id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
q524jm24f3z	Randal Marks	A Catalytic Hydrogel Membrane Reactor to Treat Oxidized Contaminants in Drinking Water	2019		.txt	text/plain	355	12	18	Primary research objectives of this work were to (1) develop a structurally stable and catalytically active CHMR and demonstrate its efficacy for hydrogenation reactions, (2) evaluate the effect of water quality and operational parameters including reactive species concentration, pH, co-occurring aqueous species, and gas delivery mode on catalytic activity and hydrogel stability, and (3) develop a 1-D model of the CHMR to predict the effect of reaction conditions and reactor configuration on catalytic performance and optimize the reactor design for catalytic activity and contaminant conversion. These results show that CHMRs are a promising class of interfacial catalytic membrane reactor that deserves further investigation.	cache/q524jm24f3z.txt	txt/q524jm24f3z.txt