Sunita Somvanshi

Methanol Technology Unlocks Low-Cost Renewable Energy Use Even at 5% Capacity

Photo Source: National Energy Technolog (Flickr)

PRIME-Fuel project receives $3.6M to convert CO2 into methanol using renewable energy through microreactor technology.

How will SRI's Co-Extrusion printing enable methanol production even at 5% renewable energy capacity?

Photo Source: Cargo Frank (Flickr)

Photo Source: Vlad Chețan (Pexels)

Project aims for 88% carbon emission reduction while targeting 30 MJe/day methanol production within three years.

What makes methanol crucial as chemical building block across packaging and energy storage applications?

Photo Source: Trần Quang (PDM 1.0)

Photo Source: Pixabay (Pexels)

Energy Secretary Granholm backs renewable-to-liquids fuel production for clean energy economy goals.

UH researchers Bollini and Balakotaiah contribute expertise in catalyst development and microreactor modeling.

Photo Source: Rashda Khan (University of Houston)

Photo Source: Hugh Llewelyn (CC BY-SA 2.0)

Technology promises distributed methanol production using stranded renewable energy sources worldwide.

SRI scientist Pandey projects five-year timeline for market availability after prototype completion.

Photo Source: Bysalt (CC BY-SA 4.0)

Photo Source: David McClenaghan, (CC BY 3.0)

Microreactor platform adapts beyond methanol for various energy carriers and chemicals through industry partnerships.

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