Jessie Webb CAPE TOWN to CAIRO 15 June 2013 V1
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Managing Facilities Discussion Paper
September 2016 MANAGING FACILITIES DISCUSSION PAPER Consultation notes: The attached paper does not reflect the views or policy of the Australian Government and the Great Barrier Reef Marine Park Authority (GBRMPA). The paper was prepared for GBRMPA by an independent contractor to provide discussion and options of various matters related to the management of facilities within the Great Barrier Reef Marine Park. GBRMPA now seeks the public’s views on the discussion and options presented in the attached paper. Public consultation is open until 4 November 2016. For more information, please visit www.gbrmpa.gov.au or email [email protected]. Following public consultation, GBRMPA will consider submissions received in formulating updated guidelines for managing facilities. This discussion paper forms part of a broader package which has been released for public comment and should be read in conjunction with: a. The draft revised Environmental impact management policy: permission system (Permission system policy) explains how the management of the permission system ensures consistency, transparency and achievement of the objects of the Act. b. The draft Risk assessment procedure explains how GBRMPA determines risk level and the need for avoidance, mitigation or offset measures. c. The draft Guidelines: Applications for permission (Application guidelines) explain when permission is required and how to apply. d. The draft Checklist of application information proposes information required to be submitted before an application is accepted -
Understanding the Results of an Intelligent Pig Inspection
This document was downloaded from the Penspen Integrity Virtual Library For further information, contact Penspen Integrity: Penspen Integrity Units 7-8 Telephone: +44 (0)191 238 2200 St. Peter's Wharf Fax: +44 (0)191 275 9786 Newcastle upon Tyne Email: [email protected] NE6 1TZ Website: www.penspenintegrity.com United Kingdom UNDERSTANDING THE RESULTS OF AN INTELLIGENT PIG INSPECTION By, Roland Palmer-Jones, Prof. Phil Hopkins, Penspen Integrity, Newcastle upon Tyne, UK, and Dr. David Eyre, Penspen Integrity, Richmond, UK. 1 INTRODUCTION Intelligent pigs are used extensively for inspecting pipelines. Their use has been increasing rapidly due to their proven benefits, expanding capabilities, and legislative requirements. The result of an intelligent pig inspection is an inspection report with a list of defects. To gain the full benefit from an inspection the pipeline operator must understand the inspection process, and what the list of defects means for the immediate and the future integrity of the pipeline. 1.1 The Inspection Process Running an intelligent pig in a pipeline is a significant project with potential safety and operational implications. Any pigging operation should be carefully planned to ensure that the correct tool is used, that appropriate pipeline cleaning is carried out, the pig will not get stuck, contingency measures are in place to locate and remove a stuck pig, and that safe procedures for pig launch, receive, and handling are followed. Guidance on managing an intelligent pig inspection is available[6]. 1.2 Assessing Defects There are a number of recognised defect-acceptance (or ‘fitness-for-purpose’) methods available for assessing these defects (for example ASME B31G, and API 579), but these methods are simply calculation methodologies; there are many issues related to the input data and the engineering assessment that also need to be resolved in order to have a full understanding of the pipeline condition. -
Guide-To-Pigging-2014.Pdf
