Microalgae have been proposed as a potential renewable energy source for biofuel
production. However, owing to the low biomass concentration and lipid productivity, the …

The advancement in carbon dioxide (CO 2) sequestration technology has received
significant attention due to the adverse effects of CO 2 on climate. The mitigation of the …

The integration of microalgal-fungal system (MFS) with wastewater treatment processes
presents a promising strategy for the sustainable management of wastewater, offering …

Wastewater as nutrient source for microalgae cultivation is promising, however, this
approach has its own challenges such as variable nutrient content and presence of …

Microalgae are an excellent carbon concentrators with substantial lipid content. However,
biomass production vis-à-vis lipid hyperaccumulation is a major constraint in the biofuel …

In the recent century, global warming and climate change driven by extensive anthropogenic
CO 2 emissions have become threatening to the survivability of entire life forms, including …

Addition of phytohormones (diethyl aminoethyl hexanoate and indole acetic acid) at 10− 5 M
significantly increased the growth of a green microalga, Chlorella pyrenoidosa up to 62.25 …

The bacteria-algae synergistic wastewater treatment process not only efficiently eliminates
nutrients and absorbs heavy metals, but also utilizes photosynthesis to convert light energy …

In the present study, different microalgae were isolated from wastewater environment and
evaluated for higher growth and lipid accumulation. The growth adaptability of all the …

The present study identifies freshwater cyanobacterium Leptolyngbya sp. CMSACR2013 as
a potential producer of phycobiliproteins. Concurrent purification of phycobiliproteins using …