Municipal Water and the Race to Net Zero: How Tanks Play a Bigger Role Than You Think

Canada’s 2030 Emissions Reduction Plan and the push toward net zero by 2050 are more than federal commitments—they’re reshaping how municipalities deliver essential services. 

Water, wastewater, and stormwater systems aren’t just utilities—they’re major contributors to emissions and critical levers for change.

The Net Zero Water Roadmap, supported by the Government of Canada’s Implementation Readiness Fund, offers municipalities a practical framework to reduce emissions and future-proof services. 

And while many expect innovation to come from software or policy,
one of the most impactful changes is structural: the tanks themselves.

Glass-fused-to-steel tank technology—quietly evolving behind the scenes—offers a powerful combination of durability, low emissions, and minimal maintenance. 

As municipalities look to act quickly and wisely, infrastructure choices like these can deliver real climate returns.

Water utilities are no longer just service providers — they’re frontline climate actors. Municipal drinking water and wastewater systems account for a significant share of GHG emissions, due to energy-intensive treatment processes and fugitive methane and nitrous oxide emissions from wastewater infrastructure. These aren’t just invisible emissions — they’re high-impact. Methane has over 80 times the global warming potential of CO₂ in the short term.

As municipal leaders across Canada scale up infrastructure to serve growing populations and evolving environmental standards, these systems are under pressure to do more — and do it more sustainably.

Top priorities for municipal water infrastructure typically include:

• Ensuring safe, reliable access to clean drinking water

• Upgrading aging infrastructure to reduce leaks, losses, and contamination risks

• Improving energy efficiency and reducing greenhouse gas emissions

• Strengthening resilience to climate-related events such as droughts and flooding

• Aligning asset management with long-term sustainability and lifecycle cost savings

To meet these demands, upgrading liquid storage and distribution systems is not just beneficial — it’s essential. 

Modern tank solutions, particularly glass-fused-to-steel tanks, play a pivotal role in this transition. With their unmatched corrosion resistance, lower maintenance requirements, and precision-engineered sealing, these tanks help municipalities enhance water safety, reduce operational emissions, and future-proof their infrastructure investments for decades to come.

For many remote and Indigenous communities, access to reliable, safe drinking water remains a long-standing challenge. The Canadian government has committed over $5.6 billion since 2016 to improve water infrastructure in First Nations communities, but solving this issue requires long-term thinking and durable solutions.

Greatario’s coast-to-coast project portfolio includes work with Indigenous partners across Canada. Our tanks are ideal for remote and northern applications because they’re:

• Modular and shippable to remote regions

• Rapidly assembled with minimal disruption

• Low-maintenance for long-term reliability

• Resilient to extreme weather and freeze-thaw conditions

These qualities not only support water safety and access — they align with the national priority of ensuring sustainable, low-emission infrastructure for every Canadian community.

Sustainability isn’t a side initiative — it’s core to future-ready capital planning. Municipal leaders, engineers, and utility managers have a critical role to play in shaping local systems that are climate-resilient, compliant, and community-safe.

Tank inspections, condition assessments, and lifecycle planning allow municipalities to:

• Replace aging assets before failure

• Evaluate true long-term costs of repair vs. replacement

• Demonstrate fiscal and environmental responsibility to councils and constituents

The path to net zero in the water sector won’t be paved overnight — but every smart infrastructure choice is a step forward. And those choices start with informed leadership.

Canada has made clear its commitment to Sustainable Development Goal 6: clean water and sanitation for all. 

This includes not just improving access, but enhancing water quality, infrastructure resilience, and sustainable use.

From the Canada Water Agency to Statistics Canada’s Indicator Framework, momentum is growing to measure and improve national water performance. Initiatives are underway to resolve long-term drinking water advisories on First Nations reserves and modernize infrastructure in underserved communities.

This is the moment for municipalities and their partners to align infrastructure decisions with national targets. Doing so supports:

• Public health

• Climate mitigation

• Economic development

• Reconciliation and equity

And it makes municipalities eligible for targeted infrastructure funding from both federal and provincial sources.

Canada’s path to net zero isn’t just paved with policy—it’s built through practical, boots-on-the-ground decisions by municipalities, engineers, and infrastructure leaders. 

Upgrading tank infrastructure may not be the flashiest climate solution, but it’s one of the most effective ways to reduce emissions, extend asset life, and strengthen community resilience.

At Greatario, we’ve seen firsthand how smarter liquid storage—from inspection to replacement—can support cleaner, more efficient municipal systems. 

As municipalities across the country face tough questions about sustainability, funding, and service delivery, tank technology offers a solution that’s both future-focused and grounded in real-world impact.