Titlebook: Algae and Environmental Sustainability; Bhaskar Singh,Kuldeep Bauddh,Faizal Bux Book 2015 Springer India 2015 Algae.Energy.Environment.Sus

無(wú)所不知

Applications of Algal Biofilms for Wastewater Treatment and Bioproduct Production,orting, and containing large quantities of wastewater, recycling nutrients, and collecting revenues for wastewater remediation that offset the cost of cultivation. This chapter presents an examination of the current knowledge base for algae biofilms specifically related to developing an algae-based

coddle

Biofuel Production Along with Remediation of Sewage Water Through Algae, % COD and 63 % BOD and is ineffective in the removal of nutrients. Furthermore, wastewater algae growing in lakes and ponds showed better lipid content (25–28 %) with suitable fatty acids (C16–C18?>?90 %). The FAME analysis showed high C16:0 (>40 %) followed by C18 fatty acids that further provides

Talkative

The Role of Anaerobic Digestion in Algal Biorefineries: Clean Energy Production, Organic Waste Treaanaerobic digestion, reducing the pollutant load while producing energy. Additionally, there is a synergy between anaerobic digestion and microalgae growth. Biogas contains a high percentage of CO., and if it is combusted in CHP units, CH. is converted to CO.. The digestate produced after anaerobic

Angiogenesis

屈尊

捏造

Bioremediation and Decolourisation of Biomethanated Distillery Spent Wash, techniques were used by investigators for colour and organic matter removal from anaerobically digested distillery effluent (ABDE) produced by Lords Distillery Ltd., Nandganj, Ghazipur, UP. Biological methods including aerobic and anaerobic methods were used with extensive dilution. The non-biologi

剝削

gimmick

Phycoremediation of Emerging Contaminants,ng contaminants have been least studied. In this chapter we have explored the possibilities of phycoremediation of ECs and have reviewed and summarized findings of most of the recent studies. This chapter exclusively covers the phycoremediation potential of various algal species for the removal of p

CHIP

deficiency

https://doi.org/10.1007/978-3-658-12730-5urvival. They are endowed with remarkable metabolic and absorption capabilities which enable them to adapt to various environmental conditions. This chapter provides an overview of phycoremediation of toxic heavy metals from wastewater by using algae. The algal biomass raised from the wastewater can