Energy is a major driving force for the economic development. Due to the scarcity of fossil
fuels and negative impact on the environment, it is important to develop renewable and …

For years, agrochemical fertilizers have been used in agriculture for crop production.
However, intensive utilization of chemical fertilizers is not an ecological and environmental …

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

Microalgae are a source of scientific curiosity and inspiration for their utilization as
'inoculants' in agriculture and the commercial production of high-value products. Their …

Fossil fuels fluctuating market price, and their harmful impacts have shifted the attention
towards eco-friendly and renewable fuels. Advanced generations of biofuels revolve around …

Given their advantages of high photosynthetic efficiency and non-competition with land-
based crops, algae, that are carbon-hungry and sunlight-driven microbial factories, are a …

Commercial applications of microalgae for biochemicals and fuels are hampered by their
high production costs, and the use of conventional carbon supplies is a key reason …

Mixotrophic cultivation was proposed to enhance the biomass and carbon sequestration
efficiency of Spirulina in CO 2 absorption and microalgae conversion (CAMC) system, and …

CO 2 capture, storage and utilization (CCUS) is one of the dominant strategies to mitigate
climate change. Absorption, adsorption, membrane, cryogenic and microalgae are the …

Background Hydrogen is a promising source of alternative energy. Fermentative production
is more feasible because of its high hydrogen generation rate, simple operating conditions …