Patrick Riley
@patrickriley.bsky.social
energy transition technology & strategy @ GE Vernova Advanced Research Center | sports dad & coach | personal account
Philosophy
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29%
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9%
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4%
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3%
H-index:
21
United States Army Combat Capabilities Development Command; U.S. Army Combat Capabilities Development Command Chemical Biological Center • Seventeenth-Century Political and Philosophical Thought, American Constitutional Law and Politics, Rousseau and Enlightenment Thought
Source: OpenAlex
Patrick Riley
@patrickriley.bsky.social
· Nov 20
Requires external infrastructure outside of project developer and technology provider’s normal scope. But same problem can be said for hydrogen (storage and pipelines) and renewables (transmission).
Patrick Riley
@patrickriley.bsky.social
· Feb 11
You wouldn’t. Li-ion for 2-6, pick your favorite LDES for 10+
Patrick Riley
@patrickriley.bsky.social
· Feb 10
I guess the distribution of ‘problem’ peaks have a <4 hr portion but then skew longer than 8/10.
Patrick Riley
@patrickriley.bsky.social
· Feb 10
10 hr storage is roughly equivalent to a CCGT. Easily can see the ELCC saturation of solar and 4 hr storage ELCC saturation starting.
What am I missing about e-fuels? Shouldn’t the costs of e-fuels (H2 + DAC + CxHy conversion) >> cost of offsets (Oil + DAC + sequestration)? Especially as hydrocarbon conv has yields <100% & exaggerate both H2 & DAC cost. Is it that we can’t trust sequestration or need to trace individual C atoms?