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People in the News 新闻人物
IF 0.4 4区 环境科学与生态学 Q4 ENGINEERING, CIVIL Pub Date : 2026-01-26 DOI: 10.1002/awwa.70028
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引用次数: 0
Securing Water's Future Through Membrane Innovation 通过膜创新确保水的未来
IF 0.4 4区 环境科学与生态学 Q4 ENGINEERING, CIVIL Pub Date : 2026-01-26 DOI: 10.1002/awwa.70031
Eva Deemer, Silvana M. Ghiu, Keisuke Ikehata
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引用次数: 0
Continuity Improvement 连续性改进
IF 0.4 4区 环境科学与生态学 Q4 ENGINEERING, CIVIL Pub Date : 2026-01-26 DOI: 10.1002/awwa.70019
Kenneth L. Mercer

At the onset of the COVID-19 pandemic, the water industry's ability to maintain high-quality, uninterrupted service became a primary example of public health protection. But for water and wastewater utilities, the challenges were more about managerial resilience. As essential businesses, utilities must remain open and fully operational, even under extraordinary circumstances, so improving business continuity should always be a priority.

Resilience promotes continuity, and augmenting resilience requires an all-hazards approach. Threats range from malevolent to natural and proximity hazards. But for business continuity, dependency hazards often dominate: transportation issues or loss of utilities, vendors, treatment chemicals, key employees.

A business continuity plan (BCP) ensures essential functions persist during and after an event. It preserves the utility's ability to acquire supplies, pay personnel, maintain records, and continue operations. According to the National Fire Protection Association's standard 1600 (Continuity, Emergency, and Crisis Management), a BCP is “an ongoing process to ensure that the necessary steps are taken to identify the impacts of potential losses and maintain viable recovery strategies and continuity of services.” A robust BCP includes strategic planning, emergency operations, prevention, mitigation, and recovery components.

BCPs must be tested and updated regularly to reflect organizational changes, emerging threats, and lessons learned. Exercises and trainings can help validate assumptions and build confidence. Establishing relationships with mutual aid organizations enhances resilience, and comparing experiences with peer utilities fosters best practices.

Business continuity planning also addresses gaps in emergency management systems, strengthening a utility's ability to serve during crises by reducing downtime and costs. It focuses on mission-critical functions—emergency repairs, fuel and chemical supply, security—all of which promote continuous improvement.

Although not focused on business continuity, AWWA's J100 standard (Risk and Resilience Management of Water and Wastewater Systems) provides a consensus standard for risk and resilience assessment, offering detailed guidance adaptable to any organizational risk. Incorporating these practices helps protect public health, safety, and the environment while ensuring water services remain uninterrupted—no matter the crisis. To ensure uniformity, BCPs should be integrated with emergency response, mitigation, and any other recovery plans as described in J100.

All organizations and businesses in the water industry should understand how they will maintain continuity across a wide range of challenges. If you are interested in submitting an article on business continuity or other topics important to the water industry, contact me at [email protected].

在2019冠状病毒病大流行开始时,水务行业保持高质量、不间断服务的能力成为保护公众健康的主要范例。但对于供水和污水处理设施来说,挑战更多的是管理弹性。作为基本业务,即使在特殊情况下,公用事业也必须保持开放和全面运营,因此提高业务连续性应始终是优先事项。恢复力促进连续性,而增强恢复力需要一种应对所有风险的方法。威胁的范围从恶意到自然和邻近危害。但对于业务连续性来说,依赖风险往往占主导地位:运输问题或公用事业、供应商、治疗化学品、关键员工的损失。业务连续性计划(BCP)确保基本功能在事件期间和事件之后持续存在。它保留了公用事业获得供应、支付人员、维护记录和继续运营的能力。根据美国国家消防协会的1600标准(连续性、紧急情况和危机管理),BCP是“一个持续的过程,以确保采取必要的步骤来确定潜在损失的影响,并保持可行的恢复策略和服务的连续性。”健全的BCP包括战略规划、应急行动、预防、缓解和恢复组成部分。bcp必须定期进行测试和更新,以反映组织的变化、新出现的威胁和吸取的教训。练习和训练可以帮助验证假设并建立信心。与互助组织建立关系可以增强弹性,与同行公用事业比较经验可以促进最佳实践。业务连续性规划还解决了应急管理系统中的空白,通过减少停机时间和成本,加强了公用事业公司在危机期间提供服务的能力。它侧重于关键任务功能——紧急维修、燃料和化学品供应、安全——所有这些都促进持续改进。尽管不关注业务连续性,AWWA的J100标准(水和废水系统的风险和弹性管理)为风险和弹性评估提供了共识标准,提供了适用于任何组织风险的详细指导。结合这些做法有助于保护公众健康、安全和环境,同时确保无论发生何种危机,供水服务都不会中断。为确保一致性,bcp应与J100中所述的应急、缓解和任何其他恢复计划相结合。水行业的所有组织和企业都应该了解如何在各种挑战中保持连续性。如果您有兴趣提交有关业务连续性或其他对水务行业重要的主题的文章,请通过[email protected]与我联系。
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引用次数: 0
Needles in Haystacks: Exploring Selective Novel Adsorbents for PFAS Treatment 干草堆中的针:探索用于PFAS处理的选择性新型吸附剂
IF 0.4 4区 环境科学与生态学 Q4 ENGINEERING, CIVIL Pub Date : 2026-01-26 DOI: 10.1002/awwa.70021
Bryan Sadowski, Christopher Curran, Craig Douglas

