GAO-08-44 Highway Public-Private Partnerships: More Rigorous Up
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Rozelle Campus M1
Berry St HUNTLEYS POINT The Point Rd Bay Rd NORTH SYDNEY Burns Bay Rd Bay Burns NEUTRAL BAY Pacific Hwy Kurraba Rd WAVERTON Y A W Union St E G TA CREMORNE POINT OT CHURCH ST WHARF RD C Y A W EN RD GA LAVENDER GLOVER ST BAY CAMPBELL ST Rozelle Campus M1 FREDBERT ST MCMAHONS MILSONS POINT POINT KIRRIBILLI BALMAIN RD PERRY ST 0 100 m Sydney Harbour Sydney HarbourTunnel A40 Sydney Harbour Bridge Victoria Rd Montague St Lyons Rd Sydney RUSSELL LEA DRUMMOYNE Opera BALMAIN Hickson Rd House MILLERS POINT Beattie St Darling St BALMAIN EAST Cahill Expressway Darling St THE ROCKS The Hungry Mile A40 Mullens St SYDNEY ROZELLE Pirrama Rd Royal Victoria Rd Phillip St Botanical Macquarie St Western Distributor Gardens RODD University A4 Cahill Expressway POINT of Sydney Mrs Macquaries Rd (Rozelle) Clarence St Bowman St Sussex St George St Leichhardt Balmain Rd PYRMONT York St The Henley Marine Dr Park Western Distributor Domain M1 See Enlargement Elizabeth St Art Gallery Rd WOOLLOOMOOLOO Rozelle D The Crescent A4 o b Campus POTTS POINT ro y Perry St d Hyde P Balmain Rd LILYFIELD Pitt St d Park MacLeay St A4 Darling Dr Harbour St e Jubilee Cross City Tunnel College St Lilyfield Rd Park Eastern Distributor Cross City Tunnel A4 City West Link William St Darling Dr The Crescent The Glebe Point Rd Wentworth Fig St M1 Pyrmont Bridge Rd Wattle St Park Liverpool St Hawthorne Canal Harris St Oxford St Goulburn St Norton St FOREST Darling Dr Johnston St Moore St LODGE ULTIMO Darlinghurst VictoriaRd St Minogue Cres Wigram Rd HABERFIELD ANNANDALE GLEBE Campbell St Eastern Distributor Balmain Rd HAYMARKET Bay St University of Tasmania 0 250 500 1000 m Booth St Bridge Rd www.utas.edu.au Elizabeth St Foster St Tel: +61 2 8572 7995 (Rozelle Campus) Collins St SURRY LEICHHARDT Central HILLS Leichhardt St Station © Copyright Demap, February 2017 Lee St Ross St Broadway Flinders St PADDINGTON City Rd CHIPPENDALE CAMPERDOWN STRAWBERRY HILLS. -
San Antonio San Antonio, Texas
What’s ® The Cultural Landscape Foundation ™ Out There connecting people to places tclf.org San Antonio San Antonio, Texas Welcome to What’s Out There San Antonio, San Pedro Springs Park, among the oldest public parks in organized by The Cultural Landscape Foundation the country, and the works of Dionicio Rodriguez, prolificfaux (TCLF) in collaboration with the City of San Antonio bois sculptor, further illuminate the city’s unique landscape legacy. Historic districts such as La Villita and King William Parks & Recreation and a committee of local speak to San Antonio’s immigrant past, while the East Side experts, with generous support from national and Cemeteries and Ellis Alley Enclave highlight its significant local partners. African American heritage. This guidebook provides photographs and details of 36 This guidebook is a complement to TCLF’s digital What’s Out examples of the city's incredible landscape legacy. Its There San Antonio Guide (tclf.org/san-antonio), an interactive publication is timed to coincide with the celebration of San online platform that includes the enclosed essays plus many Antonio's Tricentennial and with What’s Out There Weekend others, as well as overarching narratives, maps, historic San Antonio, November 10-11, 2018, a weekend of free, photographs, and biographical profiles. The guide is one of expert-led tours. several online compendia of urban landscapes, dovetailing with TCLF’s web-based What’s Out There, the nation’s most From the establishment of the San Antonio missions in the comprehensive searchable database of historic designed st eighteenth century, to the 21 -century Mission and Museum landscapes. -
Controlling Expansive Soil Destructiveness by Neep Vertical
