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Pricing: Cost of Service Versus Value of Water 定价:服务成本与水的价值
IF 0.7 4区 环境科学与生态学 Q4 Environmental Science Pub Date : 2024-06-14 DOI: 10.1002/awwa.2309
David B. LaFrance

Virtually nothing could be better or more successful without water services. As we all know, a community's water services provide unrivaled value to our communities, our health, and our way of life. What price would we pay for these benefits?

You may have heard someone say something like, “Water is so important that it should be priced to reflect its value!” That seems like a sensible point since we know water is the world's most vital resource. But should it really be priced that way? Pure value-based pricing would turn water into a luxury good, and the price would zoom upward beyond what most could afford.

Of course, pricing water properly is paramount for numerous reasons—and if not value-based pricing, what is the right approach? AWWA backs the vision that the public is best provided with water from self-sustaining utility services by pricing water using cost-of-service rates. Cost-of-service rates follow a generally accepted methodology that identifies the differences in the cost of providing service to each customer class and then sets rates designed to recover those costs from the customers who are responsible for the costs.

Although I can think of extreme exceptions, in general it would be safe to say that cost-of-service rates will be lower than value-based rates. Still, full-cost pricing is not simple or a guarantee of low-cost pricing. AWWA's 2024 State of Water the Industry report indicates that approximately one in four utilities struggles to, at best, slightly cover the full cost of providing water service (see the accompanying table). This is concerning given the same report ranks financial sustainability as the fifth greatest challenge facing the water sector.

Looking forward, AWWA's Water 2050 program stresses the importance of establishing pricing models that cover all of the costs of water service. It also promotes rate-setting that embeds costs associated with climate impacts, utility resilience, an evolving workforce, and infrastructure needs. Further, the Water 2050 program envisions the need for utilities to optimize efficiencies through a circular water economy, strategic partnerships based on shared economic interests, and the cost-saving efficiencies of technology. These considerations will affect, up and down, the level of future water rates.

What does all of this mean? First, setting the price of water is not an easy job that's free of controversy. Second, value-based rates would introduce new and complex challenges that are not necessary in the grand scheme of providing sustainable water services. And third, the methodology used to set cost-of-service rates is the best option. It results in pricing that recovers costs from a utility's customers in proportion to the cost of serving those customers and, importantly, supports the long-term financial sustainability of the community's water services. The immediate challenge, however, is that 26% of utilities already struggle to cover

如果没有供水服务,几乎没有任何事情可以做得更好或更成功。众所周知,社区供水服务为我们的社区、我们的健康和我们的生活方式提供了无与伦比的价值。你可能听过这样的话:"水如此重要,它的价格应该反映出它的价值!"。这句话似乎很有道理,因为我们知道水是世界上最重要的资源。但真的应该这样定价吗?纯粹的基于价值的定价会将水变成奢侈品,水价会飞速上涨,超出大多数人的承受能力。当然,出于多种原因,对水进行合理定价是至关重要的--如果不是基于价值的定价,那么正确的方法又是什么呢?AWWA 支持这样一种观点,即通过使用服务成本水价为公众提供来自自给自足的公用事业服务的水是最好的。服务成本价格遵循一种普遍接受的方法,该方法可确定为每类客户提供服务的成本差异,然后制定价格,旨在从承担成本的客户那里收回这些成本。虽然我可以想到一些极端的例外情况,但一般来说,可以肯定地说,服务成本价格将低于基于价值的价格。不过,全成本定价并不简单,也不能保证低成本定价。AWWA 的《2024 年水务行业现状》报告显示,大约四分之一的公用事业公司在提供供水服务时最多只能略微覆盖全部成本(见附表)。展望未来,AWWA 的 "水 2050 "计划强调了建立能够覆盖供水服务全部成本的定价模式的重要性。该计划还提倡在制定费率时纳入与气候影响、公用事业适应能力、不断发展的劳动力以及基础设施需求相关的成本。此外,"水 2050 "计划认为,公用事业部门需要通过循环水经济、基于共同经济利益的战略合作伙伴关系以及技术的成本节约效率来优化效率。这些考虑因素将影响未来水价的上下水平。首先,确定水价并不是一件容易的工作,也不会没有争议。其次,基于价值的水价会带来新的复杂挑战,而这些挑战在提供可持续供水服务的大计划中是不必要的。第三,用于确定服务成本水价的方法是最佳选择。它的定价结果是按照服务客户的成本比例从公用事业公司的客户那里收回成本,更重要的是,它支持社区供水服务的长期财务可持续性。然而,当前面临的挑战是,26% 的水务公司已经很难收回成本,因此,如果他们想实现财务上的可持续发展,就必须迎头赶上。
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引用次数: 0
Affordability: Two Sides of the Same Coin 可负担性:一枚硬币的两面
IF 0.7 4区 环境科学与生态学 Q4 Environmental Science Pub Date : 2024-06-14 DOI: 10.1002/awwa.2294
Adam T. Carpenter

The concept of water service affordability is a complex but unquestionably important topic for water systems and the communities they serve. There are numerous ways to measure what affordability is (too big of an issue for this column) and a variety of approaches to address it.