Novel adsorbents have demonstrated high adsorptive capacity in removing long-chain per- and polyfluoroalkyl substances (PFAS) without unwanted adsorption of organic carbon.

Removal of short-chain PFAS with these novel adsorbents was found to be limited, and further study of novel adsorbents with drinking water sources is needed.

Utilities will benefit from pilot testing in terms of understanding how PFAS treatment systems operate and adopting the best design.

新型吸附剂在去除长链全氟烷基和多氟烷基物质(PFAS)方面表现出很高的吸附能力,而不会吸附有机碳。这些新型吸附剂对短链PFAS的去除效果有限,需要进一步研究新型吸附剂对饮用水水源的去除效果。在了解PFAS处理系统的运行方式和采用最佳设计方面,公用事业公司将从试点测试中受益。
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引用次数: 0
Safeguarding the Source: Greenville Water's Strategies for Sustainable Source Water Protection 保护水源:格林维尔水务公司的可持续水源保护战略
IF 0.4 4区 环境科学与生态学 Q4 ENGINEERING, CIVIL Pub Date : 2026-01-26 DOI: 10.1002/awwa.70020
Robert Schmidt

Greenville Water has transitioned from passive source water protection to more proactive, science-based watershed management practices.

Understanding and managing forest composition protects source water and supports long-term watershed resilience.

Greenville Water's forward-thinking approach to watershed management was tested when it faced catastrophic damage from Hurricane Helene and the Table Rock Complex Fire within a six-month span.

Greenville Water已经从被动的水源保护转变为更主动、更科学的流域管理实践。了解和管理森林成分可以保护水源,并支持流域的长期恢复力。Greenville Water公司在六个月内面临飓风“海伦”和桌岩复合火灾的灾难性破坏时,对流域管理的前瞻性方法进行了测试。
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引用次数: 0
Digital Transformation in the Water Industry: Past, Present, and Future 水务行业的数字化转型:过去、现在和未来
IF 0.4 4区 环境科学与生态学 Q4 ENGINEERING, CIVIL Pub Date : 2026-01-26 DOI: 10.1002/awwa.70022
Saša Tomić, Satish Tripathi

Digital transformation in water and wastewater utilities is a historic process that marks a shift from human-centric decision-making to autonomous, computer-driven management enabled by digital twins.

By examining the progression of digital transformation, this article explores the historical context, defining characteristics, and key contributions of each phase to digital transformation.

Understanding the trajectory of digital transformation provides water professionals with a framework for navigating future technological advances while anticipating their challenges and opportunities to come.

