A state-of-the-art review of scientific knowledge on the environmental risk of ocean discharge of produced water and advances in mitigation technologies. In offshore oil and gas operations, produced water (the water produced with oil or gas from a well) accounts for the largest waste stream (in terms of volume discharged). Its discharge is continuous during oil and gas production and typically increases in volume over the lifetime of an offshore production platform. Produced water discharge as waste into the ocean has become an environmental concern because of its potential contaminant content. Environmental risk assessments of ocean discharge of produced water have yielded different results. For example, several laboratory and field studies have shown that significant acute toxic effects cannot be detected beyond the "point of discharge" due to rapid dilution in the receiving waters. However, there is some preliminary evidence of chronic sub-lethal impacts in biota associated with the discharge of produced water from oil and gas fields within the North Sea. As the composition and concentration of potential produced water contaminants may vary from one geologic formation to another, this conference also highlights the results of recent studies in Atlantic Canada.
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Product Description: Water is an increasingly critical issue at the forefront of global policy change, management and planning. There are growing concerns about water as a renewable resource, its availability for a wide range of users, aquatic ecosystem health, and global issues relating to climate change, water security, water trading and water ethics. This handbook provides the most comprehensive reference ever published on water resource issues. It brings together multiple disciplines to understand and help resolve problems of water quality and scarcity from a global perspective. Its case studies and 'foundation' chapters will be greatly valued by students, researchers and professionals involved in water resources, hydrology, governance and public policy, law, economics, geography and environmental studies.
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Under the best of circumstances, preparing an environmental impact assessment (EIA) can be a complex and challenging task. Experience indicates that the scope and quality of such analyses varies widely throughout the U.S. as well as internationally. Written to help practitioners and decision-makers apply best professional practices in the development of EIAs, Environmental Impact Assessment: A Guide to Best Professional Practices provides an in depth, yet practical direction for developing a defensible analysis that meets best professional practices.
The book describes preparation of five distinct types of assessments:
* Cumulative Impact Assessment (CIA)
* Preparing Greenhouse Emission Assessments
* Preparing Risk Assessments and Accident Analyses
* Social Impact Assessment (SIA) and Environmental Justice
* The International Environmental Impact Assessment Process Guiding Principles
To date, there is significant variation and disagreement about how such analyses should be prepared. The author introduces best professional practices (BPP) for preparing such EIAs that is intended to meet decision-making and regulatory expectations. He supplies a comprehensive and balanced skill set of tools, techniques, concepts, principles, and practices for preparing these assessments. He also includes directions for developing a comprehensive Environmental Management Systems which can be used to monitor and implement final decisions for such analyses. While the book references the U.S. National Environmental Policy Act (NEPA), most of this guidance is generally applicable to any international EIA process consistent with NEPA.
With thorough coverage of all aspects of assessments, the book presents a theoretical introduction to the subject as well as practical guidance. It delivers state-of-the-art tools, techniques, and approaches for resolving EIA problems.
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Serbian national standards for civil engineering.
Concrete, steel, geomechanics, composite str.,...
Many of standards from 2008 are in English language.
Check iss.rs for detail description.
1. SRPS B.C1.011 (2001)
2. SRPS B.C1.012(1996)
3. SRPS B.C8.023 (1997)
4. SRPS CR 10260 (2003)
5. SRPS EN 10002-1 (1996)
6. SRPS EN 10002-1-1 (1997)
7. SRPS EN 10025 (2003)
8. SRPS EN 10027-1 (2003)
9. SRPS EN 10027-2 (2003)
10. SRPS EN 10080 (2008)
11. SRPS EN 10130 (2004)
12. SRPS EN 10131 (2008)
13. SRPS EN 1097-6 (2007)
14. SRPS EN 12350-1 (2008)
