Investigating the Change Of Ash’s Heavy Element Contents In Upper Egypt Electricity Power Company (UEEPC) In According To Egypt vision 2030

Galal Saad Hassan, Doaa Ali Mohamed, Sahar Ebaid Abo- Neima
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Abstract

The heavy fueled power plants produce solid waste as fly ash which contains heavy and trace elements. In this study the going in accordance with Egypt Vision 2030, effects and benefits in reducing the ash amount for produced MW will be studied, the change in ash contents of rare and heavy elements that can extracted and reused will be determined. As, the reduction in ash amount on the long run as it has a positive effect on the environment. The amount of ash produced will be defined, then the enrichment of its content of heavy and trace elements will studied. The results showed that fly ash amount reduced with application of Egypt vision 2030, and it has a valuable content that could be collected, treated and utilized. It was found that the pollution’s indexes of these elements are extremely high, but on the other side ash has an economical value due to its contents of rare and heavy elements that can extracted and reused. Finally, this reduction in the long run has a positive effect on the environment and consequently, to the health.
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根据埃及 2030 年愿景调查上埃及电力公司(UEEPC)灰烬中重元素含量的变化
重燃料发电厂产生的固体废物为粉煤灰,其中含有重元素和微量元素。本研究将根据《埃及 2030 年远景规划》,研究减少兆瓦级发电厂产生的飞灰量的效果和益处,并确定飞灰中稀有元素和重元素含量的变化,这些元素可以提取和再利用。从长远来看,减少灰烬量会对环境产生积极影响。将确定产生的灰烬量,然后研究其重元素和微量元素含量的富集情况。结果表明,随着埃及愿景 2030 的实施,粉煤灰量减少了,而且粉煤灰中含有可收集、处理和利用的宝贵成分。研究发现,这些元素的污染指数极高,但另一方面,由于粉煤灰含有稀有和重元素,可以提取和再利用,因此具有经济价值。最后,从长远来看,这种减少对环境和健康都有积极影响。
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