> 選擇性浸出—回收磷酸鐵鋰電池更有前景的方法
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廢 FCC 催化劑高效資源化利用.pdf - 張曉光
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銅渣礦物相重構(gòu)在鈣砷渣中固定化砷的新策略.pdf - 謝文杰
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采選冶固廢與水污染協(xié)同控制的多目標(biāo)優(yōu)化方法與系統(tǒng)解決方案.pdf - 邱勇
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廢酸資源化處置利用概述和思考.pdf - 錢鈞
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稀貴金屬精煉生產(chǎn)的數(shù)字化應(yīng)用實(shí)踐.pdf - 梁建軍
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1. Targeted Li Recovery Compared to other LIBs, LFP contains primarily lithium as the valuable component. The recovery value of other components is low, making selective Li leaching a more reasonable and focused approach for recycling. 2. Integrated Process Selective leaching only extracts lithium, inherently separating it from other elements. This dual-purpose process simplifies 展開更多+
1. Targeted Li Recovery Compared to other LIBs, LFP contains primarily lithium as the valuable component. The recovery value of other components is low, making selective Li leaching a more reasonable and focused approach for recycling. 2. Integrated Process Selective leaching only extracts lithium, inherently separating it from other elements. This dual-purpose process simplifies production by combining leaching and separation, leading to shorter production cycles, reduced reagent and energy co 收起+
對“第十七屆東亞資源再生技術(shù)國際會議”的評論 (1條)