4R ~ransportation Research Record 1032 Controlling Expansive Soil Destructiveness by Fol_Jr His:rhw~v~ neep Vertical Geomembn~nP-~ on - - - '"-'- - --.,1 - '\IALCOLM L. STEINBERG ABSTRACT Expansive soils are a worldwide problem. In the United States damages caused by expansive soils probably exceeded $10 billion in 19B4. One-half of these damages involved highways, streets, and roads. Studies and research have been conducted by international, national, state, and educational institutions. The Texas State Department of Highways and Public Transportation has used rela tively impervious fabrics (geomembranes) placed vertically along the pavement edges through the zone of moisture activity to minimize the destructiveness of expansive soils. These vertical geomembranes have been placed in sections of four highways in Sctn Anlonlo, Texas, varying from 1/4 to 2 mi. Te!'!ting proce dures involved measuring the smoothness of the riding surface and the cracking of the pavement surface, installing moisture sensors, and determining mainte nance requirements. Two of the earlier projects had records of 4 and 5 years without significant surface cracking, which is an indication that the use of the geomemhrane barrier contributed to a better riding surface and less mainte nance. All four tests indicate that the fabric can be placed in a variety of ways. Conclusions to date offer guarded optimism that the deep vertical geo membrane barrier can reduce the destructiveness of expansive soils on pavement. Expansive soils are a worldwide problem and the sub INTERSTATE 410 ject of international conferences and studies. In the United States these soils extend from coast to coast The first test section of a deep vertical geomem and from border to border. -
Northconnex: Subsurface Stratum Acquisition
Proceedings of the 21st Association of Public Authority Surveyors Conference (APAS2016) Leura, New South Wales, Australia, 4-6 April 2016 NorthConnex: Subsurface Stratum Acquisition Kit Panya Roads and Maritime Services [email protected] ABSTRACT NorthConnex is a proposed 9 km tunnel motorway designed to link the M1 Pacific Motorway in Wahroonga to the Hills M2 Motorway in Pennant Hills. The tunnel is part of the NSW Government’s State Infrastructure Strategy forming an essential link in the Sydney Orbital Network and expected to cost $3 billion. In January 2015, NorthConnex received official project approval by the NSW Government. The earliest access date required for tunnel construction was July 2015. The NorthConnex project team engaged the Roads and Maritime Services (RMS) Cadastral Survey Unit for the stratum acquisition of approximately 900 lots. The acquisition was predominantly subsurface, but also included surface land, strata title, and community title acquisition. Between the project approval date and the tunnel access requirements, we had a timeframe of two months to acquire the first 80 lots in the initial stage. This paper outlines how the RMS Cadastral Survey Unit was able to respond, using a plan production and lodgement strategy unique to previous motorways. With Land and Property Information (LPI), we developed the Subsurface Stratum Definition Strategy to allow for the compilation of boundaries for subsurface acquisition plans. Once the strategy was in place, the extent of acquisition was determined from analysis of spatial data and the tunnel model. Compiled plan production, and occasionally field surveys, could then take place to complete the acquisition process. -
Strategic Review of the Westconnex Proposal: Final Report
Strategic Review of the WestConnex Proposal Final Report City of Sydney February 2015 140511-Final Report_150409 This report has been prepared for City of Sydney. SGS Economics and Planning has taken all due care in the preparation of this report. However, SGS and its associated consultants are not liable to any person or entity for any damage or loss that has occurred, or may occur, in relation to that person or entity taking or not taking action in respect of any representation, statement, opinion or advice referred to herein. SGS Economics and Planning Pty Ltd ACN 007 437 729 www.sgsep.com.au Offices in Canberra, Hobart, Melbourne and Sydney 140511-Final Report_150409 TABLE OF CONTENTS EXECUTIVE SUMMARY 1 1 INTRODUCTION 4 2 THE ECONOMIC AND TRANSPORT CONTEXT 5 2.1 Introduction 