Drinking water, wastewater, stormwater, reuse, and other water services have been around for a long time, as have socioeconomic challenges including poverty and other hardships that have made it difficult for some customers to afford service. So why has affordability become such a big policy issue now? There is no single answer, but rather a combination of several factors coming together, which in aggregate have appropriately focused a lot of attention on this important issue.

On one side of the coin, there is no question that water systems will need to raise a lot of revenue. Infrastructure renewal and rehabilitation, inflation, and workforce concerns will cost hundreds of billions of dollars to US water systems. Additional drivers include the costs of meeting the updated Lead and Copper Rules, addressing per- and polyfluoroalkyl substances (commonly known as PFAS), adapting to climate change and preparing for extreme events, addressing cybersecurity, and a host of others. The substantial majority of costs borne by water systems are paid for through local rates and charges (or more simply, from payments of customers’ bills), and although some federal and state infrastructure assistance is available, it is limited.

Without the necessary financial resources (primarily derived locally), water systems simply can’t meet these challenges while continuing to deliver safe drinking water and provide clean water services. A challenge of affordability, in which some customers don’t pay or struggle to pay, harms water systems, depriving them of needed revenue and increasing administrative costs of collection. As noted in the AWWA Policy Statement on Financing, Accounting and Rates, the goal is full cost pricing that ensures “long-term financial integrity of the utility to provide safe, high quality, and reliable service to customers.”

The other side of the coin is equally compelling: water is essential to all aspects of life, and everyone needs it. Roughly 15% of people in United States get water from private wells, but most of the rest get it from public water systems. There's a compelling need for water to be affordable for health, safety, sanitary, and other reasons, with all these potentially being harmed when water is not affordable.

Still, water is typically a very small portion of a typical family's budget, even in a low-income household. In many places, charging one customer differently from others on the basis of income is simply not legal. The water sector can’t solve poverty and other economic challenges on its own. Addressing challenges with the costs of housing, food, medicine, and energy will inherently make water more affordable through

