Scope Full metering infrastructure upgrade. Challenges Meters set in concrete required extensive demo and restoration. Solutions Metron cellular AMI system deployed—ideal for rural locations with no fixed network required. All concrete was removed and re-poured to maintain site aesthetics. Outcome Cost-effective modernization without additional network infrastructure. Project Overview The City of Globe, Arizona is a historic mining town nestled in the mountains of Gila Country. It has long managed infrastructure through traditional manual-read meters and legacy systems. As water conservation becomes increasingly urgent across Arizona, and utility budgets continue to face mounting pressure. The city recognized an opportunity: transform its water metering system into a smarter and more resilient infrastructure.  Rather than simply replacing meters, the Globe’s leadership envisioned a

Project Overview Location Springerville, Arizona Scope Full citywide water meter system replacement Key Distinction Deployment in a cold climate, with meters buried 48–60 inches below grade for freeze protection Introduction: Investing in Sustainable Transformation Through Partnership The Town of Springerville, Arizona, recognized the need to modernize its aging water metering infrastructure to improve system performance, data visibility, and long-term sustainability. Facing a range of environmental and technical challenges, town leadership partnered with Phoenix Water Solutions to deliver a comprehensive, cold-climate-compatible metering solution.  This initiative was not driven by failure, but by foresight. By proactively addressing infrastructure needs and seeking the right technology and support, Springerville positioned itself for a smarter, more efficient future. At Phoenix Water Solutions, we believe in

Introduction: The Demand for Cleaner, Smarter Water Solutions Across the United States and globally, communities are working hard to secure safe, sustainable, and cost-effective water supplies. Whether for municipal distribution, commercial operations, or residential use, water purity is a top priority—and that means filtering out contaminants that traditional treatment methods may leave behind. Reverse Osmosis (RO) has emerged as one of the most powerful, proven water purification technologies available. By using advanced membrane filtration, RO systems can remove up to 99% of dissolved salts, particles, and contaminants from water—including lead, arsenic, nitrates, PFAS, and microorganisms (EPA, 2023). But as with any technology, the power of RO lies not only in how it works, but in how it’s planned, implemented, and