MUDGEE ULAN RD TRUNK MAIN (STAGE 2)

MUDGEE ULAN RD TRUNK MAIN (STAGE 2)

1.8kms of 200mm DICL Trunk Mains and associated infrastructure

Project Timeframe

Start Date: July, 2020 - Completion date: December, 2020

Project Address:

Mudgee NSW

Client Name:

Mid-Western Regional Council

Project Value

$685k

Key Components

Water Transfer Infrastructure, Remote & Regional Works, Road Under boring

John Palmer Project Manager
Water & Sewer Engineer
0436 004 497

Project Overview

Mid-Western Regional Council required a Design and Construct Potable water pipeline to connect to the existing Stage 1 Ulan Rd Trunk main in Mudgee. The water main will commence in Short St Mudgee and connect to the existing stage 1section which heads out the Ulan Rd. Stage 2 section would continue northerly along Court St taking a 90 degree turn into Short St then crossing the Castlereagh Highway and continue to Denison St and reconnect to the existing 500mm DICL reticulation system. This project is to ensure council can adequately maintain water services to the area that meet Australian Standards for volume and pressure and the Australian Drinking Guidelines for quality.

Works Undertaken
  • 1.6km of 200mm DICL Trunk Main along Ulan Rd and reconnection.
  • 7 required Isolation Valves, Air Valves and Scour Valves along the pipeline route
  • Thrust bore under Castlereagh Highway along pipeline route
  • Connect in 500mm DICL line at the start of the pipeline in Denison St
  • Manage Traffic Control daily through the centre of town
  • Testing – Commissioning and Disinfection of Pipeline
Highlights, Innovations and Key Risks
  • Project finished on schedule and budget even with delays
  • No major disruption to town water supply through the project duration
  • RMS Road daily traffic management along roadside to eliminate traffic delays
  • Thrust Bore under Castlereagh Highway through the centre of town
  • Manage Traffic Control within town limits through the centre of town
  • No underground service strikes for the duration of the project
  • 5 branch roads to cross without causing traffic delays or residential disruption