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首页> 外文期刊>Journal of the Brazilian Chemical Society >Commercial and Noncommercial Peroxidases Activity under Ultrasound and Microwave Treatment: a Pretreatment to Improve Wastewater Treatment
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Commercial and Noncommercial Peroxidases Activity under Ultrasound and Microwave Treatment: a Pretreatment to Improve Wastewater Treatment

机译:超声波和微波处理下的商业和非商业过氧化物酶活性:改进废水处理的预处理

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>This study aimed at evaluating the activity of peroxidases after ultrasound and microwave radiation exposure as an alternative to the wastewater treatment improvement. The results showed that after treatment with ultrasound using a power of 30% and a temperature of 55 ?°C was obtained an increase in relative activity, 129.5% in the enzyme from rice bran, 147.9% in the enzyme from soybean meal and 102.4% in the enzyme from horseradish. Using microwave radiation, the highest relative activity (107.4%) was observed for the peroxidase extracted from rice bran with 10 seconds of reaction time and a reaction temperature of about 50 ?°C. The data obtained in this study suggest that the ultrasonic bath and microwave are adequate for conducting reactions catalyzed by peroxidases because it was possible to increase their activity during the performed tests. Preliminary tests of enzyme application showed that the highest color removal occurred using 3 mL of the enzyme extract from rice bran and H2O2 concentrations of 40 mg L-1. This condition resulted in a color removal of about 40%.
机译:>本研究旨在评估超声和微波辐射暴露后过氧化物酶的活性,以替代改善废水处理的方法。结果表明,在使用功率为30%且温度为55°C的超声波进行处理之后,相对活性得到了提高,米糠中的酶为129.5%,豆粕中的酶为147.9%,豆粕中的酶为102.4%辣根中的酶。用微波辐射,从米糠中提取的过氧化物酶的最高相对活性(107.4%)反应时间为10秒,反应温度约为50℃。在这项研究中获得的数据表明,超声波浴和微波足以进行过氧化物酶催化的反应,因为在进行的测试中有可能增加它们的活性。酶的初步测试表明,使用3 mL米糠中的酶提取物和H2O2浓度为40 mg L-1时,脱色效果最高。这种情况导致约40%的颜色去除。

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