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APPLICATION OF THE SPINNING-DISC TECHNOLOGY FOR PROCESS INTENSIFICATION IN THE CHEMICAL PROCESS INDUSTRY

机译:纺丝盘技术在化学工艺产业中加强工艺的应用

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Intense mixing and enhanced heat and mass transfer in the SDR make it a very versatile reactor for performing a wide range of reactions, such as polymerization and crystallization. Higher rates of polymerization, reduced processing times and controlled molecular weight distributions (MWD) have been achieved in the SDR for benzoyl-peroxide-initiated styrene polymerization and UV-induced bulk polymerization of n-butyl acrylate. Uniformly shaped crystals of barium sulphate having a tightly controlled crystal size distribution were formed in the spinning disc crystallizer. The SDR has the added flexibility of additional degrees of freedom, such as disc speed and temperature, which can be manipulated by the operator to obtain end-products tailored to meet product requirements.
机译:SDR中的强烈混合和增强的热量和传质使其成为具有宽范围反应的非常通用的反应器,例如聚合和结晶。在SDR中,已经在SDR中获得了更高的聚合速率,降低的加工时间和受控分子量分布(MWD),用于苯并过氧化酯引发的丙烯酸正丁酯的UV诱导的丙烯酰基诱导的本体聚合。在纺丝盘结晶器中形成具有紧密控制的晶体尺寸分布的硫酸钡的均匀形状的晶体。 SDR具有额外的自由度的灵活性,例如盘速度和温度,可由操作员操纵,以获得适用的最终产品以满足产品要求。

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