Search Results - "SHAH, SAHIL R."

A robust model of brackish water electrodialysis desalination with experimental comparison at different size scales by Wright, Natasha C., Shah, Sahil R., Amrose, Susan E., Winter, Amos G.

“…This paper presents a robust analytical model for brackish water desalination using electrodialysis (ED), with prediction of the desalination rate, limiting…”
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66-OR: The Lasting Effects of Redlining on Diabetes Rates—A Tri-city Statistical Analysis by SHAH, SHILP R., MARTHESWARAN, TARUN, SHAH, SAHIL R., KUMAR, ASHVIN

“…Introduction: The relationship between redlining and diabetes prevalence has been understudied. Residents of redlined tracts experience risk factors…”
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Cost-optimal design of a batch electrodialysis system for domestic desalination of brackish groundwater by Shah, Sahil R., Wright, Natasha C., Nepsky, Patrick A., Winter, Amos G.

“…This study presents the pareto-optimal design of a domestic point-of-use batch electrodialysis (ED) system. Specifically, the optimal geometry, flow-rates, and…”
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Optimization and design of a low-cost, village-scale, photovoltaic-powered, electrodialysis reversal desalination system for rural India by Bian, David W., Watson, Sterling M., Wright, Natasha C., Shah, Sahil R., Buonassisi, Tonio, Ramanujan, Devarajan, Peters, Ian M., Winter, Amos G.

“…This paper presents the cost optimization of a photovoltaic-powered electrodialysis reversal (PV-EDR) system for village-scale applications in rural India…”
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Using feed-forward voltage-control to increase the ion removal rate during batch electrodialysis desalination of brackish water by Shah, Sahil R., Walter, Sandra L., Winter, Amos G.

“…Batch electrodialysis (ED) desalination, which relies on diluate recirculation to produce a desired product, is often conducted at constant voltage. Here we…”
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Evaluating the production and exergetic performance of point-of-use reverse osmosis devices for brackish water desalination by Shah, Sahil R., Winter V, Amos G.

“…An exergy analysis was conducted to investigate the high specific energy consumption (SEC) of point-of-use reverse osmosis (POU RO) devices. The RO module from…”
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