Meric Gamze Gunduz, Gegic Fatih, Leblebici Sema, Gungor Sifanur, Degirmenci Levent
Bilecik Seyh Edebali University, Department of Chemical Engineering, Bilecik, 11210, Turkey.
Bilecik Seyh Edebali University, Department of Horticulture, Bilecik, 11210, Turkey.
Heliyon. 2019 Jul 12;5(7):e02062. doi: 10.1016/j.heliyon.2019.e02062. eCollection 2019 Jul.
Pre-treated Bertoni extract was clarified via using calcium (Ca) based silica (Si) microspheres. Both adsorption and chemical treatment were applied to extracts, and their effects on clarification were determined by comparison. The study aimed to maintain the highest level of clarity by eliminating chemicals from the treatment procedure. Although close in range with chemical treatment, the highest level of clarity was obtained in the presence of sole Ca/Si application. Clarification was achieved in an interval of 95-99 % with applied procedures. Sustainable utilization of Ca/Si microspheres was investigated by conducting three consecutive adsorption cycles with used microspheres. Results indicated minor changes in clarification levels at the end of three straight runs with used microspheres. Sustainable adsorption of impurities from the extract without the use of additional chemicals was the highlight of the present study.
经过预处理的贝托尼提取物通过使用钙(Ca)基二氧化硅(Si)微球进行澄清。对提取物同时进行吸附和化学处理,并通过比较来确定它们对澄清效果的影响。该研究旨在通过在处理过程中去除化学物质来保持最高的澄清度。尽管与化学处理的范围相近,但在仅使用钙/硅的情况下获得了最高的澄清度。通过所应用的程序,澄清度达到了95%至99%的区间。通过对用过的微球进行连续三个吸附循环,研究了钙/硅微球的可持续利用。结果表明,在使用过的微球进行三次连续运行后,澄清度水平变化不大。本研究的亮点是在不使用额外化学物质的情况下可持续地从提取物中吸附杂质。