摘要
在化工生产过程中,丙烯酸属于非常重要的有机物合成原料,可用来合成丙烯酸酯类物质。在生产过程中也会产生大量丙烯酸废水,若不能及时对其进行处理,将导致废水中毒性物质的挥发,带来较大的负面影响。因此,需要结合实际应用情况,对于废水厌氧生物存在的毒性情况进行客观分析,根据得到的数据信息,对废水处理方式进行优化,提高废水处理效果。针对丙烯酸废水厌氧生物毒性的相关内容展开了分析,同时讨论了不同因素对于实验结果的影响,目的在于优化目前的处理方法,抑制废水毒性。
In the chemical production process,acrylic acid is a very important organic synthetic raw material,which can be used to synthesize acrylates.In the production process,a large amount of acrylic acid wastewater will also be produced.If it cannot be treated in time,it will also cause the volatilization of toxic substances in the wastewater,which will have a greater negative impact.Therefore,it is necessary to objectively analyze the toxicity of anaerobic organisms in wastewater based on actual application conditions,and optimize wastewater treatment methods based on the obtained data information to improve wastewater treatment effects.This article analyzes the related content of the anaerobic biological toxicity of acrylic acid wastewater,and discusses the influence of different factors on the experimental results.The purpose is to optimize the current treatment methods and inhibit the toxicity of wastewater.
出处
《化工设计通讯》
CAS
2021年第3期178-179,共2页
Chemical Engineering Design Communications
关键词
丙烯酸
实验材料
培养温度
实验装置
实验结果
acrylic acid
experimental material
culture temperature
experimental device
experimental result
