Dc Water: Turning Sewers from Gray to Green

M. M. Frank, Zach Ruchman
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Abstract

Mark Kim, CFO of DC Water, believed building green infrastructure in Washington, DC, was an innovative way to improve the performance of the city's aging sewer system and save money. In considering the options to fund a pilot program, Kim was especially intrigued by a new financing structure: social impact bonds (SIBs). Partnering with Eric Letsinger of Quantified Ventures, they built on SIBs to develop an Environmental Impact Bond. This case discusses the risks and potential rewards of financing the pilot through a new structure at the intersection of public policy, finance, and science, the costs and benefits of employing green infrastructure, and the potential investor base for the new financial product. It also challenges students to consider the use of private capital to finance social outcomes. Excerpt UVA-F-1854 Rev. Aug. 29, 2019 DC Water: Turning Sewers from Gray to Green Mark Kim, CFO of DC Water (formerly called the District of Columbia Water and Sewer Authority), was sitting in his office in southwest Washington, DC, in May 2015, considering his options for the final phase of an infrastructure modernization project that had been underway for over 10 years. Under a newly renegotiated agreement with the US Department of Justice and the Environmental Protection Agency (EPA), the project's final phase would utilize innovative technology, known as low-impact development or green infrastructure, to be more environmentally friendly and less expensive than traditional sewer infrastructure. Kim worried, however, about the risks involved in implementation. Although the underlying technology had been proven over the last several years, it had not been widely implemented. Moreover, the infrastructure's performance depended on a number of variables specific to the location, including geology, soil conditions, weather, and the price of land. DC Water CEO and General Manager George Hawkins was hoping to proceed with the green infrastructure, and it was Kim's job to figure out how to pay for it. DC Water DC Water was an independent authority of the District of Columbia government. It provided water and sewer services to more than 681,000 residents of the District of Columbia, as well as 1.6million people in Montgomery and Prince George's Counties in Maryland and Fairfax and Loudon Counties in Virginia, covering a service area of approximately 725 square miles (see Exhibit1). In 2016, DC Water pumped an average of 99million gallons of water per day to its customers through a network of 1,350 miles of pipes, four pumping stations, five reservoirs, three water tanks, and 9,510 fire hydrants. It also operated 1,900 miles of sewers, 160 flow meters, nine wastewater pumping stations, 16 stormwater pumping stations, 12 inflatable dams, and a swirl facility. DC Water's Blue Plains Advanced Wastewater Treatment Plant was one of the largest facilities of its type in the world, covering more than 150 acres and treating an average of 290million gallons of wastewater per day. . . .
Dc水:把下水道从灰色变成绿色
DC Water的首席财务官马克·金(Mark Kim)认为,在华盛顿特区建设绿色基础设施是一种创新的方式,可以改善该市老化的下水道系统的性能,并节省资金。在考虑为试点项目提供资金的选择时,金墉对一种新的融资结构特别感兴趣:社会影响债券(sib)。他们与Quantified Ventures的埃里克·莱辛格(Eric Letsinger)合作,在sib的基础上开发了一种环境影响债券。本案例讨论了通过公共政策、金融和科学交叉点的新结构为试点融资的风险和潜在回报,采用绿色基础设施的成本和收益,以及新金融产品的潜在投资者基础。它还要求学生考虑利用私人资本为社会成果提供资金。2015年5月,华盛顿特区水务公司(以前称为哥伦比亚特区水务和下水道管理局)的首席财务官马克·金(Mark Kim)坐在华盛顿特区西南部的办公室里,考虑他对已经进行了10多年的基础设施现代化项目最后阶段的选择。根据与美国司法部和环境保护署(EPA)重新谈判的协议,该项目的最后阶段将利用创新技术,即所谓的低影响开发或绿色基础设施,比传统的下水道基础设施更环保,成本更低。然而,金墉对实施过程中的风险感到担忧。尽管底层技术在过去几年中得到了验证,但尚未得到广泛实施。此外,基础设施的性能取决于地理位置的许多变量,包括地质、土壤条件、天气和土地价格。DC Water的首席执行官兼总经理乔治·霍金斯(George Hawkins)希望继续推进绿色基础设施建设,而金的工作就是弄清楚如何支付这笔费用。华盛顿特区水务局是哥伦比亚特区政府的一个独立机构。它为哥伦比亚特区68.1万居民、马里兰州蒙哥马利县和乔治王子县以及弗吉尼亚州费尔法克斯县和劳登县的160万人提供供水和下水道服务,服务面积约为725平方英里(见附件1)。2016年,DC Water通过1350英里的管道网络、4个泵站、5个水库、3个水箱和9510个消防栓,平均每天向客户输送9900万加仑的水。它还运营着1,900英里的下水道,160个流量计,9个污水泵站,16个雨水泵站,12个充气水坝和一个漩涡设施。DC Water的Blue Plains高级污水处理厂是世界上最大的污水处理厂之一,占地超过150英亩,平均每天处理2.9亿加仑的废水. . . .
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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