March 26, 2018
Significant Funding Increases for Key Water Reuse Infrastructure Financing in FY18 Omnibus
Bureau of Reclamation Releases Updated Title XVI Evaluation Criteria
Senate Committee Discusses Western Water Challenges
Make Plans for Water Week in April
State Updates and Member Spotlight
California: Aerospace Manufacturer Partners with City to Treat and Reuse Industrial Wastewater
UTC Aerospace Systems held a ribbon cutting on Tuesday, March 20 for its first U.S.-based water recycling initiative at its manufacturing facility in Santa Fe Springs. Developed in partnership with the state of California and the local municipal water district, the project will flow site-generated industrial wastewater to a city treatment facility, which will return the treated water UTC Aerospace for use in manufacturing carbon friction material utilized in civil and military aircraft brakes. The project reduces the facility’s use of the community’s drinking water by 25 million gallons per year. Learn More.
California: New Natural Resources Headquarters to Include Water Recycling
The State of California will begin construction this summer on a new 838,000-square-foot headquarters for the Department of Natural Resources. The property is designed to meet LEED Platinum and zero-net energy standards, with such features as radiant floor heating and mechanical chilled sails, as well as recycled water systems. The building is expected to use at least 50 percent less water than a typical, comparable office building. The downtown Sacramento office development carries a project cost of approximately $597 million. Learn More.
California: Western Municipal Completes Recycled Water Pipeline
WateReuse Association member the Western Municipal Water District is celebrating the completion of the Meridian Recycled Water Pipeline project, which provides 32 million gallons recycled water annually for irrigation. The recycled water transmission pipeline is about two and a half miles long. As part of the project, 112 commercial and landscape meters were inventoried and inspected, of which 40 meters were converted. Learn More.
California: Researchers Find Consumers Prefer the Taste of Purified Water Over Tap Water
Researchers at the University of California, Riverside, recently published a study of recycled water that did not focus on its safety—which has long been established—but rather its taste. The study included 143 people, who were asked to compare purified recycled water with conventional tap water and commercially bottled water in a blind taste test. At the outset, researchers hypothesized the three waters would score equally. However, tap water emerged as the least preferred. Learn More.
Florida: Naples Considers Expanding Recycled Water Program
Naples is considering spending up to $20 million to expand its water-recycling program to support a growing population. The local utility is recommending an initial investment of $1.2 million to construct a pipeline connecting additional customers to the current recycled water supply. City staff is working on a financial plan for the project. Learn More.
Idaho: Sugar Company Seeks to Continue Agricultural Reuse
WateReuse Association member the Idaho Department of Environmental Quality is seeking public comment through April 18 on a draft water-reuse permit renewal for the Amalgamated Sugar Company of Twin Falls. The permit will authorize the company to continue operating a wastewater treatment facility and reuse system for another five years. It will allow recycled water to be used to irrigate agricultural fields and the conditional use of condensate wastewater for dust suppression. Learn More.
Nevada: Water Innovation Campus Receives Funding from Utilities
The Truckee Meadows Water Authority approved $172,707 on March 21 to support the new Nevada Water Innovation Campus and water reuse pilot testing operations. Washoe County, Reno, Sparks and the Western Regional Water Commission also plan to help fund the innovation campus, which will study the feasibility of expanding water recycling locally. The initiative will help the partners with the assembly, start-up, and optimization of advanced water treatment technologies. A regional indirect potable reuse feasibility study is also part of the plan. Learn More.
Conferences and Events
Austin: Live Music and the Location of the 33rd Annual WateReuse Symposium
It’s not too early to start planning your trip to the 33rd Annual WateReuse Symposium on September 9 – 12, 2018 in Austin, Texas. To make the most of your trip, combine learning with live music. During the day, learn what’s working, what’s new, and what’s next at the premier conference on all things water reuse. At night, enjoy live music at one of 250 venues across the city, which earned Austin the reputation as the “live music capital of the world.” Whether it’s rock, country, or blues, Austin offers up the music you love to listen to. Learn More.
Webcast: Water Recycling and Wet Weather Management
Please join us on April 12 at 2 p.m. EDT for a webcast showcasing successful urban and suburban-based decentralized water recycling installations in the Northeastern United States. You will learn about the decentralized water recycling revolution occurring in and around cities located in wetter regions, including why these cities are turning to decentralized water reuse and how your city can integrate decentralized water recycling systems into your overall wastewater and wet weather management strategy. If you are a wastewater utility manager facing challenging weather conditions and population growth, this webcast is for you. Learn More.
Register for the Pacific Northwest WateReuse Conference
WateReuse Pacific Northwest will host a conference May 17-18 in Portland, Oregon with the theme “Roadmap to Reuse.” More than 200 utility operators and mangers, elected officials, engineers, regulators and equipment manufacturers are expected to attend. Presentations will focus on feasibility studies, regulatory updates, public outreach, funding, and more. Learn More.
Register in advance for this meeting:
After registering, you will receive a confirmation email containing information about joining the meeting.
Join Dr. A. Rasem Hasan, a professor and researcher at An-Najah National University in Nablus, West Bank, to learn about recent challenges, social and technical, and proposed solutions to increase water recycling in Palestine.
1:00 – 2:00 pm Eastern | 10:00 am – 11:00 am Pacific
WateReuse Members: Free
Although a small country with many water resource challenges, Palestine relies on agriculture as a critical component of its economy. About 50 percent of the land is designated agricultural yet only 7 percent is irrigated, creating an opportunity for water reuse to play a key role in water conservation, food security, and economic growth. Join Dr. A. Rasem Hasan, a professor and researcher at An-Najah National University in Nablus, West Bank, to learn about recent challenges, social and technical, and proposed solutions to increase water recycling in Palestine.
Dr. Hasan will present research on how to overcome funding limitations to develop water reuse projects of varying sizes in a semi-arid to arid region. The presentation will discuss rural wastewater management and reuse, industrial wastewater management, brackish water desalination for drinking and irrigation, and climate change adaptation.
Join us for a presentation organized by the WateReuse International Committee that will offer insight into the unique experiences of communities where low funded projects can have significant impact on society.
- Dr. Zoreh Movahed, WATEK
- Dr. A. Rasem Hasan is currently the Director of Water and Environmental Studies institute, and faculty member of Civil Engineering Department, at An-Najah National University in Nablus, West Bank, Palestine. He has as a PhD in Civil Engineering from the University of Miami, Florida, USA, MSc in Water Engineering from Birzeit University, Palestine, and B.Sc. in Chemical Engineering from Mutah University, Jordan. Dr. Hasan received several academic awards and has 20+ years of work experience as consultant and academic in the fields of water and environmental engineering. His research interests are water desalination, wastewater treatment and management, water reuse, and hazardous waste management.