We dive deep into key findings from a study and report assessing the economic impact and public opinion toward clean energy development in the Washington's rural communities.

In the past several years, geothermal has emerged as a clean, firm resource with the potential to be scalable and cost-effective.

Jeremy Hargreaves presented the energy pathways modeling technical report to the Oregon Energy Strategy policy working group.

CETI supported Western Washington University’s (WWU) Center for Economic and Business and Research on a Washington Refinery Study for the state’s Department of Commerce.

Jeremy Hargreaves presented the Oregon Energy Strategy energy pathways modeling results to the public at the Oregon Museum of Science and Industry in Portland.

As tides shift in the federal government, CETI remains committed to our mission in the Northwest.

We explore the mix of utilities—including investor-owned, public utility districts, municipal utilities, Tribal utilities, and cooperatives—that make up the Northwest’s electric utility landscape.

Recently, the EIA updated its method for calculating the energy contribution of noncombustible renewables, which include hydroelectric, geothermal, solar, and wind energies.

Before we share our direction for 2025 next month, the CETI Team takes a moment to look back at how we worked to accelerate an equitable clean energy transition in 2024, which was a year of considerable growth and output for us all.

Greenhouse gas (GHG) emissions accounting is a critical tool for governments, businesses, and climate advocates to understand progress toward emission reduction goals over time, but local, state, national, corporate, and global methods use varying types of accounting systems, which creates complexity.

Jade Sauvé presented a webinar demystifying jurisdictional and corporate emissions accounting methods.

CETI developed this resource to help demystify jurisdictional and corporate emissions accounting.