This article emphasizes the vital role of check valves in preventing backflow within wastewater systems. By allowing one-way flow, these valves protect pumps and other equipment from damage. It explores various types like swing and ball check valves, and how they enhance efficiency and reduce operational risks in treatment facilities.
The article discusses how biogas, produced through anaerobic digestion of wastewater, offers a renewable energy source. It outlines the process of converting organic waste into methane and highlights the dual benefits of reducing environmental pollution while generating clean energy for heating, electricity, or fuel.
This article explores how modern technology and proper system design can improve the efficiency of water distribution pumps. Strategies such as using variable frequency drives (VFDs), reducing friction losses, and maintaining proper pump alignment are explained to help optimize energy use and ensure reliable water delivery.
The piece traces the development of hydro-informatics as a blend of water science and IT. It highlights how digital tools—like remote sensors, real-time data platforms, and predictive models—are revolutionizing water resource management, allowing for smarter decision-making and more efficient operations.
This article presents natural water filtration methods that utilize materials such as sand, gravel, and plants. It explores systems like biosand filters and constructed wetlands, emphasizing their cost-effectiveness, sustainability, and suitability for rural or eco-conscious communities.
The article examines whether carbon filters are effective at removing bacteria from drinking water. While these filters are excellent at removing chemicals and odors, the article clarifies that they are not reliable for eliminating bacteria without additional treatment steps such as UV or reverse osmosis.
This article provides insights into how long water softener resin lasts—typically 10 to 15 years. It explains the factors that affect its lifespan, such as chlorine exposure and water hardness, and offers signs to look out for when the resin needs replacement, including reduced softening performance.
The article introduces SOURCE’s Hydropanels, which use solar energy to capture moisture from the air and convert it into clean drinking water. It highlights how this innovative technology provides a decentralized, sustainable solution for communities facing water scarcity, especially in arid regions.
This article details how modern water service meters, particularly smart meters, help optimize water usage by providing accurate, real-time data. It explores their role in leak detection, billing accuracy, and conservation efforts, making them essential for sustainable utility management.
The article showcases Clearwater Enviro Technologies and its innovative, chemical-free solutions like ScaleBlaster and IonGen. These systems use electronic descaling and ionization to treat hard water and algae without harmful chemicals, offering environmentally friendly alternatives for residential and commercial use.
This guide reviews top-rated pH testers for checking drinking water quality. It explains the importance of maintaining a safe pH level, compares digital models based on accuracy and ease of use, and helps consumers choose reliable devices for home or field testing.
The article promotes rainwater harvesting as a key method of reducing reliance on municipal water supplies. It covers collection techniques, storage systems, and filtration options, emphasizing the environmental and economic benefits of using harvested rainwater for irrigation, toilets, and potentially drinking.
This article explores how water treatment systems integrated into containers provide mobile, scalable solutions for clean water delivery. It highlights their use in remote areas, emergencies, and industrial sites, with technologies that include filtration, disinfection, and desalination—all within compact, easily deployable units.
The article explains the powerful oxidizing nature of ozone and how it effectively disinfects water by eliminating bacteria, viruses, and organic contaminants. It highlights ozone’s advantage over chlorine—particularly its ability to purify water without harmful residuals—making it ideal for both municipal and industrial use.
This article introduces the advanced ultrasonic water meter developed by Sensus. It explains how ultrasonic technology allows for precise flow measurements without moving parts, reducing maintenance and increasing accuracy. The meter also supports remote monitoring, aligning with the growing trend toward smart water systems.