Colstrip

By Robert Pollin, Jeannette Wicks-Lim, Shouvik Chakraborty, and Gregor Semieniuk - Political Economy Research Institute, February 2021

The COVID-19 pandemic has generated severe public health and economic impacts in West Virginia, as with most everywhere else in the United States. This study develops a recovery program for West Virginia that is also capable of building a durable foundation for an economically viable and ecologically sustainable longer-term transition.

In our proposed clean energy investment project, West Virginia can achieve climate stabilization goals which are in alignment with those set out by the Intergovernmental Panel on Climate Change (IPCC) in 2018—that is, to reduce CO₂ emissions by 45 percent as of 2030 and to achieve net zero emissions by 2050. We show how these two goals can be accomplished in West Virginia through large-scale investments to dramatically raise energy efficiency standards in the state and to equally dramatically expand the supply of clean renewable energy, including solar, geothermal, small-scale hydro, wind, and low-emissions bioenergy power. We also show how this climate stabilization program for West Virginia can serve as a major new engine of job creation and economic well-being throughout the state. Scaled at about $3.6 billion per year in both private and public investments, the program will generate about 25,000 jobs per year in West Virginia. We also present investment programs for West Virginia in the areas of public infrastructure, manufacturing, land restoration and agriculture. We scaled this overall set of investments at $1.6 billion per year over 2021 – 2030, equal to about 2 percent of West Virginia’s 2019 GDP. We estimate that the full program would generate about 16,000 jobs per year in the state. Overall, the combination of investments in clean energy, manufacturing/infrastructure, and land restoration/agriculture will therefore create about 41,000 jobs in West Virginia, equal to roughly 5 percent of West Virginia’s current workforce.

The study also develops a just transition program for workers and communities that are currently dependent on West Virginia’s fossil fuel-based industries. It estimates that about 1,400 workers per year will be displaced in these industries between 2021 – 2030 while another roughly 650 will voluntarily retire each year. It is critical that all of these workers receive pension guarantees, re-employment guarantees, wage insurance, and retraining support, as needed. We estimate that generous levels of transition support for all workers will cost an average of about $140 million per year.

The study shows how all of these proposed measures can be fully financed within the framework of the Build Back Better infrastructure and clean energy investment program proposed by President Biden during his presidential campaign.

Read the text (PDF).

By staff - Northern Plains Research Council and International Brotherhood of Electrical Workers Local 1638, July 2018

In 2018, Northern Plains Research Council partnered with the International Brotherhood of Electrical Workers local union 1638 to conduct a research study into the job creation potential of coal ash pond cleanup in Colstrip, Montana.

Because coal ash pond closure and associated groundwater remediation is only now becoming a priority for power plants, there are many unanswered questions about the size and nature of the workforce needed to do it right. This study aims to shed light on some of the cleanup work being done now around the country and what that might mean for the Colstrip workforce and community.

From the executive summary: Coal ash waste is polluting the groundwater in Colstrip, but cleaning it up could provide many jobs and other economic benefits while protecting community health.

This study was conducted to analyze the job-creation potential of cleaning up the groundwater in Colstrip, Montana, that has been severely contaminated from leaking impoundments meant to store the coal ash from the power plants (Colstrip Units 1, 2, 3 and 4). Unless remediated, this contamination poses a major threat to public health, livestock operations, and the environment for decades.

Communities benefit from coal ash pond cleanup but the positive impacts of cleanup can vary widely depending on the remediation approach followed. Certain strategies like excavating coal ash ponds and actively treating wastewater lead to more jobs, stabilized property values, and effective groundwater cleanup while others accomplish only the bare minimum for legal compliance.

This study demonstrates that, with the right cleanup strategies, job creation and environmental protection can go hand-in-hand, securing the future of the community as a whole.

Read the text (PDF).