| 2016‑11 |
High-purity Electrodeionization As A Cost-effective Alternative To Mixed-bed Polishers |
Anil D. Jha & Joseph D. Gifford |
Editor’s note: Welcome to a technical article from our library of more than 2,100 technical and w... |
| 2014‑08 |
Troubleshooting An IX Mixed-bed Unit: What Are The Resin Problems? |
Donald Downey |
In a 2013 article originally presented at the 2013 Electric Utilities Chemistry Workshop, the aut... |
| 2013‑08 |
Troubleshooting an IX Mixed-Bed Unit |
Donald Downey |
I n the water treatment plant the ion exchange (IX) mixed-bed units can be your best friend or w... |
| 2003‑06 |
The analysis of boron, colloidal silica, and dissolved silica leakage from primary regenerable mixed IX beds |
Ed Johnson et al. |
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| 2002‑08 |
Factors affecting high-purity water mixed-bed ion exchange |
Carl Galletti & Laura Stitt |
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| 2002‑01 |
Effects of space velocity on the performance of the final polishing mixed bed in typical high-purity water plants |
Avijit Dey et al. |
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| 2001‑08 |
Improvements to final polish mixed-bed resin for semiconductor high-purity water |
Lance Chiaverini et al. |
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| 2000‑08 |
Electrodeionization replaces aging mixed beds serving semiconductor manufacturing |
Benoit Pare & Roy A. Hango |
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| 1998‑11 |
An economic comparison between EDI and mixed-bed ion exchange |
Chris Edmonds & Eli Salem |
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