The water Bump used to make Revival came from the northwestern edge of Los Angeles, where the Las Virgenes Municipal Water District recently opened a small demo facility as a showcase for the public to learn about potable reuse. Las Virgenes depends entirely on water from the California State Water Project, a 700-mile system of canals, dams and pumps that transports fresh water from the northern part of the state. After that water passes through toilets and drains in the district, it goes to a traditional waste treatment plant; from there, it’s either discharged into a local creek (and eventually into the Pacific Ocean) or sent through specially designated purple pipes to irrigate parks and golf courses. Three years ago, Las Virgenes began piping a small fraction of the plant’s outflow — about 1 million gallons a day — into the demo facility, where it is put through the additional steps of ultrafiltration (UF), reverse osmosis (RO) and an ultraviolet-advanced oxidation process (UV AOP) to be brought up to state’s standards for recycled drinking water. Each step in this alphabet soup of water tech removes increasingly small contaminants, from bacteria to viruses to salts and hormones.
Leading Asian Sanitary Solutions Provider Rigel Introduces the U.S. to Its Innovative Lineup of Smart Products at CES in Las Vegas
It provides sustainability benefits by tracking user traffic against consumption, identifying trends and patterns through data analysis, detecting amenities or water consumption abnormalities such as leaks or clogs, and tasking technicians to promptly resolve issues, which reduces the waste of resources. RigelIoT greatly lowers operational costs overall. It reduces labor expenses with its on-demand task scheduling system as well as employee performance tracking and maximizes amenities savings through consumption tracking, enabling accurate utility purchases and reduced waste. It provides the operator with greater cost control with the ability to leverage multiple reports and analytics on water consumption and traffic patterns.