This article aims to provide a state-of-the-art assessment of the research work carried out so
far in microbubble-aided transport processes. The different methods of microbubble …

A knowledge of hydrodynamic characteristics is important because it helps in design,
control, analysis, optimization, operation, and modelling of the system, which enhances the …

Airlift bioreactors can provide an attractive alternative to stirred tanks, particularly for
bioprocesses with gaseous reactants or products. Frequently, however, they are susceptible …

Anthropogenic emissions like carbon dioxide (CO 2) necessitate the need for immediate
mitigation of excessive CO 2 concentrations, so as to ease the impacts of climate change …

In recent years, global warming driven climate change is threatening the existence and
questioning the survivability of entire humanity. In this context, application of various …

Aeration is one of the most energy intensive processes in the waste water treatment plants
and any improvement in it is likely to enhance the overall efficiency of the overall process. In …

A potentially cost-effective and scalable method to stabilize pH in microalgal batch cultures
is proposed in this study. The cultures were supplied with different concentrations of CO …

Carbon dioxide (CO2) bubbles are common during carbon capture, utilization, and storage
(CCUS) processes and have many impacts on water conservancy machinery, metallurgy …

Due to its high mass transfer efficiency, microbubble ozonation has been widely used in
water treatment to degrade refractory compounds. Compared to conventional bubbles …

Microalgal biomass as renewable energy source is believed to be of great potential for
reliable and sustainable biofuels production. However, microalgal biomass production is …