Topics: Energy, NEMS, Energy Modeling, Energy Policy, Alternative Power, Integrated Modeling, Transportation Technologies, Oil and Gas Production, Electricity System, Electric Vehicles, NEMS Model, Renewable Energy, Advanced Technologies, electricity grid, Scenario Analysis, Hydrogen, Electricity Storage, Battery Storage, Innovation + Regulation, Clean Energy
(Updated October 2022 study revises prior study published in May 2022)
Topics: Energy Policy, Oil and Gas Production, Scenario Analysis
OnLocation, and our parent company KeyLogic, have decades of experience studying and modeling carbon capture, utilization, and storage (CCUS) technology and policy. This work is highlighted in a newly published Power Magazine article, CCUS: Big Opportunity and Hard Questions.
CCUS has been portrayed by some advocates as a panacea for fossil-fired power and pilloried by critics as a dangerous diversion from serious decarbonization. The reality is more complicated than saying the truth lies somewhere in the middle. Our analysis identifies the policy issues that must be addressed for a successful CCUS rollout, and also what “success” might mean – that is, where are the likely markets for American CCUS technology.
As discussed in the article, there appears to be a consensus that CCUS is an essential part of the net-zero carbon solution. According to the IEA, CCUS is a necessary tool for use in keeping the increase in global temperatures below 2C and reaching net-zero by 2050. The Biden Administration agrees: the Council on Environmental Quality recently reported that to reach the President’s decarbonization goals the nation will “likely have to capture, transport, and permanently sequester significant quantities of carbon dioxide.”
Topics: Energy, NEMS, Energy Modeling, Environmental Regulation, Energy Policy, Integrated Modeling, Oil and Gas Production
OnLocation presents the third and final blog in a series that identifies the top environmental and energy policy challenges for 2021 and beyond. This blog focuses on policies aimed at expanding the use of clean fossil-fueled technologies in the power and industrial sectors with the goal of reducing pollution while preserving fuel diversity, improving grid reliability, and utilizing low-cost domestic sources of coal and natural gas.
Arguably the biggest overarching challenge today is to mitigate the greenhouse gases that contribute to climate change. All energy-using sectors, including the power and industrial sectors, use a mix of energy sources that include fossil fuels (coal, oil and/or natural gas) that release energy-related carbon dioxide (CO2) emissions in the atmosphere. But what if these fossil-fueled technologies could capture and store CO2 instead of emitting it? These technologies exist today but in most cases are too expensive to implement without policy incentives.
This series of blogs provides policymakers, especially state energy offices and non-governmental organizations, with a clear vision of the benefits of each approach to reducing CO2 emissions, how different policy options can enable them, and considerations to make when choosing a path forward. Finally, we recommend integrated energy modeling for analyzing the various policy options.
Topics: Energy, NEMS, Energy Modeling, Environmental Regulation, Energy Policy, Integrated Modeling, Oil and Gas Production
Frances Wood and Sharon Showalter at OnLocation co-authored a paper that was recently published in the journal Energy Policy titled “Could congressionally mandated incentives lead to deployment of large-scale CO2 capture facilities for enhanced oil recovery CO2 markets and geologic CO2 storage?” The paper describes the results of a joint study performed in coordination with the Stanford University Energy Modeling Forum, an organization that promotes the use of energy policy models to improve the understanding of important energy and environmental issues. Other organizations involved in the study include the Pacific Northwest National Laboratory, the National Energy Technology Laboratory, the U.S. Environmental Protection Agency, and the Electric Power Research Institute. The study was performed using five energy models, including a customized version of the National Energy Modeling System created by OnLocation and referred to here as the CTUS-NEMS model.
Topics: Energy, NEMS, Energy Modeling, Environmental Regulation, Energy Policy, Integrated Modeling, Oil and Gas Production, carbon capture, ccs
