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TECHNOLOGICAL SCHEMES OF PNEUMATIC ASH REMOVAL OF THERMAL POWER PLANTS

机译：热电厂气动灰度清除技术方案

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Hanna Valentynivna Kravchuk;
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年度 2019
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1. The influence of variable operating conditions on the design and exploitation of fly ash pneumatic transport systems in thermal power plants [J] . A. Jovovi#263, D. Radi#263, M. Pavlovi#263, Brazilian journal of chemical engineering . 2008,第4期

机译：变工况对火电厂粉煤灰气力输送系统设计和开发的影响
2. Exploration of the potential capacity of fly ash and bottom ash derived from wood pellet-based thermal power plant for heavy metal removal [J] . Jong-Hwan Park, Ju-Hyun Eom, Su-Lim Lee, The Science of the Total Environment . 2020,第Octa20期

机译：木质颗粒基热电厂粉煤灰和底灰潜在能力探讨重金属去除
3. Methods for analysis and synthesis of technological schemes of thermal power plants based on solving auxiliary problems of linear programming [J] . A.M. Kler, A.S. Maximov, N.O. Epishkin Thermophysics and Aeromechanics . 2017,第5期

机译：基于求解线性规划辅助问题的热电厂技术方案的分析与合成方法
4. Research on structure of a ash-slag pulp and its influence on pipelines' attrition of a thermal power plants' hydraulic ash removal system [C] . D V Chugunkov, G A Seyfelmliukova, V P Kuzema, International Conference on Fusion Energy and Plasma Technologies . 2020

机译：灰渣浆结构的结构及其对热电厂液压灰灰馏分系统管道磨损的影响
5. Comparison of performance and operational costs for three biological nutrient removal schemes at a full-scale wastewater treatment plant. [D] . Bonislawsky, Mary Patricia. 2000

机译：比较大型污水处理厂的三种生物营养去除方案的性能和运营成本。
6. Treatment of fly ash from power plants using thermal plasma [O] . Sulaiman Al-Mayman, Ibrahim AlShunaifi, Abdullah Albeladi, 2017

机译：使用热等离子体处理发电厂的粉煤灰
7. The influence of variable operating conditions on the design and exploitation of fly ash pneumatic transport systems in thermal power plants [O] . M. Stanojevi&, D. Radi&, A. Jovovi&, 2008

机译：可变运行条件对火电厂粉煤灰气力输送系统设计和开发的影响
8. Laser-Ash (LASH) Particulate Fragmentation Removal Concept for Coal-Fired Turbine Power Plants [R] . Botts, T. E., Powell, J. R. 1978

机译：燃煤电厂的激光灰分（LasH）颗粒破碎去除概念

TECHNOLOGICAL SCHEMES OF PNEUMATIC ASH REMOVAL OF THERMAL POWER PLANTS

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