HydroNexis Blog

Analysis of the latest optimization methods for deep well pumps operation and energy cost reduction in medium and large water utilities. This article presents specific solutions that have been implemented in recent years at leading water treatment facilities.

Experts estimate that a properly optimized system can deliver from 20% to 35% energy savings, which translates into significant operational cost reductions.

Overview of the most important trends and innovations in SCADA systems that will shape the industry in the coming year. In this article, we analyze the development of cloud technologies, IoT integration, and advances in artificial intelligence applied to industrial control systems.

We also present forecasts from leading industry experts regarding the future of industrial automation and monitoring systems in the context of water infrastructure management.

Detailed analysis of the HydroNexis system implementation process at a Municipal Water and Sewage Company. We describe the implementation stages, technical challenges encountered, and solutions developed that enabled effective integration of the system with existing infrastructure.

We also present measurable results achieved 12 months after system launch, including energy consumption reduction, decreased failure rate, and improved overall operational efficiency.

How are Internet of Things (IoT) technologies revolutionizing water infrastructure management? In this article, we present practical applications of IoT sensors in monitoring and control systems for deep well pumps and their integration with SCADA systems.

We also analyze data security aspects in the context of increasing use of Internet-connected devices in critical infrastructure and methods to protect these systems from cyber threats.

Artificial intelligence algorithms and machine learning have revolutionized the approach to industrial infrastructure maintenance. In this article, we demonstrate how advanced AI models analyzing historical data can predict potential failures of pumps and pumping units long before they occur.

We also discuss practical implementations of these technologies in water utilities and the results achieved in terms of unplanned downtime reduction and maintenance cost optimization.

Detailed analysis of an innovative technology that introduces an advanced method for controlling and optimizing deep well pump operations. This system enables precise pump efficiency control based on pressure data, flow rates, and variable consumer demand.

In this article, we discuss technical aspects of this technology, its potential applications in modern SCADA systems, and the economic benefits resulting from implementing this solution in water utilities. This innovative approach can bring up to 25% reduction in operational costs.

We present an advanced system for monitoring fuel quantities in tanks and power generators that provides continuous oversight of resource status. This solution utilizes the latest sensor and analytical technologies for precise real-time tracking of fuel levels.

The system features comprehensive data analysis and automated reporting that enable fuel consumption optimization and early detection of anomalies such as leaks or unauthorized withdrawals. With wireless communication and remote alarm notification, operators receive immediate alerts about critical conditions, allowing for rapid response even in facilities located far from management centers.