Kobielski Maciej Jerzy, Skarka Wojciech, Mazur Maciej, Kądzielawa Damian
Sanhua-Aweco, Turyńska 80, 43-100 Tychy, Poland.
Department of Fundamentals of Machinery Design, The Faculty of Mechanical Engineering, Silesian University of Technology, Stanislawa Konarskiego 18A, 44-100 Gliwice, Poland.
Polymers (Basel). 2022 Jun 13;14(12):2391. doi: 10.3390/polym14122391.
The effective ionic capacities of strong cation ion-exchange resins were investigated and compared using conditions similar to those found in white goods, in order to establish behavioral differences between commercial products and evaluate their capacity in a broader business context. Nine different products of equivalent TDS (Technical Data Sheet) capacity were observed to examine their differences in approximately real-life conditions. For a broader context of applicability analysis, besides the absolute ionic operating capacity, the following additional factors were included in the evaluation: the standard deviation in the resins' performances and their relative prices. A complete method for material applicability evaluation was hereby proposed and shown to offer cost factor benefits of up to 21.1% within the range of products examined, in comparison to a cost-only evaluation for equivalent materials.
研究并比较了强阳离子离子交换树脂在类似于白色家电中所发现的条件下的有效离子容量，以便确定商业产品之间的行为差异，并在更广泛的商业背景下评估它们的容量。观察了九种具有等效总溶解固体（TDS）容量的不同产品，以检验它们在近似实际使用条件下的差异。为了进行更广泛的适用性分析，除了绝对离子操作容量外，评估中还纳入了以下额外因素：树脂性能的标准偏差及其相对价格。由此提出了一种完整的材料适用性评估方法，结果表明，与仅基于成本对等效材料进行评估相比，在所研究的产品范围内，该方法的成本效益高达21.1%。
