Rapid industrialization, demographic changes, improving human living standards, and
growing populations are the main drivers of increasing energy demand [1, 2]. Dwindling …

Background, aim, and scope Algae biomass has great promise as a sustainable alternative
to conventional transportation fuels. In this study, a well-to-pump life cycle assessment (LCA) …

There is a need to explore alternative energy sources to meet the future energy demand in a
sustainable way. Algae could be a potential feed stock for biodiesel and other co-products …

Depletion of fossil fuels and the need for an eco-friendly substitute has resulted in utilizing
biological materials for producing biofuels. Algae is one of the biological species that act as …

Dwindling oil prices and limited reserves of fossil fuels have spurred widespread interest in
finding renewable sources of energy. Biodiesel is one such alternative fuel which has …

In this study, a life cycle assessment (LCA) technique based on ISO 14040 series was
performed to evaluate biodiesel production from freshwater microalgae Scenedesmus …

Diminishing fossil fuel reserves, escalating oil prices, higher greenhouse gas footprint, and
the adverse effects of climate change have propelled increased research focus during the …

For sustainability assessment of algal biodiesel production, life cycle analysis (LCA) offers a
quantitative measure. In this chapter, various literature available on LCA studies of algae …

In this communication the diverse potential of various algal species is analysed in terms of
ecological, economical and bioenergy production. As the available methods of pollution …

Life cycle analysis (LCA) of algal biodiesel production process can provide a quantitative
measure for its sustainability. In this paper, the published LCA studies of algae biodiesel …