As emissions monitoring technology continues to evolve, there is a growing demand for systems capable of capturing a broader range of greenhouse gases and air pollutants beyond the traditional focus on NOx, CO₂, and SO₂. While these pollutants remain central to industrial compliance, increasing attention is now being directed toward methane (CH₄) emissions and their significant role in near-term climate change.
Traditionally, emissions monitoring systems, including VL Energy's ES-PEMS, have focused primarily on combustion-related emissions generated by industrial equipment. These systems help facilities improve operational efficiency, maintain regulatory compliance, and better understand asset performance through continuous, data-driven monitoring.
Today, however, both industry and government are recognizing that methane monitoring represents an important next step in emissions management.
Why Methane Matters
Methane is a potent greenhouse gas with a much higher short-term warming impact than carbon dioxide. Over a 20-year period, methane is estimated to have more than 80 times the warming effect of CO₂ and accounts for roughly 30% of the rise in global temperatures to date.
Unlike carbon dioxide, which can remain in the atmosphere for up to 200 years, methane has a much shorter atmospheric lifetime of approximately 10 years. This creates a significant opportunity: by reducing methane emissions, industry can help deliver faster climate benefits and support near-term emissions reduction goals.
In Canada, the oil and gas sector represents one of the largest sources of methane emissions, accounting for nearly half of national methane output. As regulatory requirements continue to tighten, operators are increasingly seeking more accurate, continuous, and practical methods to monitor methane emissions across their facilities.
In response, both government and industry organizations, such as Emissions Reduction Alberta (ERA), are increasing investments in methane reduction initiatives. Operators today face growing pressure not only to quantify methane emissions more accurately but also to demonstrate meaningful improvements in their environmental reporting practices.
Where ES-PEMS Comes In
Currently, many methane monitoring approaches rely on static engineering estimates, periodic inspections, or broad large-scale satellite observations. While these methods provide useful high-level information, they often lack the resolution, continuity, and site-level insight required to fully characterize emissions behavior.
This is where VL Energy's next generation of ES-PEMS technology has the potential to play an important role.
At VL Energy, we believe effective emissions reduction begins with better monitoring, better detection, and better data. As part of our commitment to helping industrial partners meet current and future environmental obligations, we are exploring opportunities under the Methane Reduction Deployment Program to develop and deploy a methane-focused ES-PEMS solution.
By leveraging our existing machine learning-based platform, VL Energy aims to expand predictive emissions monitoring capabilities beyond traditional combustion emissions. This includes evaluating how continuous, data-driven software can supplement and improve current methodologies for methane emissions monitoring, quantification, and reporting.
As industry expectations and environmental reporting requirements continue to evolve, methane monitoring represents a natural and necessary next step for ES-PEMS.
For VL Energy, this is more than an expansion of technology. It is part of a broader vision to make emissions monitoring smarter, more scalable, and more effective for the next generation of industrial environmental performance.
Reference: Reducing methane emissions, Canada.ca