well casing
92 Table K.2 Axial-compressive strength and tensile strength of steel well casing (continued)
93 Table K.2 Axial-compressive strength and tensile strength of steel well casing (continued)
94 Table K.3 Collapse strength and axial-compression strength of two-ply steel well casing
95 Table K.3 Collapse strength and axial-compression strength of two-ply steel well casing (continued)
96 Table K.4 Hydraulic collapse pressure and unit weight of PVC well casing
97 APPENDIX L Screen Length and Entrance Velocities

SECTION L.1: GENERAL
SECTION L.2: THEORETICAL RELATIONSHIPS
98 SECTION L.3: DESIGN EXAMPLES

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AWWA A100 2006 with errata 2007
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