Download Water Deionization with Renewable Energy Production in Microalgae - Microbial Desalination Process PDF Free

Water Deionization with Renewable Energy Production in Microalgae - Microbial Desalination Process PDF
By:
Published on 2018 by

Abstract: Photosynthetic microbial desalination cells (PMDCs) using microalgae biocathode ( Chlorella vulgaris species ) were evaluated under three different process configurations. Static (fed-batch, SPMDC), continuous flow (CFPMDC) and a photo-bioreactor MDC (PBMDC), were developed to study the impact of process operation and design on wastewater treatment, water deionization, electricity generation, nutrient removal, and biomass production capacities. The effect of TDS concentration in desalination compartment on the overall performance of SPMDC was also studied. TDS and COD removal rates and power densities have increased with increase in TDS concentrations in the desalination compartment. TDS removal rates were 21.4%, 29%, and 32.2% with corresponding COD removal of 58%, 63%, and 64% at 5g/L, 20g/L and 35g/L respectively. The power densities at these TDS concentrations were 285mW/m 3, 550mW/m 3 and 675mW/m 3 respectively in SPMDCs. Although the electricity production was lower, a higher biomass growth rate of 7mgL −1 h −1 was recorded for CFPMDC. The COD removal and nutrient removal potentials were similar in all three experimental configurations. Experimental studies show that SPMDCs are more appropriate for bioelectricity production due to biofilm formation while the continuous flow or photobioreactor PMDCs are suitable for microalgae biomass production. Highlights: Three different (Static, Continuous, photobioreactor) photosynthetic microbial desalination configurations were developed. A maximum power density of 753.75mWm −3 for Static PMDC and biomass growth rate of 7mgL −1 h −1 for continuous PMDC. Power densities at 5, 20, and 35g/L TDS concentrations were 285, 550 and 675mW/m 3 respectively in SPMDCs.

This Book was ranked at 13 by Google Books for keyword Bioelectricity.

Book ID of Water Deionization with Renewable Energy Production in Microalgae - Microbial Desalination Process's Books is MRC7vQEACAAJ, Book which was written by have ETAG "bpfg1DyUYlE"

Book which was published by since 2018 have ISBNs, ISBN 13 Code is and ISBN 10 Code is

Reading Mode in Text Status is false and Reading Mode in Image Status is false

Book which have " Pages" is Printed at BOOK under Category

Book was written in en

eBook Version Availability Status at PDF is falseand in ePub is false

Book Preview

Download Water Deionization with Renewable Energy Production in Microalgae - Microbial Desalination Process PDF Free

Download Water Deionization with Renewable Energy Production in Microalgae - Microbial Desalination Process Books Free

Download Water Deionization with Renewable Energy Production in Microalgae - Microbial Desalination Process Free

Download Water Deionization with Renewable Energy Production in Microalgae - Microbial Desalination Process PDF

Download Water Deionization with Renewable Energy Production in Microalgae - Microbial Desalination Process Books