- Where Your Water Comes From - SNWA
Colorado River water and local groundwater are the two primary supplies used to meet our community's current water resource needs
- Nevada 2025 Report - ASCEs 2025 Infrastructure Report Card
This report covers eight categories – Aviation, Bridges, Dams, Drinking Water, Energy, Public Parks, Roads, and Wastewater We are pleased to report an improvement in Nevada’s infrastructure from a C in 2018 to a C+ in 2025
- Current Water Use and Sources | EARTH 111: Water: Science and Society
As discussed in detail in The Big Thirst, incentive programs for removal of turf from parks, common areas, and residences is one strategy to reduce water use Golf courses and resorts, which are often the stereotypical poster children for water “waste” in Las Vegas, use about 14% combined
- How sewage water is recycled to drinkable tap water | Local Las Vegas . . .
Drinking recycled sewage water is gaining steam across the West as cities grapple with the effects of more than two decades of drought that has dwindled water supplies from the Colorado River
- Where your water comes from - LVVWD
About 10 percent of the Las Vegas Valley's water comes from groundwater, which is a water supply under the Earth's surface The Las Vegas Valley Water District pumps groundwater from wells to meet peak summer demand
- WATER USE AND CONSERVATION - Las Vegas
The Las Vegas Valley Water District (LVVWD), a member agency of SNWA, is the primary water delivery agency for most City of Las Vegas and Clark County residents and businesses
- Water Source | Henderson, NV
The community’s drinking water is supplied by the Southern Nevada Water Authority, from either the Alfred Merritt Smith or River Mountains Water Treatment Facility and is delivered to your home or business by the City of Henderson
- Our Regional Water System - SNWA
Built in 1971, the Alfred Merritt Smith Water Treatment Facility currently treats most of the valley's drinking water Improvements to the facility enhanced the plant's reliability and increased capacity to be able to treat 600 million gallons a day
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