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Water Asset Management

 

Opus offers a unique approach to water asset management, which is effective at strategic, tactical and operational levels, through the retention and coordination of many different skill sets. This approach assists to provide tailored solutions to improve existing asset/activity management plans, and that support the development of long-term sustainable business approaches.

The key to this is flexibility, underpinned by a broad skill base. This breadth of skills allows Opus the room to address client needs without the need to promote a preconceived solution.

Opus believes in listening to needs, and in identifying practical solutions at any level, from strategic asset management planning, to operational improvements and training.

Opus’ water asset management services structure acknowledges that:

  • Traditional asset management is developing into activity management, which promotes achievement of outcomes through using assets, rather than the state of the assets themselves.
  • Clients’ service needs increasingly include “non asset” activities – such as customer service improvements, service delivery contracts, risk management plans, skills gap analysis, operational efficiency and incident response planning.
  • Expertise for core asset management services - such as data collection, condition assessment and valuation that focus on physical asset performance - is still required.

Why choose Opus?

Opus acknowledges that clients often require a blend of local input and specialised skills. Opus’ water asset management expertise is organised in a way that ensures specific expertise is coordinated and supported, through the task areas and task leaders outlined below.

Opus’ water asset management services draw on specialised expertise that ensures:

  • Services provided nationally are coordinated and consistent.
  • Services do not become pigeon holed – lessons learned from working with different clients are communicated and shared.
  • Costs to clients are minimised by not “reinventing the wheel”, and by passing on the benefits of prior experience.
  • Best teams are offered to clients, and opportunities for skill development of Opus staff are provided.

Opus task leaders provide specialist resource capability used in water asset management activities. The task leaders also provide a first point of contact for track record, skill sets and capabilities, within their areas of responsibility.

 

For more information please contact:
Margit Connellan
Work Group Manager – Water
Level 2, 2 Mayneview St
Milton QLD 4064
Australia
Tel +61 7 3367 4900
Fax +61 7 3367 4999
Email Margit.Connellan@opus.com.au

Related Services

  • Asset and Activity Plans
  • Asset Performance and Operations
  • Business, Financial & Economic Management
  • Condition Management
  • Customer Service Levels
  • Human Resources/Skills
  • Knowledge Management
  • Modelling
  • Public Health Risk Management Plans

Show all Water Asset Management Project Profiles

Christchurch City Hydraulic Modelling Strategic Overview, New Zealand

Review of system operation and performance, planning and development horizons. Formulated a strategy for developing detailed network models of Christchurch City Council’s water supply network, also identified potential for future modelling applications such as system optimisation, reducing Capex and Opex, reducing system leakage and optimising use of resources.  Assessed potential for using detailed network models to help Council meet their legislative requirements such as Long Term Council Community Plans (LTCCPs) and Public Health Risk Management Plans (PHRMPs).

Water Network Modelling, Pukekohe, New Zealand

Assisted Council to assess water reticulation needs for ten townships in the District and to investigate bulk water supply options for Pukekohe.  The project included population growth modelling, network model build and calibration, an assessment of network rehabilitation needs, dynamic reservoir modelling, and design and modelling of upgrade options to meet fire-flow demand and user expectations.

Effects of Future Operation of Waikato Hydro System on Waikato River, New Zealand

This is a major study assessing the effects on river levels and flows and proposed changes in operating strategies for a chain of eight power stations on the Waikato River.  Study involved extensive use of MIKE 11 computational hydraulic models developed for previous “Lake Taupo and Waikato River Levels and Flows Study”.  The results of the study were used as part of assessments of the ecological and geomorphological effects and the  effects on existing river structures.