Industrial activities that consume water generate wastewater as a by-product of processing
which introduces various contaminants such as heavy metals into the neighbouring water …

This review provides a fundamental assessment of the potential of zeolite particles
incorporated into polymeric membranes in view of improving the performance of these …

Tannery industrial effluent is rich in heavy metals and basic dyes as bromocresol purple
(BCP), poses an economic problem and a serious danger to the environment. This research …

Through bio-inspired polydopamine modification of the ceramic support surface, dense and
reproducible zeolitic imidazolate framework (ZIF) membranes have been developed for the …

Remediation of chromium-containing wastewaters is of special concern due to its toxicity
and persistence in the environment. For chromium removal, various physicochemical as well …

Nowadays, the most promising technology to desalinate seawater is reverse osmosis (RO),
which is experiencing significant growth. Over the past few decades remarkable advances …

Presently, World is facing water crisis due to fast industrial development and consequent
huge quantity of noxious compounds discharged into water systems. According to this …

Compact and phase-pure UiO-66-NH 2 membranes were synthesized on the 3-aminopropy-
ltriethoxysilane (APTES) modified macroporous Al 2 O 3 tubes through a repeated synthesis …

In this study, natural zeolite aggregates with the particle size of 1.4–2.4 mm were modified
by Fe (II). The unmodified zeolite and Fe (II)-modified zeolite (Fe-eZ) were subjected to batch …

In this study, dense and phase-pure zeolite FAU membrane has been prepared on α-Al 2 O
3 tube using a seeding-free synthesis strategy. 3-aminopropyltriethoxysilane (APTES) acts …