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Designing ozone contactors for the city of arlington,TX using computational fluid dynamics

机译:使用计算流体力学为德克萨斯州阿灵顿市设计臭氧接触器

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The City of Arlingtonb recerives raw water from the Tarrant regional Water District.This District supplies wate rfrom the Cedar Creek and Richland Chambers reservoirs located in eastern Texas.The potential for taste and odor in Cedar Creek and Richland Chambers is relatively high due to warm summer temepratures,shallow depth and potential for algae growth.A portion of the water is delivered directly to the City's John F.Kubala Water Treatment Plant (JKWTP),while the remainder of this water is ultimately delivered to Lake Arlington where mixes with local runoff.Raw water to the Pierce Burch WTP (PBWTP) is fed directly from a pump station on Lake Arlington.A treatability study was conducted for the City's two water soruces to detemrine the impact of zone and GAC on taste and odor characterisitcs.In addition,the ability of enhanced coagulation and hte ozone and GAC systems to meet the proposed requrieemtns of the enhanced Surface Water Treatment Rule (ESWTR) and Disinfectant/Disinfection By-products (D/DBP) Rule was evaluated.
机译:阿灵顿布市从塔兰特地区水区回收原水,该地区的水来自位于德克萨斯州东部的锡达克里克和里奇兰·钱伯斯水库。由于夏季温暖,锡达克里克和里奇兰·钱伯斯的味道和气味的可能性相对较高温度,深度和藻类生长的潜力。一部分水直接输送到纽约市的约翰·库巴拉水处理厂(JKWTP),而其余的水最终输送到阿灵顿湖,与当地径流混合。皮尔斯·伯奇污水处理厂(PBWTP)的原水直接从阿灵顿湖的一个泵站进料。对该市的两种水源进行了可处理性研究,以确定该地区和GAC对口感和气味特征的影响。增强的混凝和高温臭氧以及GAC系统的能力,以满足增强的地表水处理规则(ESWTR)和消毒剂/消毒剂的建议要求评估了副产品(D / DBP)规则。

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