水务和污水处理设施的数字化转型是一个历史性的过程,标志着从以人为中心的决策转向由数字孪生体实现的自主、计算机驱动的管理。通过研究数字化转型的进程,本文探讨了数字化转型的历史背景、定义特征和每个阶段的关键贡献。了解数字化转型的轨迹,为水务专业人士提供了一个框架,帮助他们驾驭未来的技术进步,同时预测未来的挑战和机遇。
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引用次数: 0
A “No Water” Puzzle 一个“没有水”的难题
IF 0.4 4区 环境科学与生态学 Q4 ENGINEERING, CIVIL Pub Date : 2026-01-26 DOI: 10.1002/awwa.70033
David B. LaFrance

If you are a member of AWWA, it is likely you have spotted examples of the “No Water, No ___ ” campaign elevated by AWWA to build awareness of water's significance in our daily lives. At right is a fun “No Water, No [fill in the answer]” crossword puzzle featuring the numerous ideas developed by AWWA and many of its sections. Have fun testing your “No Water” knowledge.

A note of thanks: It is not well known outside of the Denver area that the creators of the first “No Water, No ___ ” slogan were members of the Denver Water Public Affairs team, along with their very creative advertising partners Sukle Advertising & Design. With Sukle's help, Denver Water launched the “Use only what you need” campaign with a mustard-yellow tee shirt that simply said, “No Water, No Beer” and below that, “It's a drought; do something.” This was the beginning of a multipronged community strategy that helped pull Denver out of a drought that lasted from 2002 to 2006. Today, AWWA uses “No Water, No ___ ” to promote how important water is to the things we value—a similar message to Denver Water's conservation campaign but with a different slant.

