State hydrogen policy is evolving quickly. Over the past several legislative sessions, states across the country have introduced hydrogen legislation with language on incentives, regulatory directives, and safety frameworks. At the same time, policy makers and stakeholders are often asked to consider new proposals without clear visibility into what other states have already done. Continue reading »
Texas is entering a pivotal moment for carbon management. Growing power demand and the first wave of carbon capture and storage projects are converging in a state with world-class geology, deep energy expertise, and newly secured Class VI primacy for carbon storage permitting.
To help Texas navigate this moment with clarity and coordination, GPI has released the Texas Carbon Management Roadmap, developed with support from the Cynthia & George Mitchell Foundation and shaped by the input of nearly 100 Texas-based stakeholders from industry, government, labor, academia, nonprofits, and community organizations.
The State of Colorado has released its new Carbon Management Roadmap, another major step forward for the state as it strives to advance carbon management solutions that align with its decarbonization efforts. Continue reading »
The Great Plains Institute’s “Louisiana Decision Support Tool“ (Decision Support Tool) for carbon management offers a way for community members, project developers, and regulators to delve into social and environmental data to learn more about local factors to consider when locating energy projects. Continue reading »
Direct air capture (DAC) is one of many carbon management technologies that can provide opportunities for the US to reduce its carbon dioxide (CO2) emissions to meet midcentury climate goals while providing environmental and economic benefits to local communities. Continue reading »
The growing interest in carbon management—carbon capture, removal, use, transport, and storage—among industry, labor, communities, and the federal government means we have new opportunities to take action on economywide decarbonization—and there’s no time to wait. The Great Plains Institute’s carbon management team launched the Carbon Action Alliance (Action Alliance) in late 2022 to meet this moment of opportunity and urgency. Continue reading »
As companies across the United States (US) start using carbon capture or direct air capture to reduce the nation’s carbon dioxide (CO2) emissions, we need to plan how we’re going to transport the CO2 to sites for secure geologic storage or utilization. While the US has over 5,000 miles of CO2 pipelines already, we’ll need to expand this infrastructure to use or store captured CO2 and meet our midcentury climate goals. Continue reading »
Carbon management and hydrogen technologies can help Pennsylvania meet its climate goals and allow its industries to reduce emissions while continuing to provide local jobs. Deploying these technologies requires careful consideration and examination of the commonwealth’s existing infrastructure, resources, and legislation.
The Great Plains Institute (GPI) recently worked with Team Pennsylvania to develop Successful Deployment of Carbon Management and Hydrogen Economies in the Commonwealth of Pennsylvania, a Road Map for Carbon Management and Hydrogen Development in the Commonwealth of Pennsylvania. Continue reading »
Hydrogen has the potential to play a vital role in the clean energy transition. Due to its versatility, hydrogen can help tackle critical energy challenges and meet midcentury climate goals. It can reduce emissions in areas where other solutions like electrification, energy efficiency, or renewables are infeasible. This post will explain basic facts about hydrogen, including its important role in decarbonization and different production methods. Continue reading »
The Great Plains Institute (GPI) held a virtual launch event to introduce its first-of-a-kind Atlas of Carbon and Hydrogen Hubs for United States Decarbonization on February 1, 2022. The Atlas is a novel resource, identifying 14 areas across the United States with the potential to become carbon and hydrogen hubs. Continue reading »
