Developing a Water Treatment Filter by Integrating Slow Sand Filtration Technology with Polypropylene Nonwoven and Activated Carbon and Testing Its Performance

Efficient conversion of glutamic acid to healthy protein like thiomide with lycopene as catalyst using catalytic transfer sulfurization process

“…Both the simple diffusion impact of organic molecules in hierarchically porous structures and the activity of macrochannels as mass transport paths for injecting H 2 S ux onto the inner surface of amino molecules can be linked to the increase of the selectivity. Reaction time is another important factor for the catalytic reaction [30][31], while the H 2 S ow rate, reaction temperatures and reagent concentrations keep almost constant. As the reaction period increases from 15 to 45 min, there is a noticeable increase in glutamic acid conversion for lycopene water, with a conversion rate of 71.9% and glutamic -thiomide selectivity of 89.2%.…”

Investigation of the performance of the combined moving bed bioreactor-membrane bioreactor (MBBR-MBR) for textile wastewater treatment

“…The issue of limited availability of potable water has emerged as a significant global problem in recent times [ 1 ]. The textile industry is a big consumer of water and uses quite large amounts of water throughout manufacturing and processing processes [ 2 ].…”