Engineering for Public Works - Issue 22, June 2021

Page 68

TECHNICAL

DEMAND MANAGEMENT The deluge of rain that has fallen over large parts of Queensland over recent weeks will no doubt temporarily shift the focus away from drought in many regions for a little while but we all know it never really goes away. Other parts of Queensland also missed out on the prolonged rain event and many councils have water restrictions in place as we head into the drier months of the year over autumn and winter. Over the years, qldwater have produced several research papers, fact sheets and case studies of successful campaigns. Funding through the Queensland Water Regional Alliance Program (QWRAP) also resulted in the development of a range of waterwise tiles designed to be shared on social media.

68

Water demand management is defined here as managing the urban demand for water to achieve a balance between economic, social equity and environmental outcomes. Optimal demand management programs incorporate measures that improve water use efficiency, offer the opportunity to reuse and recycle water and minimise water waste. Effectively managing water demands involves: • Understanding how and where water is used • Understanding council business drivers for demand management • Identifying options applicable to the local situation • Identifying barriers to change • Consideration of the costs and benefits of each option • Development and implementation of a demand management program

ENGINEERING FOR PUBLIC WORKS | JUNE 2021

• Reviewing progress and iteratively modifying the program based on customer response. Community engagement is central to any demand management effort and the case studies in our research revealed some of the tools service providers used to communicate with communities about the value of water efficiency ranging from one-way transfer of information to inform and educate the public and other stakeholders to a broader spectrum of community engagement where relationships are built on shared visions and trust. Community engagement and stakeholder collaboration – easy to say but harder to do! According to Dr Cara Beal from Griffith University, collaborating is generally challenging as community members are


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Articles inside

Breaking Ground

4min
pages 108-109

Meeting CPD Requirements Technical vs Non-Technical CPD

2min
page 105

ADAC and the Broader Asset Management Landscape

4min
pages 106-107

SEQ Branch President’s Report

3min
pages 102-103

Temporary Traffic Management Toolkit

2min
page 104

CQ Branch Conference Wrap Up

3min
pages 100-101

SWQ Branch President’s Report

2min
page 92

NQ Branch President’s Report

2min
page 91

A Young Engineer’s View of a Big Project

7min
pages 78-81

Mirani Water Recycling Facility and Bowen Sewage Treatment Plant – Shared Superintendency

15min
pages 72-77

Microsurfacing and Case Seals In The Darling Downs District

9min
pages 63-67

Sustainable Transport Outcomes for the Sunshine Coast Community – A Risk Based Approach

9min
pages 58-62

Demand Management

5min
pages 68-71

Contaminants of Emerging Concern for the Urban Water Industry

6min
pages 56-57

Isolation of a Critical Asset in the Water Supply Network

13min
pages 50-55

New Basegrade Stabilisation Technology Resolves Thin Pavement Issues in Redland City

17min
pages 42-49

Member Profile, Bruce Stevenson

9min
pages 28-31

Member Profile, Janice Wilson

4min
pages 24-25

Member Profiles, Ray and Ryan Hicks

5min
pages 22-23

Women in Engineering, Nadine Story

5min
pages 32-33

Member News

5min
pages 20-21

Member Profile, Steven Pirlo

3min
pages 26-27

President’s Report

5min
pages 6-8

CEO’s Report

2min
page 9
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