Experimental study reveals methane-assisted ZSM-5 synthesis improves oleic acid deoxygenation, highlighting new pathways for biofuel upgrading.
CH 4 -assisted synthesis of ZSM-5 enhances deoxygenation of oleic acid with methane as a co-reactant. Synthesis under CH 4 environment produces a potential memory effect, yielding benzylic site and CO 2 incorporation of the CH 4 species.
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Jarvis et al. (2022) studied this question.
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