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Arvind Ravikumar
Scientist and Professor studying sustainable energy development and climate policy around the world.
Arvind Ravikumar is a dedicated professional specializing in technology, systems, and policy within the context of energy and the environment. With a strong belief in the urgency of addressing climate change, Arvind focuses on assisting global economies in transitioning towards a clean energy future and reducing emissions from fossil fuel consumption. His academic journey includes a B.E. (Hons) M.Sc (Hons) in Electrical and Electronics Engineering and Physics from Birla Institute of Technology and Science, a Ph.D. in Electrical Engineering from Princeton University, and additional studies at Stanford University. Arvind has held various academic and research positions, such as Assistant Professor at Harrisburg University of Science and Technology, Fellow at The Initiative for Sustainable Energy Policy at Johns Hopkins University, Fellow at The Payne Institute at Colorado School of Mines, Postdoctoral Fellow at Stanford University, Graduate Teaching Fellow at Princeton University's McGraw Center for Teaching and Learning, and more. His diverse experiences have equipped him with a comprehensive understanding of energy, policy, and sustainability issues.
Highlights
Today I have a great news story to share on #methane. Too often, our research shows how much worse methane emissions are than we thought. But that changes today!
Over a period of two years, we conducted comprehensive #methane emissions measurements at #midstream compressor stations in #NewYorkState. Here's what we found:
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Measurement-informed methane emissions are lower than state emissions inventory by over 67%. Why did this happen? Two reasons: one, we updated activity data in NY by literally going to every single station; two, emissions factors in NY are lower than those used in existing inventories.
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We find that turbine-based facilities emit much less methane than engine-based facilities, and recommended separate emissions factors. Currently, all transmission compressor stations have a single emissions factor of 670 MT methane per station per year. Our new numbers include 464 MT CH4/station/y for engine-based stations and 139 MT CH4/station/y for turbine-based stations.
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Because our measurements include all facilities in NY, we were able to provide updated emissions factors for compressor stations, that are significantly lower than existing factors.
I really liked this study because (a) it provides a great case study for developing measurement informed methane emissions inventories at midstream facilities, and (b) it front-loaded the policy engagement process - we designed the study based on the needs of relevant state agencies. Props to NYSERDA for the vision to fund comprehensive methane studies throughout the state.
Paper Link: https://lnkd.in/g8kB5Vyt
#methane #MeasurementInformedInventory #Climate #Reconciliation
The Energy Emissions Modeling & Data Lab (#EEMDL) is hiring up to 8 staff scientist positions in all areas of #CarbonAccounting!
The next decade of #ClimatePolicy will be fought over carbon accounting. Here's why you should join us!
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These are full-time UT staff positions. That means tracks for career advancement/promotion, competitive salaries starting at a min $80K. You will have opportunities to develop your own ideas & lead global teams on key technical and policy questions.
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You will work on some of the most policy-relevant questions in #CarbonAccounting across global energy supply chains. You will routinely collaborate with industry, regulatory agencies, NGOs, and other organizations.
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You will also have significant responsibility - as a staff member, you will be the face of #EEMDL to key stakeholders in industry and government. That means not just writing papers and giving presentations, but helping shape policy and regulation through direct engagement.
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We welcome expertise in any of the following areas: GHG measurement, geospatial modeling, methane, LCAs, techno-economic modeling, hydrogen, atmospheric chemists, energy policy experts, etc. You can get involved in field research, modeling, policy analysis, or all of them.
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Finally, #Austin's a great place to live and work (but we'll allow remote work if necessary). You can also work at our partner institutions at Colorado School of Mines (Payne Institute for Public Policy) and Colorado State University Energy Institute. Come be a part of a fast growing international initiative focused on improving the world of carbon accounting!
#hiring #jobs #DataScience #EEMDL #UTAustin