5 2.2 Recent employment growth 5 2.1 Historic population growth and distribution 7 2.1 Transport movements over time 8 2.2 Planning response to date 13 2.3 Significant future infrastructure 14 2.4 Key observations 14 3 ABOUT WESTCONNEX 16 3.1 Introduction 16 3.2 Project history 16 Original route (2012) 16 Updated WestConnex Route (2013) 18 Updated WestConnex Route (2014) 19 3.3 WestConnex Policy Alignment 21 3.4 Summary 23 4 STRATEGIC ASSESSMENT OF WESTCONNEX 24 4.1 Introduction 24 4.2 Strong population growth in Western Sydney with employment growth in Sydney’s East 24 Origin-destination evidence 24 Journey to work – to Sydney CBD 25 Journey to work – to Global Economic Corridor (GEC) 27 Journey to work – to Eastern Sydney 28 Journey to work – from Eastern Sydney 29 Employment type 30 Corridor growth 31 4.3 Urban renewal along Parramatta Road 32 4.4 The economic stimulus of WestConnex 34 4.5 The cost, benefits and risks of WestConnex 35 NSW Auditor-General Review (2014) 36 4.6 Summary of findings 37 5 STRATEGIC ALTERNATIVES TO WESTCONNEX 39 5.1 Introduction 39 5.2 Strategic alternatives 40 West Metro 40 Road Pricing 41 Wider Public Transport Investments 42 Other considerations 43 6 CONCLUDING REMARKS 44 APPENDIX 1. -
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DISPATCH FROM SYDNEY Transport in the Land of Oz BY JOHN LANDIS 23 A C C E S S NUMBER 30, SPRING 2007 USTRALIA —OR OZ AS IT IS KNOWN COLLOQUIALLY —IS INSTANTLY recognizable to visiting Americans, even those like myself who had never A been there before. As in the US, most of Australia ’s population lives in metropolitan areas within twenty miles of the coast. A majority of Australians live in sub - urban communities, and single-family homes are the dominant housing form. Australia ’s home ownership rate stands at seventy percent, slightly above the US rate. The transportation picture also looks familiar, at least at first glance. GM (through its Holden Division), Ford, and Toyota are Australia ’s biggest auto manufacturers, and four-wheel drives, minivans, and SUVs (known locally as “utes ” and “soft-roaders ”) are popular among suburban households. Urban and suburban traffic congestion is LA-like in its severity, especially in and around Australia ’s two largest cities, Sydney and Melbourne. After years of under-investment, Australia ’s urban transit systems are facing widening revenue shortfalls. In terms of new investments, light rail is popular with local elected officials, while transit professionals generally favor bus rapid transit. Support is also growing for transit-oriented development to combat auto dependence and better coordinate public transportation investments with private land use decisions. Early twentieth-century land use patterns in Australia ’s major East Coast cities — Sydney, Melbourne, and Brisbane —were shaped by a combination of privately and publicly developed streetcar systems. As a result, the inner ring of older suburban neigh - borhoods in all three cities is compact and walkable. -
ENG4111 Preliminary Report
University of Southern Queensland Faculty of Engineering and Surveying Own Identification of contributing factors for the success of toll roads in Australia under Public Private Partnerships A Dissertation submitted by Mr Luke Diffin In fulfilment of the requirements of Bachelor of Engineering (Civil) October 2015 ABSTRACT In Australia, Public Private Partnerships (PPPs) have been established as a common method for governments to deliver major road infrastructure projects. Success of PPPs has varied when measured against Government, Community, Market and Industry interests. Some projects have failed financially while still having a positive impact on the community. Other projects have failed to reach delivery stage as a result of community objections. The holistic success of PPP toll roads is ultimately determined by the needs of major project participants being satisfied in an unbiased equilibrium manner. PPP toll roads delivered in Sydney, Brisbane and Melbourne have had varying degrees of financial success, however there