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U.S. Dept. of Energy funds ABB to design Integrated Methane Monitoring Platform

Monday, October 16, 2023

ABB to push boundaries of methane emissions monitoring with funding from U.S. Department of Energy

SAN JOSE, CALIFORNIA, UNITED STATES, OCTOBER 16, 2023

• ABB has received significant funding from the U.S. Department of Energy to design an Integrated Methane Monitoring Platform, a single repository that will aggregate, analyze, and visualize data from multiple sources in the United States for the first time

• With a total value of $1 million, the project will enable continuous methane emissions monitoring, mapping, localization and quantification across the entire natural gas supply chain and infrastructure in the country

• The comprehensive platform will help the United States significantly reduce methane emissions, pollution and waste, and reach city, state, and national sustainability targets

ABB has received significant funding from the U.S. Department of Energy (DOE) Office of Fossil Energy and Carbon Management and the National Energy Technology Laboratory (NETL) to design an Integrated Methane Monitoring Platform that will advance the development of new and innovative methane measurement, monitoring and mitigation technologies in the United States. The total value of the project is $1 million, of which DOE will contribute 80 percent, with ABB contributing the remaining 20 percent.

Today, methane emissions are recorded by academic researchers, industry and technology providers using many different methodologies and over various spatial scales and temporal intervals. The various methods yield data with vastly different performance characteristics and quality metrics.

At one end of the spectrum, sensors monitor methane emissions near natural gas producing regions quasi-continuously and report every 15 minutes with low accuracy, while at the other end of the spectrum, sensors mounted on aircraft and satellites patrol over large regions weekly or monthly looking for 'super-emitters'.

Data is generally recorded, analyzed, and visualized separately. A single repository of data does not yet exist to handle data from multiple sources.

With DOE's funding, ABB will develop a detailed engineering plan for the first comprehensive, US-focused platform that will detect, quantify, and ultimately help to reduce methane emissions across the entire natural gas supply chain and infrastructure of the United States.

'As a global leader in methane sensing technology, we have a big responsibility in this field. The Department of Energy funding will help us push the boundaries of emissions monitoring. The result of this work will be very tangible and can lead to a significant reduction of methane emissions throughout the United States, helping achieve sustainability targets,' said Jean-René Roy, Global Business Line Manager, ABB.

'We are happy to fund the design of ABB's Integrated Methane Monitoring Platform as part of the project selection under the Department of Energy's Innovative Methane Measurement, Monitoring and Mitigation Technologies (IM4 Technologies) funding opportunity,' said Timothy Reinhardt, Director, Division of Methane Mitigation Technologies, DOE's Office of Fossil Energy and Carbon Management.

'We believe that the project's scope fits in well with our goal to advance the development of new and innovative technologies to reduce and ultimately eliminate methane emissions from hydrocarbon infrastructure.'

The platform will:

- Aggregate measurements of methane emissions recorded through different methodologies over various temporal and spatial scales.

- Analyze data using advanced Big Data analytics.

- Visualize data and present detailed information on geospatial maps.

- Allow stakeholders including industry, academics, government policy makers and compliance entities to identify and fix issues quickly and to quantify trends over short- and long- time scales (for example, minutes to months) and over small and large areas (for example, streets to states).

ABB will build on its deep knowledge of measurement science, data source aggregation, digital technologies, and advanced analytics to create the comprehensive engineering, design, construction, deployment, and operating plan.

The system will enable rapid identification, localization, and characterization of 'super-emitters', intermittent sources, as well as chronic, persistent, smaller emission sources, and enable stakeholders to rapidly address and mitigate unwanted emissions.



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