Titlebook: Algal Biofuels; Recent Advances and Sanjay Kumar Gupta,Anushree Malik,Faizal Bux Book 2017 Springer International Publishing AG 2017 Algal

使入迷

Axon895

https://doi.org/10.1007/978-3-030-59028-4d metals growth and development (Semple et al. 1999). Therefore, an integrated algal system can be utilized for wastewater treatment to remove organic matter, nutrients (N&P) from industrial effluents, sewage, and other wastes (Sivakumara et al. 2012).

Benzodiazepines

Shahram Ghandeharizadeh,Frank Sommersnsity, temperature, pH, and supply of nitrogen and phosphorus. This chapter is aimed to give overall view of major environment stresses and approaches used to engineer microalgae for biofuel production. In depth engineering strategies and effect of abiotic factors on production of high energy yieldi

coalition

I. P. Tatsiopoulos,N. D. Mekrashers are looking towards attached immobilization systems, integrated photo-bioelectrochemical system, and electrophoresis harvesting system to address the above issues. However, still more research and development is required to make them applicable in the field.

Cholagogue

María Pérez,Ismael Sanz,Rafael Berlangaividual stages involved during such production at pilot scale, including algal biomass production, biomass harvesting and processing of harvested biomass for biofuel production. Further, the current efforts for tackling these issues for achieving techno-economic sustainability of algal biofuels are

Amenable

minion

Conjunctive Query Optimization in OWL2-DLcity and reusability of solvents, their ill-effects on any co-products and impact on the environment will be compared. The technology has now raised concerns regarding the carbon footprint, energy consumption and the overall sustainability of the method. The use of sustainability assessments to acco

debris

Rao Casturi,Rajshekhar Sunderramanation from algal biomass could not gain importance as a feedstock. Though, through greater understanding and research activities these constraints can be overcome and biomethanation could achieve economic and environmental sustainability in near future. By optimizing the process, algal biomass as a

CRAMP

榨取

Learning Top-, Transformation Rules commodity chemicals holds a great future. However, certain challenges (such as techno-economic feasibility and biogenic impurities) associated with algal biomass conversion technologies need to be overcome before it scales up to a commercial process. Thus, in this chapter we have discussed recent a