Although microalgal biomass and environmental benefits of microalgae surpass those of
many other feedstocks, the costs associated with up-and downstream technologies still …

Electrically conductive membranes can achieve simultaneous membrane separation and
electrochemical reactions, which have been recognized as an effective strategy for water …

Microalgal biomass has been proved to be a sustainable source for biofuels including bio-
oil, biodiesel, bioethanol, biomethane, etc. One of the collateral benefits of integrating the …

Electrified membranes (EMs) have the potential to address inherent limitations of
conventional membrane technologies. Recent studies have demonstrated that EMs exhibit …

Biofuel derived from microalgae has developed as an environmentally benign alternative to
conventional fossil fuels. Mass production of this biofuel remains difficult due to several of …

Ceramic membranes are being increasingly applied in water/wastewater treatment,
chemical, beverage and pharmaceutical industry, due to their excellent filtration/separation …

Electrocatalytic oxidation offers opportunities for sustainable environmental remediation, but
it is often hampered by the slow mass transfer and short lives of electro-generated radicals …

Benzotriazole (BTA) is a widely used anticorrosive additive that is of endurance,
bioaccumulation and toxicity, and BTA industrial wastewater treatment remains a challenge …

Electrochemical filtration can not only enrich low concentrations of pollutants but also
produce reactive oxygen species to interact with toxic pollutants with the assistance of a …

Sub-stoichiometric titanium oxide, also called titanium suboxides (TSO), had been a focus of
research for many decades with a chemical composition of Ti n O 2n-1 (n≥ 1). It has a …