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

Attached microalgae cultivation could simplify the microalgae harvest process and reduce its
associated cost, which has attracted much attention recently. In this paper, the reactor …

Microalgae are promising feedstocks for food, feed, fuel, fertilizers, fine chemicals and other
value-added products, and are considered of great potential in wastewater treatment …

In biofilm membrane photobioreactors development, conscientious works revolving around
the effect of external environment factors on microalgal biofilm growth were assessed but …

The attached cultivation for microalga has many superiorities over the conventional aqua-
suspend methods, which make it a promising pathway to supply feedstock for microalgae …

Microalgal-biofilm-based wastewater treatment refers to a microalgae-dominated biofilm
community in non-axenic systems, in which co-existing bacteria and microbial extracellular …

A modified algal biofilm reactor (ABR) was developed and assessed for high biomass
productivity and treatment potential using variable strength wastewaters with accumulation …

Microalgal biofilm growth on porous substrates has recently garnered extensive attention
with the advantage of high biomass productivity with low liquid culture volume. In such …

Aquaculture is an important industry providing high‐quality animal protein to humans, but it
brings serious environmental pollutions, such as eutrophication of water bodies and the …

Microalgae are a potential candidate for biofuels, but the high cost and low biomass yield
hinder the scale-up application of microalgae. In this study, a novel walnut shell based self …