Titlebook: Environmental Sustainability; Role of Green Techno P. Thangavel,G. Sridevi Book 2015 Springer India 2015 Biofuels.Organic farming.Phytoreme

割公牛膨脹

A Comprehensive Overview of Renewable Energy Status in Indias total annual energy consumption in 2004 (Planning Commission 2013). This rapid growth in demand can be attributed to the rise in population and increasing economic development. Energy is a catalyst for economic growth. Hence, there is a need to generate and efficiently transmit more and more energy to all parts of the country.

江湖騙子

Characterization of , Strains Producing Biosurfactants, characterization, and assessment ability of three . strains to produce biosurfactants and detection of genes encoding enzymes involved in biosurfactant synthesis. Moreover, the use of alternative substrates to decrease the cost of LP biosurfactant production and some aspects of application of . spp. as biocontrol agents are discussed.

血統(tǒng)

Integrated Management of Mine Waste Using Biogeotechnologies Focusing Thai Minesapes” which are overloaded with technogenic waste. Soil washing and cleaning in such situation is cost prohibitive. This chapter deals with reclamation of a zinc, lead, and tin (arsenic) mine waste with reference to Thailand (see graphic abstract Fig. 1).

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有危險(xiǎn)

Gaming Tricks for Phones or Tablets,stainable manner without impacting adversely on human health or the environment. A case study covering the socio-economic and environmental implications of recycled water irrigation is also presented.

執(zhí)

ATRIA

Book 2015eration technologies which will help to attain the sustainable development -The chapters widely cover for students, faculties and researchers in the scientific arena of Environmentalists, Agriculturalists, Engineers and Policy Makers The World Environment Day 2012 is prepared to embrace green econom

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maverick

Studies in Computational Intelligenced efficiency in terms of biomass recovery and processing further downstream. The different harvesting techniques and their challenges are compared and discussed. This review focuses on recent technologies and provides information on further development of commercially viable technology for the production of microalgae-derived biofuel.

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