© Copyright 2011 All rights reserved. T.D. Williamson, Inc. NOTICE Any operation involving work on pipe containing liquids or gases under pressure is potentially hazardous. It is necessary, therefore, that correct procedures be followed in the use of any equipment to maintain a safe working environment. This publication is not intended to replace product manuals. Please see the appropriate product manuals for complete instructions/procedures. P.O. Box 3409 Tulsa, OK 74101- 3409 USA In the U.S. toll free 888-TDWmSon (839-6766) Phone (918) 447-5100 Fax (918) 446-6327 E-mail: [email protected] Explore the TDW Web Site at www.tdwilliamson.com. T.D. Williamson, Inc. is ISO 9001 Certified. ™ Trademark of T.D. Williamson, Inc. in the United States and foreign countries. ® Registered trademark of T.D. Williamson, Inc. in the United States and foreign countries. TABLE OF CONTENTS SECTION I: PURPOSE OF PIGGING 1.0 Introduction .........................................................................................1 2.0 Cleaning ..............................................................................................1 3.0 Batching ..............................................................................................2 4.0 Displacement .......................................................................................3 5.0 Internal Inspection ................................................................................3 SECTION II: PIPELINE DESIGN CONSIDERATIONS 1.0 Introduction .........................................................................................5 -
Table of Contents
TABLE OF CONTENTS 4.0 DESCRIPTION OF THE PROPOSAL 4-1 4.1 DESCRIPTION OF THE PROPOSED DEVELOPMENT 4-1 4.1.1 Project and Location of Components 4-1 4.1.2 Acid Sulphate Soils 4-19 4.1.3 Groundwater and Hydrological Investigations 4-19 4.1.4 Processing and Potable Water 4-19 4.1.5 Flooding and Storm Surge 4-27 4.1.6 Structures in the GBRMPA 4-27 4.2 DESIGN CRITERIA 4-27 4.2.1 Construction and Operating Standards 4-27 4.2.2 Design and Operation of the Prawn Farm Water Discharge Treatment Facilities 4-28 4.2.3 Methods to Minimise Nutrients and Total Suspended Solids Concentrations 4-30 4.2.4 Description of Intake and Discharge 4-37 4.3 CONSTRUCTION STRATEGY 4-37 4.3.1 Works and Structures 4-37 4.3.2 Ocean Intake and Discharge Pipelines 4-38 4.3.3 Excavation 4-43 4.3.4 Detailed Description of works for each stage 4-49 4.3.5 Construction Methods for Intake 4-49 4.4 OPERATING FEATURES 4-49 4.4.1 Site Management Arrangements 4-49 4.5 OPERATION OF THE PROJECT 4-51 4.5.1 Specific Activities – Farming Prawns 4-51 4.5.2 Timing and schedule for operation of the project 4-54 4.5.3 Intake and waste discharge and estimated volumes 4-54 4.5.4 Expected chemical, biological and physical characteristics of discharge waters 4-54 Ref: Section 4 - i - Guthalungra Aquaculture Project Environmental Impact Statement 4.5.5 Freshwater and/or groundwater requirements 4-54 4.5.6 Management of water flows and water quality in/through ponds 4-54 4.5.7 Water recirculation and reuse opportunities 4-55 4.5.8 Waste treatment methods and facilities 4-55 4.5.9 Treatment Systems -
Pigging World Pipelines Asked a Number of Companies to Discuss Some Issues Regarding Pigging for Oil and & Gas Midstream Pipelines
Pigging World Pipelines asked a number of companies to discuss some issues regarding pigging for oil and & gas midstream pipelines. Those asked were: ANDY BAIN, Chief Operating Officer, NDT Global Bain has recently celebrated his 25th anniversary in the ILI industry. Bain entered into the ILI industry after serving in the British Royal Navy for 10 years. Bain began working in the sector with British Gas, working in all facets of ILI, from field operations, project and operations management, to developing and leading new product development. While working as an ILI consultant, he worked with major operators in oil and gas. During this period, a project of particular significance saw Bain help deliver inspection solutions for deep subsea systems. He joined NDT Global in 2016 and is responsible for the group’s business operations globally. SEAN TUCKER, Subsea Pipeline and Pigging Engineer, Jee Ltd Tucker joined Jee Ltd in 2012 after graduating from Brunel University in London with a MEng in Civil Engineering with Sustainability. Since then, he has been heavily involved in pigging projects in the North Sea, Angola and Trinidad and Tobago, providing feasibility studies, pipeline piggability assessments and assurance documentation, tool selection, stuck pig guidance and contingency plans, and onshore support and onsite management (focal point) of offshore pigging and plugging operations. Tucker’s experience includes challenging and complex operations using tethered crawlers, bidirectional inspection tools and pipeline isolation tools in addition to more conventional pigging operations. DAN REVELLE, Vice President, Western Hemisphere Inspection, Quest Integrity Revelle oversees the inspection and condition assessment of pipelines, process piping and fired heaters for Quest Integrity in North and South America. -
