Industrially, harvesting of the microalgal biomass is a techno-economic tailback, which
essentially meant for the algal biomass industry. It is considered energy as well as cost …

Microalgae have been explored for sustainable production of biofuel and chemicals.
Microalgae is promising feed stock for the production of several oleochemicals. It has the …

The high-energy input for harvesting biomass makes current commercial microalgal
biodiesel production economically unfeasible. A novel harvesting method is presented as a …

Microalgae are widely studied for biofuel production, however, current technologies to
harvest microalgae for this purpose are not well developed. In this work, a bacterial strain …

Microalgae are a sustainable bioresource, and the biofuel they produce is widely
considered to be an alternative to limited natural fuel resources. However, microalgae …

Energy and cost effective cultivation and harvesting technologies are important to improve
the economic viability and environmental impact of microalgae. Understanding the …

Background Microalgal biomass harvesting using traditional chemicals is costly for the
production of biofuels, hindering the scale-up process of the technology. Thus, the search for …

The cultivation of microalgae integrated with the treatment of wastewater has been
developed for the generation of sustainable biomass and the remediation of wastewater …

Microalgae dewatering is a major obstruction to industrial-scale processing of microalgae for
biofuel production. The dilute nature of harvested microalgal cultures creates a huge …

In recent times to address the energy issues, the use of microalgal feedstock as third
generation biofuel has gained significance due to sustainability and feasibility. Compared to …