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Kinetics research on rhenium of the waste platinum-rhenium catalyst under pressure oxygen leaching

机译:压力氧浸出下废铂 - 铼催化剂铼的动力学研究

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Experimental material was the waste platinum-rhenium catalyst;; the kinetics of rhenium in PT rhenium catalyst failed by pressure oxygen leaching was studied. The effects of leaching pressure, temperature, sulfuric acid acidity, stirring speed and particle size on the kinetics of rhenium leaching were investigated in this paper. The results showed that sulfuric acid, leaching temperature, leaching pressure and particle size had a significant effect on the leaching rate of rhenium;; the chemical reaction control model can well describe the rhenium gas liquid-solid reaction process in the waste platinum-rhenium catalyst for pressure oxygen leaching. In the experimental range, the apparent activation energy is determined to be 42.96kJ/mol, which is in agreement with the chemical reaction control model.
机译:实验材料是废铂 - 铼催化剂;研究了PT铼催化剂中铼的动力学通过压力氧浸出失效。本文研究了浸出压力,温度,硫酸酸度,搅拌速度和粒度对铼浸出动力学的影响。结果表明,硫酸,浸出温度,浸出压力和粒度对铼的浸出速率有显着影响;化学反应控制模型可以很好地描述废铂 - 铼催化剂中的铼液 - 固体反应过程,用于压力氧浸出。在实验范围内,明显的活化能量被确定为42.96kJ / mol,这与化学反应控制模型一致。

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