对于供水系统及其服务的社区来说,供水服务可负担性的概念是一个复杂但无疑重要的话题。饮用水、废水、雨水、再利用和其他水服务由来已久,社会经济方面的挑战也由来已久,包括贫困和其他使一些用户难以负担服务费用的困难。那么,为什么负担能力现在会成为一个如此重大的政策问题呢?答案并不单一,而是多种因素共同作用的结果,从总体上看,这些因素使人们对这一重要问题给予了极大的关注。基础设施的更新和修复、通货膨胀以及劳动力问题将使美国供水系统花费数千亿美元。其他驱动因素还包括满足最新的铅和铜规则、应对全氟和多氟烷基物质(俗称 PFAS)、适应气候变化和应对极端事件、解决网络安全问题以及其他一系列问题的成本。水务系统承担的绝大部分成本都是通过当地的费率和收费(或者更简单地说,从客户的账单中支付)来支付的,虽然联邦和州政府提供了一些基础设施援助,但数量有限。如果没有必要的财政资源(主要来自当地),水务系统根本无法在继续提供安全饮用水和清洁水服务的同时应对这些挑战。一些用户不缴费或缴费困难,这对供水系统造成了损害,使其无法获得所需的收入,并增加了征收水费的行政成本。正如 AWWA 关于融资、会计和费率的政策声明中所指出的,目标是完全成本定价,以确保 "公用事业的长期财务健全,为客户提供安全、优质和可靠的服务"。美国大约有 15%的人从私人水井中取水,但其余大多数人则从公共供水系统中取水。出于健康、安全、卫生和其他原因,人们迫切需要负担得起的水,如果水的价格无法承受,所有这些都可能受到损害。然而,水通常只占典型家庭预算的很小一部分,即使是低收入家庭也不例外。在许多地方,以收入为由区别对待用户是不合法的。供水部门无法单独解决贫困和其他经济挑战。解决住房、食品、药品和能源成本方面的挑战,必然会减少对家庭预算的挤压,从而使人们更能负担得起水费。但与所有这些其他需求不同的是,供水并没有任何永久性的联邦援助计划来帮助低收入用户应对这一挑战。最近,美国卫生与公众服务部成功实施了一项名为 "低收入家庭供水援助计划 "的计划,该计划效仿了类似名称的长期能源援助计划。该计划在 2020 年 12 月获得法律授权后迅速启动,但截至 2023 年 10 月,该计划的资金已经用完,国会也没有提供更多资金。最近国会通过了两项法案,分别是参议员 Alex Padilla(民主党-加利福尼亚州)提出的 S.3830 法案和众议员 Eric Sorenson(民主党-伊利诺伊州)提出的 H.R 8032 法案。Eric Sorenson (D-IL)、Ori Chavez-DeRemer (D-OR)、Kim Schrier (D-WA)和 Jennifer Gonzalez Colon (R-PR)提出的 H.R 8032 法案如果通过成为法律,将建立一个永久性的低收入用水援助计划。美国环境保护署正在根据《基础设施投资和就业法案》第 50108 节的要求开展一项研究,以确定对负担能力援助的总体需求。认识到这一挑战和机遇,美国水协会和其他几个水协会共同研究了各种方案并提出了建议。该协会间小组一直在努力寻找建立永久性低收入用水援助计划的途径,并在永久性计划建立之前为临时计划寻求额外资金。尽管解决负担能力问题的两个方面都需要采取许多行动,但像协会间报告中建议的那样建立一个永久性的联邦低收入援助计划将是实现这一目标的重要、有意义的一大步。
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引用次数: 0
Industry News 行业新闻
IF 0.7 4区 环境科学与生态学 Q4 Environmental Science Pub Date : 2024-06-14 DOI: 10.1002/awwa.2306
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引用次数: 0
Reap the Benefits of Minimizing Nonsurfacing Leaks in Underground Pipe Networks 最大限度减少地下管网的非铺设泄漏,从中获益
IF 0.7 4区 环境科学与生态学 Q4 Environmental Science Pub Date : 2024-06-14 DOI: 10.1002/awwa.2304
Paul Gagliardo
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引用次数: 0
Controlling Disinfection Byproducts at Maine Water's Mirror Lake Water Treatment Plant 控制缅因州水务公司镜湖水处理厂的消毒副产物
IF 0.7 4区 环境科学与生态学 Q4 Environmental Science Pub Date : 2024-06-14 DOI: 10.1002/awwa.2297
Anne Malenfant, Michael Ames

With elevated disinfection byproduct (DBP) levels in its distribution system, a water treatment plant in Maine worked with an engineering consultant to develop solutions and avoid possible regulatory violations.

Four mitigation options were determined—two of them immediate and two long-term, with the chosen strategy being premembrane coagulation.

Recommendations from the success of the DBP mitigation project include being proactive, collaborating with team members and outside experts, and planning for resilience.

由于输水系统中消毒副产物 (DBP) 含量升高,缅因州的一家水处理厂与工程顾问合作制定了解决方案,以避免可能违反法规。 最终确定了四种缓解方案--其中两种是近期方案,两种是长期方案,所选策略是膜前混凝。 从 DBP 减缓项目的成功中得出的建议包括:积极主动、与团队成员和外部专家合作,以及为恢复能力进行规划。
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引用次数: 0
Educational Opportunities 教育机会
IF 0.7 4区 环境科学与生态学 Q4 Environmental Science Pub Date : 2024-06-14 DOI: 10.1002/awwa.2307
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引用次数: 0
How Will the European Chemicals Agency's Proposed PFAS Ban Affect North America? 欧洲化学品管理局提议的全氟辛烷磺酸禁令将如何影响北美?
IF 0.7 4区 环境科学与生态学 Q4 Environmental Science Pub Date : 2024-06-14 DOI: 10.1002/awwa.2301
Tricia Vail, Hunter Adams, William Lipps
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引用次数: 0
Standards Official Notice 标准 正式通知
IF 0.7 4区 环境科学与生态学 Q4 Environmental Science Pub Date : 2024-06-14 DOI: 10.1002/awwa.2308
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引用次数: 0
A Look at the Future of Inorganic Contaminants 无机污染物的未来展望
IF 0.7 4区 环境科学与生态学 Q4 Environmental Science Pub Date : 2024-06-14 DOI: 10.1002/awwa.2302
Phil Brandhuber
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引用次数: 0
Artificial Intelligence and Machine Learning Can Make Potable Reuse Projects More Resilient 人工智能和机器学习可提高饮用水回用项目的复原力
IF 0.7 4区 环境科学与生态学 Q4 Environmental Science Pub Date : 2024-06-14 DOI: 10.1002/awwa.2303
Ufuk Erdal, Ozan Erdal
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引用次数: 0
期刊
Journal ‐ American Water Works Association
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