Australian Historians Networking, 1914–1973 Geoffrey Bolton1
10 Australian Historians Networking, 1914–1973 Geoffrey Bolton1 TheOxford English Dictionary defines networking as ‘the action or process of making use of a network of people for the exchange of information, etc., or for professional or other advantage’.2 Although recently prominent in management theory, the art of networking has been practised over many centuries in many societies, but its role in the Australian academic community has been little explored. This essay represents a preliminary excursion into the field, raising questions that more systematic researchers may follow in time, and drawing unashamedly on the resources of the Australian Dictionary of Biography. Beginning on the eve of the First World War, the essay is bounded by the formation of the Australian Historical Association in 1973, at which date the profession provided itself with 1 This essay is a lightly edited version of the paper prepared by Geoffrey Bolton for the ‘Workshop on Biographies and Autobiographies of Historians’ held at The Australian National University in July 2015. Professor Bolton had intended to make further revisions, which included adding some analysis of the social origins of the Australian historians who participated in the networks he had defined. In all essential respects, however, we believe that the essay as presented here would have met with his approval, and we are very grateful to Carol Bolton for giving permission to make the modest editorial changes that we have incorporated. For biographical information and insights, see Stuart Macintyre, Lenore Layman and Jenny Gregory, eds, A Historian for all Seasons: Essays for Geoffrey Bolton (Melbourne: Monash University Publishing, 2017). -
5HSRUW RQ Condition Assessment RI Wastewater Collection Systems
EPA/600/R-10/101 | August 2010 | www.epa.gov/nrmrl Report on Condition Assessment of Wastewater Collection Systems Office of Research and Development National Risk Management Research Laboratory - Water Supply and Water Resources Division EPA/600/R-10/101 September 2010 Report on Condition Assessment Technology of Wastewater Collection Systems by Mary Ellen Tuccillo, Ph.D. The Cadmus Group, Inc. Jim Jolley, P.E. The Cadmus Group, Inc. Kathy Martel, P.E. The Cadmus Group, Inc. Glen Boyd, Ph.D., P.E. The Cadmus Group, Inc. Contract No. EP-C-05-058 Task Order No. 59 for Task Order Manager Dr. Fu-hsiung (Dennis) F. Lai, P.E. Water Supply and Water Resources Division 2890 Woodbridge Avenue (MS-104) Edison, NJ 08837 National Risk Management Research Laboratory Office of Research and Development U.S. Environmental Protection Agency Cincinnati, Ohio 45268 Disclaimer The U.S. Environmental Protection Agency, through its Office of Research and Development, funded, managed, and collaborated in the research described herein. It has been subjected to the Agency’s peer and administrative reviews and has been approved for publication. Any opinions expressed in this report are those of the author(s) and do not necessarily reflect the views of the Agency; therefore, no official endorsement should be inferred. Any mention of trade names or commercial products does not constitute endorsement or recommendation for use. _____________________________________________________________________________________ ii Acknowledgments The authors acknowledge the assistance of EPA Task Order Manager Dr. Fu-hsiung (Dennis) Lai in successfully executing the Task 2 research that culminated in this report. Special thanks are extended to Dr. -
Australia in the League of Nations: a Centenary View
