Sustainable Energy from Salinity Gradients
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ISBN-13:
9780081003237
Publisher:
Elsevier Science
Date of publication:
03/01/2016
sold:
E-Book PDF
Format:
Pages:
362
File size:
13 MB
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This product can take a few minutes to download.
Read and Download PDF Ebook Sustainable energy from the salinity of the water -
Salinity energy gradient, also known as osmotic energy and blue of energy, energy derived from the difference in salt concentration between the two nutrient solutions, usually seawater, and river water. This scale renewable resource that can be collected and converted into electricity. Efficient extraction of this energy is not a simple matter, however. Sustainable energy from the salinity of the water provides a comprehensive overview of the resources, technologies and applications in the field of rapidly growing interest.
# 160; Key technologies include pressure retarded osmosis coated, reverse electrodialysis and mixing battery. Environmental and economic aspects are also considered, along with the possible synergies between the desalination and energy technologies salinity gradient.
# 160; Sustainable energy from the salinity of the water is one of the most important texts for professionals in energy RD # 38; water industry interested in the salinity gradient power, and researchers in the scientific community on the level of post-up.
For over ten years, editors have been sharing significant research activities in the field of renewable energy and desalination, it has successfully participated in a number of research European Union projects and contributes to the relevant scientific literature, with more than 100 articles and two books on the desalination technology their relationships with renewable energy sources. They are working intensively in the field of salinity gradient power, research, with special emphasis open O, N-cycle and closed-loop reverse electrodialysis and pressure retarded osmosis # 160.
It covers application of pressure retarded osmosis, electrodialysis, reverse and capacitive mixing of the salinity gradient power in one convenient volumePresents environmental aspects and economics salinity gradient energyExplores possible synergies between desalination and salinity gradient energy
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