Steve Weymer

Advanced metering infrastructure (AMI) for water utilities is reshaping how communities monitor and manage water. Many systems struggle with hidden leaks, aging pipes, and rising demand. AMI provides real-time insights that help utilities respond faster and make better decisions. This technology also improves how customers understand their own water use. The shift toward advanced metering infrastructure underscores the importance of accurate data in protecting water resources . What AMI Brings to Modern Water Utilities AMI is a digital system comprising smart meters, communication networks, and data platforms. These tools work together to collect detailed water-use information. Unlike old systems that update once a month, AMI sends data throughout the day. This gives utilities a clear, consistent view of how water moves through their systems. Real-time data helps utilities spot sudden use spikes, which often signal leaks or faulty fixtures. Alerts help crews respond quickly before pro...

Conducting a home water audit is a smart step for any homeowner looking to save money and conserve resources. Many people are surprised to discover how much water slips away unnoticed through small leaks, outdated appliances, or inefficient irrigation systems. With just a bit of time and a few simple tools, you can gain insight into your household’s water use and identify easy fixes that make a real impact. From checking indoor fixtures to evaluating your outdoor watering schedule, each step of the audit process helps you take control of your utility bill and reduce your environmental footprint. The insights you gather can guide immediate improvements and shape better water habits for the long term. 1. Why a Home Water Audit Is Worth Your Time Water bills can add up quickly, especially in homes where leaks or inefficient fixtures go unnoticed. A dripping faucet or a toilet that runs quietly can waste hundreds of gallons a month without anyone realizing it. With rising utility costs and...

Water management is the scientific and organized process of controlling how water is sourced, distributed, used, treated, and safeguarded across communities and ecosystems. In simple terms, it refers to the strategies and systems that ensure water reaches people, farms, industries, and natural environments in a clean, reliable, and responsible manner. It includes the entire journey of water, beginning from natural sources such as rivers, lakes, and underground aquifers and continuing through treatment plants, supply networks, and the recycling of wastewater. An educative way to understand water management is to view it as a balanced relationship between human needs and environmental protection. When water is managed effectively, it becomes possible to support daily necessities such as drinking, cooking, farming, and manufacturing while also preserving natural ecosystems. This field brings together a variety of disciplines including hydrology, engineering, environmental science, public...

Industrial facilities rely heavily on water for processes such as cooling, cleaning, and manufacturing. Ensuring that water is properly treated is critical for operational efficiency, regulatory compliance, and environmental sustainability. When industrial water treatment is managed effectively, it reduces equipment damage, lowers operating costs, and minimizes environmental impact. Adopting best practices in water treatment allows companies to maintain high productivity while safeguarding resources for the long term. Proper assessment of water quality is the first step toward effective treatment. Industrial facilities often draw water from multiple sources, including municipal supplies, rivers, or wells, each with unique characteristics. Testing for parameters such as pH, hardness, dissolved solids, and microbial content helps identify potential issues that could affect equipment performance or product quality. By understanding the composition of incoming water, facilities can design...

Water is the foundation of life, and agriculture consumes nearly 70% of all freshwater used globally. As the effects of climate change worsen, droughts become more frequent, and natural resources grow scarcer, the way we produce food must evolve. Traditional soil-based farming methods, while time-tested, often waste significant amounts of water through evaporation, inefficient irrigation, and soil runoff. In response to these challenges, water-efficient agricultural innovations such as hydroponics, aquaponics, aeroponics, and drip irrigation have emerged as transformative solutions. These technologies are reshaping how we think about farming, making it possible to grow more food with less water and space. By focusing on precise water management and sustainable nutrient delivery, these systems offer a glimpse into the future of farming—one that balances productivity with environmental responsibility. They not only save water but also enhance crop yields, reduce land use, and support fo...