RESEARCH PAPER SERIES, 2018–19 21 DECEMBER 2018 Australia in the League of Nations: a centenary view James Cotton Emeritus Professor of Politics, University of New South Wales, ADFA, Canberra Contents The League and global politics beyond the Empire-Commonwealth . 2 The requirements of membership ...................................................... 3 The Australian experience as a League mandatory ............................ 4 Peace, disarmament, collective security ............................................. 6 The League and the management of international trade and economic policy ................................................................................ 10 The League’s social agenda ............................................................... 11 Geneva as a school for international affairs for some prominent Australians ......................................................................................... 12 The Australian League of Nations Union........................................... 13 The League idea in Australia ............................................................. 14 Discussion of the League in the parliament and the debate on foreign affairs .................................................................................... 16 Conclusions: Australia in the League ................................................ 19 ISSN 2203-5249 The League and global politics beyond the Empire-Commonwealth With the formation of the Australian Commonwealth, the new nation adopted a constitution that imparted to the -
Reef Guardian Council Milestone Report Summaries 2014-15
Reef Guardian Councils Milestone Report Summaries 2014–15 © Commonwealth of Australia 2016 Published by the Great Barrier Reef Marine Park Authority June 2016 ISBN 978-1-922126-75-7 A cataloguing record for this publication is available from the National Library of Australia This work is copyright. Apart from any use as permitted under the Copyright Act 1968, no part may be reproduced by any process without the prior written permission of the Great Barrier Reef Marine Park Authority. DISCLAIMER The views and opinions expressed in this publication do not necessarily reflect those of the Australian Government. While reasonable effort has been made to ensure that the contents of this publication are factually correct, the Commonwealth does not accept responsibility for the accuracy or completeness of the contents, and shall not be liable for any loss or damage that may be occasioned directly or indirectly through the use of, or reliance on, the contents of this publication. Requests and inquiries concerning reproduction and rights should be addressed to: Director, Communication and Parliamentary 2-68 Flinders Street PO Box 1379 TOWNSVILLE QLD 4810 Australia Phone: (07) 4750 0700 Fax: (07) 4772 6093 [email protected] Comments and inquiries on this document are welcome and should be addressed to: Project Manager – Reef Guardians Councils [email protected] www.gbrmpa.gov.au 3 Table of contents Local Government Areas in the Great Barrier Reef Catchment 5 About Reef Guardian Councils 6 Bundaberg Regional Council 8 Burdekin Shire Council -
The Ultimate Guide to UNPIGGABLE PIPELINES -- 2013
The ultimate guide to UNPIGGABLE PIPELINES SUPPORTERS PUBLISHED BY Contents 2 4 6 8 Editor’sThe letter ultimate guide to3 What is an unpiggable pipeline? 4 Why is it important that pipelines are maintained? 5 The Ultimate Guide to Unpiggable Pipelines ToolUNPIGGABLE matrix 6 Case study 1: extending the lifespan of unpiggable pipelines 8 Case study 2: in-line inspection in a low flow/low pressure situation 10 Company profiles 12 FrequentlyPIPELINES Asked Questions 14 Checklist for unpiggable tools 15 About the publishers 16 SUPPORTERS PUBLISHED BY Editor’s letter 3 t the 2013 Unpiggable Pipeline Solutions Forum, recently held in Houston, semantics had a surprising relevance as the debate moved towards dropping the word ‘unpiggable’, and Areplacing it with ‘challenging’, ‘difficult-to-inspect’, ‘not-easily-piggable’, and similar epithets. Those who might be considered the traditionalists won the day, however, and the consensus view supported continued use of the original adjective. While this might seem a trivial issue, the fact that there was any sort of debate about how to describe such pipelines is significant, as it demonstrates how far the inspection industry has moved in recent years. With internal-inspection technologies ranging from free-swimming tools, tethered tools, and robotic tools, to a number of external-inspection solutions, the inspection industry has at least 16 separate techniques available to suit both onshore and offshore applications, as can be seen summarised in this e-guide. Using one or more of these options means that almost all pipelines previously considered as unpiggable can be inspected with a degree of accuracy commensurate with that of piggable lines. -