are other vitally important factors to be considered. Tollways directly contribute to travel time savings, vehicle operating cost savings, reduced accidents and vehicle emissions and can make a contribution to the overall economic performance of a city. Therefore these pieces of infrastructure contribute to society as a whole and not just the investors who provide capital for the projects. Even with recent financial failings of PPP toll roads, Governments within Australia are still actively pursuing the PPP model to deliver road infrastructure. Lessons must be learnt from past failures to ensure the successful delivery and operation of future projects. Overall success will be a result of finding a balance between the needs of Government, Private Sector and Society. -
GHG Permit Draft Final Cultural Report for Lon C Hill Power Station
18 June 2014 Alfred Dumaual US Environmental Protection Agency Region 6 Air Permits Section (6PD-R) 1445 Ross Avenue, Suite 1200 Dallas, TX 75202-2733 RE: Request for Concurrence – Finding of No Effect to Archaeological and Historic Resources Lon C. Hill Power Station Project Nueces County, Texas Mr. Dumaual: Lon C. Hill, LP (Lon C. Hill) is requesting a review of the enclosed project information for the Lon C. Hill Power Station Project in Nueces County, Texas. Lon C. Hill is seeking concurrence from the Texas Historical Commission (THC)/State Historic Preservation Officer (SHPO) and the United States (US) Environmental Protection Agency (EPA) that the construction and operation of the power station will not affect historic properties listed in the National Register of Historic Places (NRHP) or that meet the criteria for the NRHP in accordance with Section 106 guidance. The proposed project is subject to Prevention of Significant Deterioration (PSD) review for greenhouse gases by the EPA; and, therefore, is subject to regulation under Section 106 of the National Historic Preservation Act. The proposed project is expected to be subject to New Source Review (NSR) and PSD review for nitrogen oxides, carbon monoxide, volatile organic compounds, and particulate matter, but not for sulfur dioxide. The Texas Commission on Environmental Quality is responsible for issuance of the NSR permit and PSD review of National Ambient Air Quality Standards criteria pollutants. Lon C. Hill proposes to construct a 2x2x1 combined cycle power plant. It will consist of 2 natural gas-fired combustion turbines, 2 heat recovery steam generators, and 1 steam turbine. -
John Marinovich Director
John Marinovich Director Areas of Expertise Planning, Programming, Project Management, Dispute Resolution Industries Infrastructure, Roads, Resource & Mining, ICT Qualifications Bachelor of Applied Science (Building) Post Graduate Diploma Project Management Accredited Expert Witness (RICS) Certificate in SOPA Adjudication (NSW) Key Experiences John joined TBH as a consultant in 1989 and has been a Director since 2004. He has over 30 years’ experience in the construction and infrastructure industries, with a particular emphasis on project delivery and planning advice, contractual claims and dispute advice. John has been responsible for providing advice on project strategies, time management of design, procurement, construction and commissioning, contract management, risk management, value management and the preparation and, or defence of contractual claims. John has worked on several major capital works program projects, undertaking the role of project co-ordinator throughout the design, documentation, tender, construction and commissioning phases. Prior to joining TBH, John worked for developers and building companies with on-site and office positions and gained experience in contract administration, estimating, tender preparation and project planning. A Director of TBH since 2004, John has been responsible for providing advice on the project delivery strategies and control of time on numerous projects. John Marinovich | tbhconsultancy.com John’s work at TBH includes: Project Management Advice • Providing advice to various clients (public -
