carbon capture

Several companies interested in making money through carbon capture are taking steps to set up shop at the Dave Johnston Power Plant in Glenrock, Wyoming.

The governor's office has released a report it requested from the U.S. Department of Energy last year that explores alternative scenarios to Pacificorp's plan to retire several coal plant units early and transition to a heavier focus on renewables. The report considers the impacts of instead retrofitting the plants with carbon capture technology.

The NRG COSIA Carbon XPRIZE competition is nearing its finale, though with fewer teams on site than expected. The international carbon capture competition based in Gillette welcomed its second and last competitor to site this week after COVID-19 complications prevented all three other competitors from making the trek.

The Great Plains Institute and the University of Wyoming have published a new analysis on carbon capture and storage.

The Wyoming Public Service Commission (PSC) has wrapped up its week-long hearing regarding its investigation into a western utility's Integrated Resource Plan (IRP) released in October. The commission made no decisions or actions before adjourning other than setting a deadline for additional briefs.

The Department of Energy's National Energy Technology Laboratory announced it will fund the next phase of an ambitious project developed by the University of Wyoming, Basin Electric Power Cooperative and other partners.

A project meant to support carbon capture and enhanced oil recovery in Wyoming has passed a regulatory hurdle. The Bureau of Land Management (BLM) released its draft Environmental Impact Statement (DEIS) for the Wyoming Pipeline Corridor Initiative (WPCI). It's now seeking public comment.

The Laramie City Council voted unanimously on Tuesday to accept recommendations that hope to make Laramie carbon neutral by 2050. The recommended actions will offset municipal emissions with carbon removal techniques, and the city will turn to renewable resources where possible.

The House Revenue Committee heard testimony today on a bill that would require public utilities to provide a certain percentage of their generation from "dispatchable and reliable low-carbon electricity."

House Bill 200 describes "low-carbon" as electricity generated using carbon capture, utilization, and storage (CCUS) technology - a process that can store or reuse carbon dioxide. In Wyoming, that would mean utilities have an incentive to preserve coal-fired power plants by equipping new technology. They would have until July 1, 2030 to meet the standards.

This past December, the City of Laramie commissioned the Environmental Advisory Committee (EAC) to create an emissions reduction plan with the end goal of net carbon neutrality - offsetting our carbon emissions with carbon removal techniques. 

Campbell County and the city of Gillette want to brand the region as the 'Carbon Valley,' and the local governing bodies are searching to hire a marketing firm to aid in this effort.

As Wyoming looks to become a leader in carbon capture technology, the University of Wyoming's Energy Resources Council has launched its search for projects to develop that technology.

Wyoming has announced a new partnership with Japan focusing on carbon technology research.

Four of the five finalists for the NRG Cosia Carbon XPRIZE competition gathered at the Integrated Test Center (ITC) in Gillette Tuesday. It's the first time the organization has brought teams back to the site since the ITC opened in May of 2018.

Wyoming Governor Mark Gordon asked the legislature's Joint Appropriations Committee to fund a $10 million carbon capture test project. Gordon said the money would be provided to the University of Wyoming's School of Energy Resources.

Carbon capture and storage (CCS) technology has been a source of hope for coal country and touted by the Trump Administration as a way to keep the coal industry alive, while reducing its emissions. CCS aims to remove carbon dioxide from significant fossil-fuel emitting sites like power plants – it then either be stored or eventually used to develop products. But one report questions if its development is too slow to have a mainstream impact.

Montana and Wyoming’s Governors Steve Bullock and Matt Mead announced Tuesday the formation of a new group focused on supporting carbon capture policies and projects: the Governors' Partnership on Carbon Capture. While the two will lead the group, Louisiana, Kansas, Oklahoma, and Utah will also be involved.

What do you think about the state's ongoing efforts focused on carbon capture and clean coal?

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The new supercomputer known as Cheyenne was officially dedicated at a ceremony Tuesday in the city it was named after. Governor Matt Mead, University of Wyoming President Laurie Nichols and Cheyenne Mayor Marian Orr were all in attendance, among other state leaders. Tony Busalacchi is the President of the University Corporation for Atmospheric Research or UCAR. He said Cheyenne is the 22 most powerful in the world and three times stronger than the Yellowstone supercomputer it’s replacing.

Wyoming Governor Matt Mead is pushing for the expansion of a tax credit that supports carbon capture and enhanced oil recovery. 

The federal Department of Energy has awarded the University of Wyoming $2.4 million dollars for two carbon capture studies.

The grants will be used to research the potential for commercial-scale carbon capture and storage at the Jim Bridger power plant near Rock Springs and the Dry Fork Station near Gillette.

Previous studies have identified the Rock Springs uplift as an ideal location for storing large volumes of carbon dioxide. These grants are intended to move beyond the technical specifications. 

In what could prove to be a major step forward for carbon capture and storage, a group of researchers in Iceland have discovered how to turn carbon dioxide emissions from a power plant into stone.

Carbon capture and storage is considered an important tool in the fight against global climate change, but the storage part of the equation has proved challenging—most work has focused on injecting the carbon dioxide into deep saline aquifers, which then need to be monitored for centuries for potential leaks.