Overcoming the Challenges of Hydrogen Peroxide Gas Monitoring

From hospitals to pharmaceutical plants and food processing facilities, maintaining precise hydrogen peroxide levels is essential—not only to ensure effective sterilization but also to protect personnel returning to these environments. That’s where advanced monitoring solutions like the IsoMon dual-channel gas detection system come in, offering continuous, real-time data to ensure your sterilization cycles are both effective and safe.

AutoTest Technology: Innovative Gas Detection for Ultimate Peace of Mind

When it comes to protecting people and facilities from hazardous gases, reliability is everything. Traditional gas detectors need frequent manual testing to make sure they’re working right — which can be time-consuming and expensive. That’s where AutoTest technology comes in. This breakthrough innovation takes gas detection to the next level by performing daily automatic self-checks, giving facility managers confidence that their safety systems are always on guard.

Effluent Compliance in Kocaeli: Leveraging Real-Time Monitoring for Industrial Wastewater Management

The industrial center of Turkey, the Kocaeli Metropolitan Municipality, achieved their goal of monitoring and regulating industrial wastewater discharge into municipal sewer systems.

Bahrain Aquarium Enhances Water Quality Monitoring for Marine Life

Water quality monitoring plays a vital role in the management of a 17-meter-tall aquarium in Bahrain. Providing near real-time analysis of vital parameters, this solution allows proactive control of the environment to optimize living conditions and delivers valuable information for research while reducing operating costs and improving efficiency.

Monitoring Beijing’s Drinking Water Network in Real-Time

Beijing Waterworks Group Co., Ltd. measures turbidity, color, free/total chlorine, pH, conductivity and other drinking water parameters with a pipe::scan in the drinking water network.

Removing the Risk of Corrosion in HVAC Systems with Water Quality Monitoring

Ensuring optimal water quality in HVAC systems is key to maintaining efficient performance and extending the lifespan of building infrastructure. Discover how continuous water quality monitoring can help you prevent costly damage and keep your system running smoothly.

ORION® Cellular Accredited Under IoT Network Certified for Smart Connected Infrastructure™ Program by Ericsson and CTIA

ORION Cellular passes rigorous security and reliability tests, setting a new industry standard for smart water-connected infrastructure. This certification enhances the safety and resilience of critical infrastructure, cementing Badger Meter as a leader in the sector.

Badger Meter Releases 2024 Sustainability Report

A number of advances are described within this new report focusing on four strategic pillars – Governance, Solutions, Operations and People–that help define and guide ESG-related matters at Badger Meter.

Collection System Monitoring

Collection system monitoring plays a vital role in the water cycle, overseeing the movement of wastewater from its source through collection networks for treatment and disposal. Extreme weather events, fats, oils, and grease (FOG) blockages, and increased inflow and infiltration (I&I) can result in sewer spills or overflow events—endangering our environment and communities, costing utilities millions in cleanup costs. By monitoring these systems in near real-time, utilities can promptly identify and address issues for efficient operation and prevent environmental contamination.

Thiosulfate Monitoring

Thiosulfate (S₂O₃²⁻) plays a critical role in industrial, municipal and environmental processes where water treatment and chemical reactions must be precisely controlled. Monitoring thiosulfate concentration helps operators maintain chemical balance, prevent corrosion and maintain product consistency across applications such as wastewater treatment, refining and manufacturing.