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Pending?CCR?Regulations?and?Wet?to Dry?Ash?Handling?Equipment Conversion (PPT)

机译：待定？CCR？法规？和？湿？干吗？灰烬？处理？设备转换（PPT）

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Many plants already dry. Industry wide conversion effort will be simple compared to bottom ash efforts. “Dry” water jet exhauster systems (Hydroveyor/Hydrovactor) will require retrofit.

机译：许多植物已经干燥。与底灰努力相比，行业广泛的转换工作将简单。 “干燥”水射流出发系统（湿度/疏水机构）需要改造。

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《Coal-Gen Conference and Exhibition》|2014年||共16页
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作者
Zach Bahr;
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中图分类能源与动力工程;
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1. MANAGING CCRS AND PROCESS WATER: WHY HANDLING BOTTOM ASH WET MAY REMAIN THE BEST OPTION [J] . CRAIG SCHUETTPELZ, RON JORGENSON, JASON OBERMEYER Power Engineering . 2015,第5期

机译：管理CCRS和过程水：为什么处理底部灰湿可能仍是最佳选择
2. Solid Coal Ash-Handling System Avoids Problems Associated with Wet and Dry Systems [J] . Lili Kranitz Power: The Magazine of Power Generation and Plant Energy Systems . 2014,第8期

机译：固体煤灰处理系统避免了与干，湿系统相关的问题
3. Ash handling: Why dry bottoms are better than wet bottoms [J] . Alan Bullock Power Engineering International . 2010,第5期

机译：灰渣处理：为什么干底比湿底更好
4. Pending?CCR?Regulations?and?Wet?to Dry?Ash?Handling?Equipment Conversion (PPT) [C] . Zach Bahr Coal-Gen Conference and Exhibition . 2014

机译：待定？CCR？法规？和？湿？干吗？灰烬？处理？设备转换（PPT）
5. Effects of Repeated Wet-dry Cycles on Compressive Strength of Fly-ash Based Recycled Aggregate Geopolymer Concrete (RAGC) [D] . Mendelson, Monica. 2018

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6. A Dry Ashing Method for the Determination of Blood Lead using Cathode Ray Polarography: Comparison with a Wet Ashing Technique [O] . A. A. Cernik 1967

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7. Comparison of Microwave Digestion with Conventional Wet Ashing and Dry Ashing Digestion for Analysis of Lead, Cadmium, Chromium, Copper, and Zinc in Shellfish by Flame Atomic Absorption Spectroscopy [O] . Helen T McCarthy, Christopher P Ellis 1991

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8. Economic Analysis of Wet Versus Dry Ash Disposal Systems [R] . Bahor, M. P. , Ogie, K. L. 1981

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Pending?CCR?Regulations?and?Wet?to Dry?Ash?Handling?Equipment Conversion (PPT)

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