We know that green hydrogen has the potential to play a major role in achieving a clean energy transition in the Northwest – especially when it comes to hard-to-decarbonize industries – but many questions remain about the environmental justice impacts of developing a hydrogen and clean fuels supply chain.

CETI reflects on how far we have come in the last three years as we prepare for a busy 2024.

CETI has big plans for 2024 to ensure that an equitable clean energy transition unfolds in the Northwest at the pace and scale that the climate crisis requires.

In the first installment of CETI's 'Demystifying Decarbonization' series, Eileen explains the five pillars of deep decarbonization and how they interact with one another.

CETI's 2021-2023 Impact Report summarizes our accomplishments over the past three years as we expanded our pathways analysis to go deeper into decarbonization solutions for industry, the built environment, workforce, and rural communities.

Learn about what CETI has been up to in the new year – from green Hydrogen and starting work with new ACORN fellows, to a new job posting and what’s coming next in 2024.

The second in our NZNW Workforce blog series, this post examines how the clean energy transition could affect gas station and charging station workers.

The first installation in our NZNW Workforce blog series, this blog explains strategies to ensure job quality in the clean energy transition.

As the end of 2023 draws near, the Clean Energy Transition Institute (CETI) team wishes to express our deep appreciation...

In case you missed it, this blog recaps our ‘Northwest Stands to Gain Jobs with Clean Energy Transition’ webinar, where we explored the key findings of our Net-Zero Northwest Workforce Analysis.

We are coming to the end of an extremely fast-paced and productive year for the Clean Energy Transition Institute.

Today, the Clean Energy Transition Institute (CETI) released the Net-Zero Northwest (NZNW) Workforce analysis, the Northwest’s first comprehensive clean energy workforce analysis.