Third generation micro algae feedstock cultivation and fuel production have sustainable and
economic benefits due to their microscopic nature. Each process in the production of micro …

Energy demand on a global measure grows continuously due to increased population,
industrialization and economic growth. Fossil fuel resources that are currently available are …

The investigation was conducted with an aim to explore the potential of novel, less explored
biodiesel from Spirulina platensis algae, which can be used as an alternate fuel for …

Compression ignition (CI) engines contribute more detrimental emissions when compared to
petrol engines, especially NOx and smoke emissions. The main reason for diesel engines to …

The present study investigated the performance and emission characteristics of a single
cylinder direct injection diesel engine fuelled with diesel–jatropha biodiesel–pentanol …

The present study used Zinc oxide nanoparticles mixed with Tungsto phosphoric acid (TPA)
as a catalyst for the preparation of biodiesel from waste cooking oil. 10 wt% of Zinc oxide …

Algae are regarded among the most favorable feedstocks for producing sustainable
biodiesel and utilizing it in diesel engines. Additionally, ethanol addition further enhanced …

The development and implementation of green alternatives is top priority for power and
transportation systems. Microalgae are regarded among the most favourable feedstocks for …

The current day energy expenses contribute cripplingly to inflation rates and hamper the day-
to-day needs of the common man. Biodiesel which is a hopeful fuel to muscle diesel needs …

The exploration for alternative fuels was prompted by increasing environmental concerns,
rising conventional fuel prices and fossil fuel depletion. The improved potential of waste …