如果你是AWWA的成员,你很可能已经看到了AWWA提出的“无水,无___”运动的例子,以建立对水在我们日常生活中的重要性的认识。右边是一个有趣的填字游戏“No Water, No [fill the answer]”,其中包含了AWWA及其许多部门开发的许多想法。尽情测试你的“无水”知识吧。感谢:丹佛地区以外的人并不知道,第一个“No Water, No ___”口号的创造者是丹佛水公共事务团队的成员,以及他们非常有创意的广告合作伙伴Sukle advertising &; Design。在Sukle的帮助下,丹佛水务公司推出了“只使用你需要的”活动,用一件芥末黄色的t恤,上面简单地写着“没有水,没有啤酒”,下面是“干旱;做点什么。”这是一项多管齐下的社区战略的开始,该战略帮助丹佛摆脱了2002年至2006年的干旱。今天,AWWA使用“没有水,没有___”来宣传水对我们所重视的事物的重要性——这与丹佛水务公司的保护运动类似,但有不同的倾向。
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引用次数: 0
Fluoridation Debate Resurfaces as NTP Revises IQ Findings 氟化争论重新浮出水面,NTP修订智商调查结果
IF 0.4 4区 环境科学与生态学 Q4 ENGINEERING, CIVIL Pub Date : 2026-01-26 DOI: 10.1002/awwa.70026
Joseph A. Cotruvo
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引用次数: 0
YPs Embrace a New Era of Opportunity YPs迎来机遇新时代
IF 0.4 4区 环境科学与生态学 Q4 ENGINEERING, CIVIL Pub Date : 2026-01-26 DOI: 10.1002/awwa.70024
Chelsea Boozer
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引用次数: 0
AWWA Water Science Author Spotlight: Sara Hughes AWWA水科学作者重点:萨拉·休斯
IF 0.4 4区 环境科学与生态学 Q4 ENGINEERING, CIVIL Pub Date : 2026-01-26 DOI: 10.1002/awwa.70017
<p><b>Having recently published an article in AWWA Water Science, Sara Hughes answered questions from the publication's editor-in-chief, Kenneth L. Mercer, about the research</b>.</p><p><b>Understanding the Cost of Basic Drinking Water Services in the United States: A National Assessment</b></p><p>Sara Hughes, Christine J. Kirchhoff, Michelle Lee, and David Switzer</p><p><i>Sara Hughes and her daughter during a hike in Southern California</i>.</p><p>I have an interdisciplinary background. As an undergraduate I was passionate about the environment and majored in fisheries and wildlife. This is also when I first became interested in questions about water policy. There were big policy decisions being made about groundwater withdrawals in Michigan at the time, and I was drawn to the complexity and impact of those on communities and fisheries. I continued this track in my PhD program but focused more on questions related to urban water management. My PhD experience was highly interdisciplinary but focused on political science. Likewise, I have held academic positions in both political science and environmental sustainability. Ultimately, I maintain a focus on how we make decisions about our environment and natural resources, and these questions are relevant to a range of disciplines.</p><p><i>Sara with her PhD student Olivia David</i>.</p><p>There is a whole suite of policy choices being made about our water—how it is used, where, by whom, and what quality. The choices are not always easy or clear and can often change. Given how important these choices are to our health and economies, I try to understand what drives them and how they can be improved. This involves collecting information about where and how water is used, how decision makers think about water-related challenges, and evaluating the impacts of different choices. The more information we have, the more we can work toward sustainable outcomes.</p><p><i>Sara with her daughter on a tour of the drinking water plant in Ann Arbor, Mich</i>.</p><p>We were influenced by many people's work! We were particularly influenced by Manuel Teodoro's research on water affordability, which has encouraged researchers to steer away from cookie cutter definitions of water affordability. In our case, this led us to focus on the cost of basic services rather than a potentially artificial measure of affordability.</p><p>It was more challenging than we anticipated to get information about some cities’ drinking water rates. It took phone calls and emails, and in some cases, we just couldn’t get the information. We found this concerning, as the information should be readily available to residents. We’re following up on this in another study to try to better understand the accessibility of this information and what impact this might have on residents.</p><p><i>Sara and her son while skiing at Mammoth Mountain in California</i>.</p><p>I spend a lot of time outdoors and with my family. This includes hiking, backpacking,
Sara Hughes最近在AWWA Water Science上发表了一篇文章,她回答了该出版物主编Kenneth L. Mercer关于这项研究的问题。了解美国基本饮用水服务的成本:一项全国评估萨拉·休斯、克里斯汀·j·基尔霍夫、米歇尔·李和大卫·斯瑞斯。萨拉·休斯和她的女儿在南加州徒步旅行。我有跨学科的背景。作为一名本科生,我对环境充满热情,主修渔业和野生动物。这也是我第一次对水资源政策问题产生兴趣的时候。当时,密歇根州正在制定有关地下水抽取的重大政策决定,我被这些决定的复杂性及其对社区和渔业的影响所吸引。在我的博士课程中,我继续这个方向,但更多地关注与城市水管理相关的问题。我的博士经历是高度跨学科的,但重点是政治学。同样,我在政治学和环境可持续性方面都担任过学术职位。最终,我将重点关注我们如何对环境和自然资源做出决定,这些问题与一系列学科相关。莎拉和她的博士生奥利维亚·大卫。关于我们的水,有一整套的政策选择——如何使用,在哪里使用,由谁使用,以及水质如何。这些选择并不总是容易或明确的,而且经常会改变。鉴于这些选择对我们的健康和经济有多么重要,我试图了解是什么推动了这些选择,以及如何改进这些选择。这包括收集有关用水地点和方式的信息,决策者如何考虑与水有关的挑战,以及评估不同选择的影响。我们掌握的信息越多,我们就越能朝着可持续的结果努力。萨拉带着女儿参观了密歇根州安娜堡市的自来水厂。我们受到了很多人作品的影响!曼努埃尔·特奥多罗(Manuel Teodoro)关于水资源可负担性的研究对我们的影响尤其大,该研究鼓励研究人员避开对水资源可负担性的千篇一律的定义。在我们的例子中,这导致我们把重点放在基本服务的成本上,而不是一个可能是人为的负担能力衡量标准。获取一些城市的饮用水价格信息比我们预期的更具挑战性。这需要打电话和发邮件,在某些情况下,我们无法获得信息。我们发现这一点令人担忧,因为这些信息应该随时可供居民使用。我们正在跟进另一项研究,试图更好地了解这些信息的可访问性以及这可能对居民产生的影响。莎拉和她的儿子在加利福尼亚的猛犸山滑雪。我花很多时间在户外和家人在一起。这包括远足,背包旅行,游泳,和我的丈夫和孩子滑雪;尝试新的食物和食谱;在读书俱乐部和朋友见面。我喜欢研究应用型和跨学科的问题。我的研究一直是由问题和问题驱动的,而不是方法或理论。这可以带来一些伟大的项目和合作。看到和体验新的地方和水社区也是令人兴奋的——无论是新的河流系统还是雨水项目或社区对话,我喜欢看到人们如何使用和参与我们的水资源。水几乎触及了我们生活的方方面面,建立这些联系是有益的。要了解更多关于萨拉的研究,请访问这篇文章,可在https://doi.org/10.1002/aws2.70014上获得
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Journal ‐ American Water Works Association
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