利用科威特城市污水厂的污水达到BFW规格的水处理挑战

C. Kuijvenhoven, R. Ghouti, M. Alenezi, R. A. Al Rasheedi
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引用次数: 1

摘要

苏莱比亚污水处理厂(SWWTP)反渗透(RO)装置的污水流将用作南拉卡(SR)一期项目的一次性蒸汽发生器(OTSG)的水源。采用污水作为蒸汽锅炉的源水直接影响了水处理工艺的复杂性。根据南拉卡蒸汽质量规范,确定了符合国际准则的水质要求。对于其中一项规定的质量要求(化学需氧量),设定了< 0.1 mg/l的严格规格,这在行业中并不常见。相反,业界确实将总有机碳(TOC)定义为水质指标,这与COD密切相关。由于苏莱比亚的水源来自污水处理厂(有机成分未知),因此将COD作为水质指标。为了提供所需的BFW质量,需要安装七个不同的处理步骤,这些步骤都需要进行优化,以确保所需的高工厂可用性。主要风险领域是要求在来自苏莱比亚工厂的水流中实现余氯。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Water Treatment Challenges to Meet BFW Spec Using Reject Streams from Municipality Sewage Plant - Kuwait
Water from the reject stream of the Reverse Osmosis (RO) units in Sulaibiya Waste Water Treatment plant (SWWTP) will be used as source water for the Once-Through Steam Generators (OTSG) for the South Ratqa (SR) Phase I project. Using sewage water as source water for steam boilers directly impacts the complexity of the water treatment processes. Based on the South Raqa steam quality specifications, a water quality requirement has been defined which was found in line with international guidelines. For one of the quality requirements specified (Chemical Oxygen Demand) a tight specification of < 0.1 mg/l was set, which is not often seen in the industry. Instead the industry does define Total Organic Carbon (TOC) as water quality specification, which is closely related to COD. As the water source in the Sulaibiya is coming from a sewage plant (unknown organic components), COD was included as water quality specification. To deliver the required BFW quality, seven different treatment steps are being installed, which all need to be optimised to ensure the required high plant availability. The major risk area is the requirement to achieve residual chlorine in the water stream coming from the Sulaibiya plant.
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