Public Meeting Summary
Documentation of Public Meeting Project Location Bexar County Loop 1604 CSJ.1479-01-024 and 2255-01-083 Project Limits From US 281 to FM 1303 Meeting Location Southside High School, 19190 US 281, San Antonio, TX 78221 Meeting Date and Time April 27, 2017 at 5:30 p.m. Translation Services Spanish Interpreter Available Presenters N/A Elected Officials in Attendance N/A Total Number of Attendees (approx.) 92 Total Number of Commenters 32 Contents A. Comment/response matrix B. Notices C. Sign-in sheets D. Comments received E. Figures F. Description of project modifications resulting from public meeting A. -
General-Brochure-Web.Pdf
PAPALOTE ST. PAUL GENERAL INFORMATION Port Corpus Christi is the fifth largest port in the United States in total tonnage. The Port provides a straight, 45’ deep channel (approved and authorized for 52 ft.) and quick access to the Gulf of Mexico and the entire United States inland waterway system. The Port delivers outstanding access to overland transportation, with on-site and direct connections to three Class-I railroads, BNSF, KCS and UP, and direct, vessel-to-rail discharge capabilities. InnerInner HarborHarbor LA QUINTA TRADE GATEWAY The La Quinta Trade Gateway Terminal is an 1,100 acre greenfield project by Port Corpus Christi. When fully developed, this facility will provide a state-of-the-art multipurpose dock and container facility. The project consists of the Federal extension of the 45’ deep La Quinta Ship Channel, a 3800’, three berth ship dock with nine ship-to-shore cranes, 180 acres of container/cargo storage, an intermodal rail yard, and over 400 acres for on-site distribution & warehouse centers. The facility will be served by on-site Class I railroads. REFUGIO LaLa QuintaQuinta ChannelChannel COUNTY A ran sas R iver NORTHSIDE TERMINAL Project Cargo, RO/RO, Breakbulk and General Transfer Capabilities • Dockside rail or truck transfer capability Cargo can be loaded, unloaded and transferred • 122,000 square feet of shipside covered storage directly between trucks, rail and vessels at Dock • RO/RO ramp handles bow or stern ramp vessels 9. Shipside tracks on Dock 9 allow direct transfers between vessels and railcars and a 48-foot wide Rail and Highway Access canopy over double rail tracks allows loading of The Northside docks have uncongested, direct weather-sensitive cargoes. -
Driving to Rookwood Cemetery the Easiest Way of Reaching the Jewish Sections of Rookwood Cemetery Is to Enter by Car Via Centenary Drive
בסייד JEWISH JCT Rookwood Necropolis CEMETERY PO Box 291 Lidcombe, NSW 1825 TRUST Phone (02) 9746 5765 NECROPOLIS Fax (02) 9746 5715 ABN 26 498 565 369 E: [email protected] Driving to Rookwood Cemetery The easiest way of reaching the Jewish sections of Rookwood Cemetery is to enter by car via Centenary Drive. You can access Centenary Drive from any direction by turning: From the north off Homebush Bay Drive From the east and west off Parramatta Road or the Western Distributor From the south off Roberts Road or the Hume Highway / Liverpool Road. A map showing the Monumental and Lawn sections of Rookwood Jewish Cemetery is displayed at the JCT office at the cemetery. Notices of the times and locations of the day’s burials and consecrations are also displayed at the office. Detailed Driving Directions from Sydney’s Eastern Suburbs Average travel time is 35 minutes Part A. Via the Cross City Tunnel and Western Distributor to Parramatta Road 1. From the Sydney Chevra Kadisha drive east down Ocean Street towards Edgecliff OR 2. From elsewhere in the eastern suburbs access the Cross City Tunnel via New South Head Road 3. Turn left into New South Head Road at the intersection near the Edgecliff Centre 4. Travel west on New South Head Road and enter the Cross City Tunnel Stay in the lane on the right heading towards the Anzac Bridge (If you do not have an electronic tag, call (02) 9033 3999 within 24 hours to pay the toll) 5. Continue west on the Western Distributor over Darling Harbour and move to the second lane from the left while crossing the Anzac Bridge 6.