Friends in Crisis: Anzacs and Hellenism
Iakovidou Diamadis Schapira, Laurie Layton (1988), The Cassandra Complex : Living with Disbelief, A modern Panayiotis Diamadis Perspective on Hysteria, Bedford: Castle Rock. University of Technology Voulgari, Sofia (2008), «Εγκώμιο του ψέματος: ανάγνωση του Rienne va plus της Μαργαρίτας Καραπάνου», In Λόγος γυναικών, Athens: ELIA, 285-302. Friends in Crisis: Anzacs and Hellenism Abstract Across numerous conflicts in the first half of the 20th century, Aus- tralians and New Zealanders were at the side of Hellenism: World War One, the Asia Minor Campaign (1919-1922), and the relief efforts after the Hel- lenic, Armenian and Assyrian Genocides. Beyond their battlefield record, these Anzacs and others from the Antipodes provided substantial practical and moral support for a people going through successive major crises. 2014 marked the Centenary of the outbreak of World War One, and the commencement of four years of commemorative activity to mark a se- ries of centenaries related to Australia and the Great War. Across numerous conflicts in the first half of the 20th century, Australians and New Zealand- ers were at the side of Hellenism: World War One, the Asia Minor Campaign (1919-1922), and the relief efforts after the Hellenic, Armenian and As- syrian Genocides. Beyond their battlefield record, these Anzacs and others from the Antipodes provided substantial practical and moral support for a people going through successive major crises. The crises that conflict trig- gered within Hellenism present some stark parallels with the Crisis within the Hellenic Republic since 2010, and some lessons unlearned. With a pro-British elected Prime Minister (Eleutherios Venizelos) and a pro-German monarch (King Konstantinos), the Hellenic Kingdom spent the years of World War One mired in a deep political and social crisis, 210 211 Diamadis Diamadis following the triumphs of the Balkans Wars of October 1912-February Relief committees sprang up all over the world. -
20 Benefactions (766.9Kb)
BENEFACTIONS. LIST OF. PRINCIPAL BENEFACTIONS, MADE TO THE UNIVERSITY OF MEF.BOURNE SINCE ITS FOUNDATION IN 1853 1864 SUBSCRIBERS (Sec. G. W. Rusden) £866 Shakespeare Scholarship. 1871 HENRY TOLMAN DWIGHT .... .. 6,000 Frizes for History and Education. EDWARD WILSON ) LACHLAN MACKINNON) 1,000 Argua Scholarship in Engineering. 1873, SIR GEORGE FERGUSON BOWEN 100 Prize for.English Essay. JOHN HASTIE -.. .. .. .. 19,140 General Endowment. GODFREY HOWITT .. 1.000 Scholarships in Natural History. SIR WILLIAM FOSTER STAWELL 665 Scholarship in Engineering. 1876 SIR SAMUEL WILSON 30,000 Erection- of Wilson Hall.. 1888 JOHN DIXON WYSELASKIE .. .. 8.400 Scholarships. 1884 WILLIAM THOMAS MOLLISON .. 6.000 Scholarships in Modern Languages. SUBSCRIBERS 160 Prize for Mathematics, in memory of Prof. Wilson. 1887 WILLIAM CHARLES KERNOT 2,000 Scholarships for Physical and Chemical Research. FRANCIS ORMOND 20,000 Professorship of Music 1890 ROBERT DIXSON 10,837 Scholarships in Chemistry, Physics, Mathematics, and Engineering. SUBSCRIBERS 6,217 Ormond Exhibitions in Music. 1891 JAMES GEORGE BEANEY 3,900 Scholarships in Surgery'and Pathology. 1897 SUBSCRIBERS 750 Research Scholarship in Biology, in memory of Sir James MacBain, 1902 ROBERT ALEXANDER WRIGHT .... 1,000 Prizes for Music and for Mechanical Engineering. WILLIAM CHARLES KERNOT .. 1,000 Metallurgical Laboratory Equipment. 1903 JOHN HENRY MACFARLAND .. 100 Metallurgical Laboratory Equipment. GRADUATES' FUND 466 General Expenses. 1903 TEACHING STAFF 1.160 General Expenses. Including— Hrofeseor Spencer .. .. £258 Professor Gregory .. .. 100 Professor Masson .. .. 100 SUBSCRIBERS 106 Prize in memory of Alexander Suther land. GEORGE McARTHUR Library of 2,500 Books. 1904 DAVID KAY .". .. .. 5,764 Caroline Kay Scholarships. 1904-6 SUBSCRIBERS TO UNIVERSITY FUND: President—Janet Lady Clarke Treasurer—Henry Butler Secretary—Charles Bage SPECIAL FOUNDATIONS-- MRS.