There is a great demand for a clean, economical, and long-term energy source, due to the
depletion of fossil fuels. Large-scale production of microalgae biomass for biofuel production …

This progress of industry revolution, which involves reutilizing waste materials and
simplifying complex procedures of analysis through artificial intelligent (AI), are the current …

Scaling up algal cultures to large volumes for commercial production is a challenging task
that involves high capital and operating cost. Hence, the feasibility of a laboratory scale …

Continuous automation of conventional industrial operations with smart technology have
drawn significant attention. Firstly, the study investigates on optimizing the proportion of …

The heterotrophic mode, along with recyclable wastewater, plays a crucial role in
addressing water shortages and limitations in trophic cultivation to produce valuable …

Chlorella sorokiniana CY-1 was cultivated using palm oil mill effluent (POME) in a novel-
designed photobioreactor (NPBR) and glass-made vessel photobioreactor (PBR). The …

The heterotrophic cultivation of microalgae has a number of notable advantages, which
include allowing high culture density levels as well as enabling the production of biomass in …

Microalgae biomass a valuable resource for energy source and fertilisers. Among all
available media sources, wastewater serves as cost-efficient media for microalgae biomass …

In this work, the algal biomass productivity and its lipid content were explored using a
database containing 4670 instances extracted from the experimental results reported in 102 …

The microalgae can be converted into biofuels, biochemicals, and bioactive compounds in a
biorefinery. Recently, designing and executing more viable and sustainable biofuel …