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· Chemical Engineering Online
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Lummus Technology’s ethanol-to-jet (ETJ) process has been selected by GPS Renewables for NTPC’s sustainable aviation fuel (SAF) project in Pudimadaka, Andhra Pradesh—marking the first commercial license of Lummus’ integrated ETJ technology. The platform is positioned to produce SAF while lowering capital and operating costs and reducing carbon intensity.

What opportunities and hurdles do you see for scaling ETJ-based SAF production across India’s aviation and biofuels sectors?

Lummus ethanol-to-jet technology selected for milestone SAF project in India

This article was originally posted on chemengonline.com.

Lummus Technology (Houston) announced GPS Renewables has selected its ethanol-to-jet (ETJ) technology for National Thermal Power Corporation’s (NTPC) Project at Pudimadaka, Andhra Pradesh, India. This is the first commercial license of Lummus’ integrated ETJ technology, which offers a proven, reliable solution to produce sustainable aviation fuel (SAF) while minimizing capital costs, operating costs, and carbon […]

The post Lummus ethanol-to-jet technology selected for milestone SAF project in India appeared first on Chemical Engineering.

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2 comments

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pat 2 months ago
ETJ lives or dies on feedstock and hydrogen: what ethanol stream are they using in Andhra (molasses or grain) and where does the H2 for hydrotreating come from? If it’s steam methane reforming or coal-based, the CI could erase the headline gains; what CI per MJ are they actually guaranteeing?
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dee 2 months ago
ETJ’s carbon math hinges on hydrogen; if NTPC’s H2 is grey, the CI benefit evaporates. Also, oligomerization hates water and chlorides, so interlock ethanol dryness and denaturant spec and put in Cl/S guard beds, or your HMI will light up.
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