Novel hybrid treatments of textile wastewater by membrane oxidation reactor: Performance investigations, optimizations and efficiency comparisons

Eco-sustainable paper wastewater management by water-resource recovery and concentrate minimization using a membrane oxidation reactor and membrane distillation system

“…The aim in doing this is to effectively strip off the particles and organic matter causing membrane fouling from the membrane surface. 41,42 In order to determine the membrane flow, the MOR was operated with a scale up system that measures the volume of water passing through the membrane with the help of a peristaltic pump and software (RsKey, A&D Company, Japan). In addition, the air supply rate, pH, temperature, and dissolved oxygen content were monitored throughout all the experiments.…”

“…In addition, the air supply rate, pH, temperature, and dissolved oxygen content were monitored throughout all the experiments. In photo-Fenton processes, the optimum light intensities were determined for the settings with various numbers of lamps, at optimal settings based on data acquired for both UV irradiation levels vs. numbers of lamps 41 (ESI † Fig. S1).…”

A review on novel and hybrid/integrated reactor configurations for the removal of recalcitrant organics from petroleum refinery wastewater

“…As discussed in the previous section, conventional biological systems to treat PRWW and other industrial waste streams are largely reported. Rostam and Taghizadeh (2020) reviewed various AOPs integrated with membrane bioreactor systems for the treatment of different wastewaters, such as synthetic wastewater (Mashayekhi et al, 2018;Tang et al, 2019), municipal wastewater (Zhang et al, 2013), hospital wastewater (Ouarda et al, 2018), pharmaceutical wastewater (Mascolo et al, 2010, textile wastewater (Aydiner et al, 2019), domestic wastewater (Wang et al, 2008), coal gasification wastewater (Jia et al, 2015), etc.…”

Treatment of high‐strength synthetic textile wastewater through anaerobic osmotic membrane bioreactor and effect of sludge characteristics on flux

“…There are some other critical environmental challenges associated with the textile effluents, such as an increase in chemical oxygen demand (COD), high coloration, and considerable suspended solids. The main constituent of textile wastewater is textile dyes, mostly synthetic in nature and highly soluble in water (Aydiner et al., 2019). Due to inefficiencies in the dyeing process, an immense concentration of these dyes (10%–15%) flows in the effluent streams (Asgher et al., 2006).…”

“…The main constituent of textile wastewater is textile dyes, mostly synthetic in nature and highly soluble in water (Aydiner et al, 2019).…”