Every Earth Day, Canadians and people around the world are reminded that a low-carbon future depends not only on setting ambitious goals, but also on deploying concrete technologies that translate policies into measurable actions. Although Canada has set clear climate targets for 2035 and 2050, and significant progress is already underway, now is the time to strengthen global collaboration and build shared momentum. We have a unique opportunity to build on this progress by modernizing how industrial emissions and other environmental factors are measured and managed to better understand their real-world impacts.
When measurement improves, climate action accelerates. Canada is well positioned to take a leading role in making positive change for our global climate transition.
Measurement as the missing accelerator
Industrial sectors represent approximately 37%1 of Canada’s total emissions, and current reporting systems primarily rely on annual submissions that often reflect past operations. While these frameworks are essential for accountability, they offer limited insight into what is happening in real time. More frequent, granular measurement can help close that gap.
As global expectations evolve, particularly under frameworks such as the European Union’s Corporate Sustainability Reporting Directive2, which requires more immediate and auditable data, measurement infrastructure is quickly becoming both a climate asset and a source of economic competitiveness.
“Strengthening digital tools and data capabilities will be critical to ensuring Canada continues to lead in sustainability, innovation, and industrial performance,” says Jean-René Roy, Global Business Line Manager for ABB Canada’s Measurement & Analytics division. “As reporting expectations become more immediate and more precise, reliable data will increasingly underpin both environmental credibility and business success.”
Turning commitments into results
Across Canada, governments and companies have demonstrated leadership by setting credible, science-based commitments. These goals are ambitious and forward-looking. Their impact increases substantially when supported by robust, transparent measurement.
Improved visibility enables tangible change. Methane reduction efforts, for example, accelerate when advanced detection technologies establish credible emissions baselines and real-time monitoring allows leaks to be identified and addressed immediately. These approaches transform methane management from periodic reporting into continuous action.
Operational performance improves alongside environmental outcomes. Facilities that can quickly pinpoint energy losses or early indicators of equipment degradation are better positioned to reduce waste, improve reliability, and strengthen resilience. In this way, better measurement supports both emissions reductions and business performance.
Decarbonization investments are strongest when their impact can be measured. When organizations are able to quantify emissions performance before and after implementation, the business case becomes clearer, more credible, and easier to scale. Carbon Capture, Utilization and Storage (CCUS) pilot projects have already validated critical design and operating assumptions, accelerating the shift toward commercial-scale facilities now underway. When combined with waste-to-energy plants, CCUS has the potential to significantly reduce net emissions while supporting economically viable, long-term operations.
In capital markets, this distinction matters. Investors increasingly expect transparent, verified emissions data to support ESG decision-making. Put simply, what gets measured gets funded, and Canadian companies that can demonstrate verified emissions reductions will be better positioned to attract climate aligned financing.
Why this matters now
The urgency around measurement is growing. Environmental performance is no longer judged solely through long-term commitments or annual sustainability reports. Buyers in regulated markets are demanding greater transparency across supply chains, and emissions intensity is becoming a condition of market access rather than a reputational consideration.
Canada enters this moment with significant advantages. Deep expertise in industrial systems, precision measurement, and data analytics is embedded across critical sectors including energy, mining, chemicals, waste management, and advanced manufacturing. These capabilities allow operators to understand not only how much they emit, but what drives those emissions - and where the most effective reductions can be achieved.
Connecting emissions data to real world outcomes, however, requires more than observation alone. It depends on a deep understanding of how industrial systems operate.
“Accurate emissions measurement is never one size fits all,” Roy explains. “It depends on how industrial processes actually run, how equipment behaves, how systems interact, and how data can support better decisions.”
From emissions to Earth systems
That operational expertise is increasingly complemented by new perspectives. Montreal-based company GHGSat, for example, can globally track emissions from individual facilities using satellites equipped with sensors manufactured by ABB. Satellite monitoring does not replace ground-based measurement, but it adds an independent layer of verification, particularly valuable for large, remote, or difficult to access assets.
ABB built optical sensors onboard GHGSat’s satellite constellation enable the detection and quantification of industrial gas leaks from space. Photo credit: GHGSat
Equally important, space-based monitoring makes climate impacts visible. By capturing high-resolution images of the entire globe every day, we can observe how emissions translate into real changes in weather, soil, water, agriculture, and forests. This gives us near real-time insight into whether Earth’s systems are improving or degrading and, critically, whether our policies and interventions deliver results. Climate monitoring is no longer solely about tracking what we emit; it is about understanding what those emissions do and responding quickly when the data shows we are off course.
Together, industrial, digital, and space-based measurement capabilities are helping close the gap between climate ambition and operational reality - linking emissions data more directly to environmental impact and more informed action.
A proactive approach to measurement
Despite these advances, many facilities still rely on what amounts to rear-view-mirror reporting and identifying anomalies only after a reporting period has ended. While sufficient for compliance, this approach misses opportunities to act when it matters most.
A more proactive measurement framework shifts the focus from reporting to foresight. Complementing routine global monitoring from space, real-time sensors monitor emissions, energy use, and equipment performance continuously. Monitoring systems flag anomalies as they occur, enabling early intervention. Integrated analytics transform raw operational data into insights that support both cli-mate objectives and business performance.
Organizations that adopt proactive measurement often experience benefits that extend beyond emissions reductions, including lower waste, improved asset reliability, and greater operational resilience. In a competitive global environment, these advantages matter.
A strategic path forward
Globally, industrial measurement is increasingly viewed as a source of competitive advantage. Companies that can produce consistent, verifiable data are better positioned to attract capital and maintain access to regulated markets. Those that cannot do so face growing scrutiny and, in some cases, exclusion from supply chains.
Canadian industries are not insulated from these pressures. Mining companies operate across jurisdictions with varying disclosure requirements. Exporters face rising attention to carbon intensity. Manufacturers respond to customers demanding emissions transparency across supply chains.
In this context, strengthening industrial measurement infrastructure is both an environmental consideration and a business imperative. Accelerating investment in modern measurement systems can help Canada identify emissions reductions where they matter most, reinforce investor confidence, and enhance the credibility of climate policy. Just as importantly, it positions Canadian expertise in measurement, analytics, and industrial optimization as a growing export opportunity.
This Earth Day, the message is clear. Real-time industrial and environmental measurement is more than a technical upgrade. It is an enabler of climate leadership that turns ambition into measurable progress and ensures that Canada’s transition to a low-carbon economy is credible and competitive.