#methane detection

As inspection technologies evolve, it's worth asking whether traditional methods are still the most efficient choice.

See how the two approaches compare.

Meeting OGMP 2.0 standards is no longer optional for operators seeking credibility, regulatory alignment, and investor confidence. As global methane disclosure rules strengthen, companies need reliable systems that can transform scattered measurements, models, and operational data into structured, defensible inventories. Achieving this level of accuracy requires a platform built specifically for multi-source, multi-scale methane intelligence. This is where the best emissions management software becomes indispensable, enabling operators to streamline data, enhance transparency, and deliver reporting that meets the expectations of regulators and stakeholders.

To understand why technology choice matters, it’s important to recognize what OGMP 2.0 demands. Unlike traditional emissions reporting frameworks, OGMP 2.0 introduces a tiered accuracy structure emphasizing real measurement over generic emission factors. Advancing through these levels toward Level 5 requires operators to incorporate site-level measurements, activity data, equipment-specific profiles, and empirical emissions studies—then convert it all into verifiable inventories. Manual processes, spreadsheets, and legacy systems simply cannot keep pace with this complexity. Companies need a platform that brings order to diverse datasets, automates critical steps, and validates information for consistency, accuracy, and audit readiness.

This is where Highwood Emissions Management stands out as a trusted partner. Its software and advisory ecosystem is engineered to help operators progress through OGMP 2.0 levels with confidence. Built by emissions scientists, policy specialists, and data experts, the platform ensures alignment with OGMP 2.0 methodologies and integrates directly with field measurements, monitoring technologies, and data streams from both legacy and modern systems. The result is a unified environment where methane data is not only captured but contextualized with engineering logic, quality controls, and transparent documentation. Operators benefit from streamlined workflows, automated modeling, and clear reporting pathways that reduce manual effort while strengthening inventory credibility.

As operators scale up methane measurement programs, they often face challenges such as inconsistent data formats, incomplete records, mismatched monitoring outputs, and difficulties merging measurement campaigns with modeled estimates. These obstacles make it nearly impossible to produce OGMP 2.0-compliant submissions without a purpose-built digital solution. Leveraging the best emissions management software in these situations enables organizations to consolidate measurement campaigns, validate data quality, generate source-level estimates, and seamlessly align results with the OGMP 2.0 reporting framework. The platform’s built-in logic helps ensure that operators report the right data at the right tier for every emission source category, reducing the risk of errors or non-compliance.

A platform purpose-built for OGMP 2.0 must also support transparent documentation. Regulators, auditors, and third-party verifiers increasingly expect operators to demonstrate how values were calculated, what measurement methods were used, and how uncertainties were handled. With manual workflows, operators often struggle to retrieve past calculations or document the reasoning behind specific engineering assumptions. Highwood Emissions Management solves this challenge by providing automated documentation trails, version control, and embedded methodology references that reflect OGMP 2.0 standards. This level of traceability makes it far easier for operators to defend submissions, pass third-party reviews, and maintain consistency year over year.

Additionally, methane measurement technologies are advancing rapidly—from satellite detection and airborne surveys to continuous monitors and advanced quantification tools. Integrating this technology into regulatory reporting frameworks can be complex, especially when measurement frequency, uncertainty, and detection thresholds vary widely. Highwood Emissions Management ensures that operators can incorporate these modern tools effectively by providing a platform capable of linking multi-scale measurement datasets with engineering models, source-specific factors, and operational activity data. This approach not only aligns with OGMP 2.0 requirements but also supports more accurate, measurement-informed methane inventories that reflect real-world emissions instead of outdated emission factors.

For companies operating in multiple regions or across many assets, scalability becomes essential. Methane reporting burdens increase dramatically as organizations expand measurement programs, work toward Level 4 or Level 5 accuracy, or prepare for independent verification. A static or manual system can quickly become a bottleneck, leading to delays, inconsistencies, and increased risk of non-compliance. Highwood Emissions Management provides the scalable digital infrastructure needed to manage dozens or hundreds of assets simultaneously. Its platform can harmonize data across regions, apply consistent methodologies, and support cross-team collaboration while maintaining the flexibility needed for complex methane reporting.

Perhaps the most important value of a top-rated emissions management solution is the ability to turn complex data into actionable insights. Operators don’t just need to report methane—they need to reduce it. A strong platform helps identify key sources, track ongoing reductions, compare performance across assets, and prioritize mitigation investments. With data insights presented in a clear, operationally meaningful way, teams can transition from reactive compliance to proactive methane management. Over time, this not only supports regulatory success but also strengthens ESG performance, investor confidence, and brand reputation.

Understanding Methane Detection Technology in 4 Clear Steps

A Surpreendente Descoberta do Instrumento SAM The Mars Exploration Rover (MER) mission, specifically the Curiosity rover, has been tirelessly exploring Gale Crater on Mars for over a decade. While its primary goals – assessing whether Mars could have supported microbial life – were well-documented, a recent breakthrough reveals a hidden potential of one of its key instruments: the Sample Analysis…

Researchers Develop Affordable, Less-Intensive Methane Detection Protocol

A new testing protocol that uses existing, affordable water chemistry tests can help scientists and regulators detect sites showing evidence of new methane gas leaks caused by oil and gas drilling, according to Penn State researchers.

The researchers took a testing protocol they had described in a paper last year in the Proceedings of the National Academy of Sciences and applied it to a much…