Environmental Science & Engineering Magazine | December 2021

Page 26

SPECIAL FOCUS: CONSULTANTS’ FORUM

Applying the alliance contracting model to the Canadian water sector holds a great deal of potential, but it will require some significant shifts in the way we think about project delivery.

Choosing right delivery model more important than ever for large infrastructure projects runs and a risk transfer model that has caused many design and construction firms to rethink their business strategies.

Gurjit Sangha

A

Stephen Horsman

s urban populations grow denser and aging infrastructure meets increased strain, big infrastructure projects have grown ever more vital and increasingly complex. This trend has become especially apparent in the water sector, where an estimated 30% of infrastructure is not in good condition. Yet, delivering successful water projects requires a lengthy list of stakeholders, significant government investment and extensive risk management. Even before COVID-19, project procurement processes were already facing growing challenges and multifaceted risks. Traditional delivery models like Public-Private Partnership (P3) or Design-Build (DB) have met mounting pressure from cost and schedule over26  |  December 2021

ALLIANCE VERSUS TRADITIONAL CONTRACTING Compared with traditional project models like P3, where risk transfer between project stakeholders remains a challenge, the alliance model has some notable advantages. The alliance model is an alternative procurement and delivery method. Under alliance contracting, “an owner and one or more service providers (designer, constructor, suppliers, etc.) work as an integrated team to deliver a specific project under a contractual framework where the commercial interests are aligned with actual project outcomes.” Essentially, alliance contracting was born from the desire to align the interests of all stakeholders in a project, encouraging synergies and integration with two possible outcomes: either winning or losing together. With traditional forms of contracting, each party to the contract is assigned

separate obligations, and risks are also generally allocated to one party or the other. With alliance contracting, all parties share obligations as well as risk and opportunity. The “pure alliance” approach relies on a mutual agreement that covers risk sharing, setting a cap on financial exposure, and no litigating. If a problem occurs, it is everybody’s problem and all parties work together to solve it. An alliance approach makes a fundamental shift to a shared or collective set of obligations, and a shared approach to risk and opportunity. There also is typically an incentivized key performance indicator [KPI] system in place that identifies non-cost attributes of the project, such as stakeholder satisfaction, environmental outcomes, quality, safety, and performance, that are key to the successful delivery of the project. The inclusion of these KPIs ensures a balanced view of success, which extends beyond cost alone. A cornerstone of the alliance model is that all participants work as part of an integrated team, with continuous transparency. A PROMISING HISTORY Alliance contracting is relatively new to Canadian projects, but it has a solid history of success elsewhere. Alliance contracting was first developed during the 1990s in the U.K. oil and gas sector for petrochemical projects (such as offshore drilling platforms). Here, the traditional delivery of a complex risk profile typically led to significant cost and time overruns. It has since been successfully adopted and further developed on a range of infrastructure investments globally, including in Australia and New Zealand. The alliance model has in fact become the norm in Australia over the past 20 years, and that significant body of experience and best practices can go far toward informing a Canadian approach. Over those two decades, a number of alliance variants developed, such as pure, competitive, and hybrid, and a range of related collaborative models developed as well, such as delivery partner, risk-allocated maximum price, and new engi-

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Articles inside

Red Deer’s new residuals management facility will reduce environmental impacts

2min
pages 62-64

Product Showcase

7min
pages 56-58

District metered areas: Why accuracy matters

7min
pages 54-55

Using hydrogeological flow modelling to identify sources of hepatitis outbreaks

10min
pages 50-53

Using a camera nozzle and chain cutter to efficiently handle blocked sewers

4min
pages 46-47

Dauphin, MB meets its cold weather ammonia level requirements

4min
pages 44-45

Remote gas flow monitoring in a biodigester

2min
pages 42-43

Using air-operated double-diaphragm pumps to optimize filter press operation

5min
pages 40-41

Using augmented reality tools to inspect wastewater plants

2min
page 39

Incidents of cyber attacks on the rise during the COVID-19 pandemic

3min
page 38

How to diagnose and repair automatic control valves

5min
pages 36-37

Ontario bill targets removal of licensure barriers for immigrant engineers

2min
page 29

The importance of the author-verifier relationship in project management

7min
pages 34-35

Embedding sustainability as part of your company’s DNA to drive growth

4min
pages 30-31

Capturing the value of converting records to digital formats – Cover Story

4min
pages 32-33

Funding innovation in engineering is critical to tackling climate change

3min
pages 24-25

Choosing right delivery model more important than ever for large projects

7min
pages 26-28

Small town chooses prefabricated wastewater lift stations

4min
pages 22-23

Examine the fate and transport of groundwater contaminants before settling legally

11min
pages 17-21

Canada makes new environmental pledges at climate conference

2min
pages 12-13

World’s largest wastewater energy transfer project underway for Toronto hospital

2min
page 14

Canada ready to unleash the power of biogas

5min
pages 8-9

70 Canadian groups sign plastics pact to pivot towards circular economy

2min
page 15

Study finds rubber tire chemicals impacting river through urban runoff

2min
pages 10-11

Microtunnelling used for twin culvert replacement project

2min
page 16

Appreciating the value of face-to-face networking opportunities

2min
pages 6-7
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