15. SRPS EN 12350-2 (2008)
16. SRPS EN 12350-4 (2008)
17. SRPS EN 12350-6 (2008)
18. SRPS EN 12390-1 (2008)
19. SRPS EN 12390-10 (2008)
20. SRPS EN 12390-2 (2008)
21. SRPS EN 12390-3 (2008)
22. SRPS EN 12390-4 (2008)
23. SRPS EN 12390-5 (2008)
24. SRPS EN 12390-6 (2008)
25. SRPS EN 12390-7 (2008)
26. SRPS EN 12390-8 (2008)
27. SRPS EN 12504-1 (2008)
28. SRPS EN 12504-2 (2008)
29. SRPS EN 12504-3 (2008)
30. SRPS EN 12504-4 (2008)
31. SRPS EN 12620 (2008)
32. SRPS EN 13055-1 (2007)
33. SRPS EN 13139 (2007)
34. SRPS EN 13242 (2007)
35. SRPS EN 14411 (2005)
36. SRPS EN 196-1 (2008)
37. SRPS EN 196-3 (2007)
38. SRPS EN 196-4 (1995)
39. SRPS EN 196-6 (1995)
40. SRPS EN 196-7 (1995)
41. SRPS EN 197-1 (1997)
42. SRPS EN ISO 15630-1 (2008)
43. SRPS EN ISO 15630-2 (2008)
44. SRPS EN ISO 15630-3 (2008)
45. SRPS ISO 10545_1 (2002)
46. SRPS ISO 10545_2 (2002)
47. SRPS ISO 10545_3 (2002)
48. SRPS ISO 10545_4 (2002)
49. SRPS ISO 10545_5 (2002)
50. SRPS ISO 10545_6 (2002)
51. SRPS ISO 2553 (1998)
52. SRPS ISO 377 (2003)
53. SRPS ISO 4103 (1997)
54. SRPS ISO 4108 (2000)
55. SRPS ISO 6274 (1998)
56. SRPS ISO 6275 (1997)
57. SRPS ISO 6276 (1997)
58. SRPS ISO 6782 (1999)
59. SRPS ISO 6784 (2000)
60. SRPS ISO 7033 (1999)
61. SRPS ISO 7799 (1992)
62. SRPS ISO 8491 (1993)
63. SRPS ISO 8492 (1993)
64. SRPS ISO 8493 (1993)
65. SRPS ISO 8494 (1993)
66. SRPS ISO 8495 (1992)
67. SRPS ISO 8496 (1992)
68. SRPS ISO 898_1 (2003)
69. SRPS ISO 898_2 (2003)
70. SRPS U.B1.010(2000)
71. SRPS U.B1.018 (2005)
72. SRPS U.B1.028(1996)
73. SRPS U.B1.029(1996)
74. SRPS U.B1.043(1997)
75. SRPS U.B1.047(1997)
76. SRPS U.E7.091 (1999)
77. SRPS U.E7.140_1 (1999)
78. SRPS U.E7.154(1997)
79. SRPS U.M1.021 (1997)
80. SRPS U.M1.022 (1992)
81. SRPS U.M1.026 (1992)
82. SRPS U.M1.034 (1996)
83. SRPS U.M1.035 (1996)
84. SRPS U.M1.036 (1996)
85. SRPS U.M1.038 (1996)
86. SRPS U.M1.060 (1998)
87. SRPS U.M8.052 (1997)
88. SRPS U.Z1.010 (1990)
89. SRPS U.Z1.010-1 (1992)
Feel free to post any of the missing standards here.
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Could you please send me the following two papers.
1. Effect of a seasonal diffuse pollution migration on natural organic matter behavior in a stratified dam reservoir by Soon Ju Yua, Jae Yil Leeb, Sung Ryong Hab,
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and
2. Stream-Bed Changes Downstream of Daecheong Dam in Korea by Sangman Jeong et al.
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Introduction to Autodesk Land Desktop 2006 and Civil Design 2006 introduces the reader to this software using tutorial style lessons. Each lesson acquaints the reader with the important features of the software using real world projects.
CONTENTS:
1.Reviewing AutoCAD Basics
2.Land Desktop Impacts on the AutoCAD Environment
3.>Setting AEC Points
4.Point Groups and the Land Desktop Project Manager
5.Importing and Exporting AEC Points
6.Rotation, Translation and Datum Adjustment
7.Lines and Curves
8.Line Labeling
9.Line and Curve Tables
10.Point Labeling
11.Parcel Computations
12.Creating a Surface
13.Faults (Breaklines)
14.Creating Contours From Surface Data
15.Contour Labeling and Editing
16.Land Desktop Cross Sections
17.Earthwork Volumes
18.Alignments
19.Project Stationing and Setting Points by Station/Offset
20.Civil Design Profiles
21.Civil Design Cross Sections
22.Civil Design Section Plotting
23.Drawing Civil Design Templates
24.Defining Civil DesignTemplates
25.Civil Design Control-Templates
26.Civil Design Control-Alignments
27.Civil Design Control-Profiles
28.Volume Computation in Civil Design by Average End Area Method
Design of Structures to Resist Nuclear Weapons Effects (Manual of Practice No. 42)
Author: M. S. Agbabian, chmn | Size: ?? MB | Format:PDF | Publisher: Task Committee on Updating Manual 42 of the Committee on Dynamic Effects of the Structural Division of the American Society of Civil Engineers | Year: 1985 | pages: 321 | ISBN: 978-0-87262-439-9 or 0-87262-439-0
This manual provides guidance to engineers engaged in designing facilities intended to resist nuclear weapons effects. Although emphasis is placed on blast-resistant design, other effects are treated in some detail. Specific topics addressed include: airblast, cratering, and ground motion; facility requirements; blast and shock loading on structures; behavior of structural elements; choice of structural systems and design procedures; dynamic analysis; facility interface elements and shock isolation systems; design adequacy under other weapons effects; and slanting, evaluation and upgrading of existing structures for nuclear effects shelter.
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