Spectra33’s Approach to Navigating the EPA’s New Methane Regulations: FAQs for Compliance

As the Environmental Protection Agency (EPA) implements its latest methane regulations, many operators in the oil and gas industry are seeking clarity on how to align with the new requirements. The changes reflect growing efforts to mitigate methane emissions, a significant contributor to climate change. With these regulations set to affect operations across the sector, we’ve compiled a list of frequently asked questions to help operators understand how Spectra33’s advanced detection technologies can assist in compliance.

A Brief History of the EPA’s New Methane Rules

The EPA’s new methane regulations are an extension of previous standards established under the New Source Performance Standards (NSPS) for the oil and gas industry, known as OOOOa, OOOOb, and OOOOc. These rules have evolved in response to the growing awareness of methane’s environmental impact. The latest regulations place stricter limits on methane emissions and introduce new monitoring and reporting requirements for oil and gas infrastructure, including pipelines, well sites, and compressor stations.

The EPA’s Methane Super-Emitter Program and updated leak detection standards reflect the increasing emphasis on using advanced technologies for accurate and timely detection. This move aligns with the broader regulatory shift toward more stringent controls on greenhouse gas emissions.

To help you navigate these updates, we’ve compiled answers to some of the most common questions from operators about staying compliant with the EPA’s methane rules.

FAQs: Compliance with EPA Methane Regulations Using Spectra33’s Technology

Q: How can Spectra33’s technology support compliance with the new EPA methane rules?

A: Spectra33 offers a comprehensive methane detection solution through our IRIS Fusion Hub, which integrates advanced sensors such as LiDAR, hyperspectral, and optical gas imaging (OGI). This system delivers real-time, accurate methane detection that meets the EPA’s stringent monitoring and reporting requirements. Operators can incorporate our technology into their emissions monitoring programs as part of the EPA-approved alternative test methods.

Q: What does the EPA’s approval process look like for technologies like Spectra33’s IRIS Fusion Hub?

A: The EPA has created a structured process for approving advanced methane detection technologies. Applications for technology approval can be submitted through an EPA portal, which will review and validate the technologies against EPA standards. Spectra33 is currently preparing its submission and anticipates receiving approval shortly after the new methane rule goes into effect. The EPA estimates that the process could take up to 270 days, but we expect timely approval due to our proven performance.

Q: What methane emission detection sensitivities can Spectra33’s IRIS Fusion Hub achieve?

A: Spectra33’s IRIS Fusion Hub is capable of detecting methane emissions at highly accurate sensitivity levels. Our system can meet the EPA’s requirements, which call for detection capabilities as low as 1 kg/hr at 90% probability of detection (PoD). This level of precision ensures that operators are equipped to meet or exceed regulatory standards.

Q: How soon will Spectra33’s technology be ready for operators?

A: We are ready to help operators integrate our solutions immediately. As soon as our technology receives EPA approval, operators will be able to incorporate the IRIS Fusion Hub into their emissions monitoring plans without any additional regulatory hurdles. Our system’s ability to detect emissions under a variety of environmental conditions positions us as a reliable partner in ensuring compliance with EPA methane rules.

Q: How does Spectra33’s technology compare to satellite-based detection systems?

A: While satellite-based systems are effective for scanning large areas quickly, their spatial resolution is not as fine as aircraft-based systems like Spectra33’s. Satellites may struggle to pinpoint exact emission sources, especially in densely developed fields. Spectra33’s aircraft-mounted sensors, on the other hand, provide precise localization of methane emissions, allowing operators to accurately identify the specific source of leaks. This ability to rule out false positives from nearby infrastructure ensures that operators can focus on genuine issues.

Q: Will Spectra33’s technology be able to support compliance for OOOOa and OOOOb sites?

A: Yes. Under the EPA’s new methane rules, allowable work practices that cover OOOOb sites can also be used for OOOOa sites. This means that Spectra33’s technology can be used for emissions monitoring across a wide range of facilities, including well sites, centralized production facilities, and compressor stations, ensuring comprehensive coverage for regulatory compliance.

Q: What are the requirements of the Methane Super-Emitter Program, and can Spectra33’s technology help?

A: The EPA’s Methane Super-Emitter Program focuses on identifying and addressing methane emissions exceeding 100 kilograms per hour. Spectra33’s technology is designed to detect emissions at far lower rates, ensuring that operators can quickly address any potential super emitter issues. While satellite-based systems will play a role in the Super-Emitter Program, Spectra33’s advanced aircraft-mounted sensors offer greater precision, making it easier for operators to refute or validate claims of significant emissions.

Q: What types of sites can be scanned using Spectra33’s technology?

A: Spectra33’s IRIS Fusion Hub can be used across a variety of oil and gas infrastructure, including well sites, compressor stations, and centralized production facilities. Our system is compatible with most sites regulated under the EPA’s OOOOb rule, with the exception of gas plants, which may require separate technologies for compliance.

Q: What is a “super emitter” and how does Spectra33 help detect these emissions?

A: The EPA defines a super emitter as a source emitting 100 kg/hr or more of methane. Spectra33’s technology is equipped to detect methane emissions at much lower thresholds, allowing operators to address potential super emitter issues before they escalate. Our precision ensures that operators have the data needed to respond quickly to regulatory inquiries.

Stay Ahead of Compliance with Spectra33

As the EPA’s methane regulations continue to evolve, it’s crucial for operators to adopt advanced technologies that ensure compliance. Spectra33’s IRIS Fusion Hub is designed to provide accurate, real-time methane detection across a variety of sites, meeting both current and future regulatory standards. By leveraging AI-driven insights and state-of-the-art sensors, we help operators streamline their emissions monitoring programs and stay ahead of the curve.

For more information on how Spectra33 can support your compliance efforts, reach out to us today.