Petrochemical wastewater is a major industrial source of pollution that produces a variety of
refractory and toxic organic pollutants that are detrimental to animals and plants in natural …

Fabrication of efficient and renewable biomass-derivatives-based porous materials with
large surface area, good stability and selectivity for recovering acetophenone (AP) and 1 …

One industrial scale plant has been constructed for annual treatment of 657,000 m 3 real
petrochemical wastewater of 4649±651 mg/l COD and more than 50 mg/l petrochemicals …

It is highly desirable to design and fabricate porous bio-based adsorbent for efficient and
selective recovery of acetophenone (AP) and 1-phenylethanol (PE) from the effluent of …

Adsorption is considered as a promising method to purify the mixed acetophenone (AP) and
1-phenylethanol (1-PE) that are generally difficult to separate. Many efforts have been made …

Biotransformation of aromatic compounds is a challenge due to their low aqueous solubility
and sorptive losses. The main obstacle in this process is binding of organic pollutants to the …

In this paper, nine strains of salt-tolerant petroleum-degrading bacteria were applied to an
biological aerated filter. Simulating the degradation of high-salinity petroleum wastewater …

A porous crosslinked starch polymer (CSTO) using bitolylene diisocyanate as crosslinker
was prepared by a facile method and used to selectively recover acetophenone (AP) from …

The shock impact of toxic pollutants in petrochemical wastewater on the activated sludge in
biological treatment system is a key factor restricting the treatment efficiency. It is necessary …

A polysaccharide-based polymer (abbrev., SMP) was prepared via the crosslinking of starch
with 4, 4-methylene diphenyl diisocyanate and employed as an adsorbent for selective …