S::CAN is a global leader in real-time water quality monitoring systems, offering innovative and reliable solutions for the continuous assessment of water quality in various environments. Their products are designed for both drinking water and wastewater applications, providing accurate measurements of critical parameters like pH, turbidity, organic carbon, nitrates, and more. S::CAN systems are based on optical and electrochemical sensors, ensuring precise, real-time data without the need for chemical reagents. These sensors can be seamlessly integrated into water networks for real-time control and monitoring. What sets S::CAN apart is its modular and user-friendly approach, making it easy to deploy and maintain in both urban and remote locations. Their systems help utilities, industries, and environmental agencies maintain compliance with water quality standards, optimize processes, and minimize costs. With advanced data analytics and reporting capabilities, S::CAN monitoring systems offer valuable insights for decision-making, ensuring safe and clean water management.   APPLICATIONS

1. Drinking Water Monitoring

The S::CAN Drinking Water Monitoring systems focus on ensuring water quality from source to tap. They are used for monitoring raw water, springs, water treatment plants, and distribution networks. The systems provide real-time data to help prevent risks like contamination, accidental discharges, and intentional sabotage. Their smart water solutions allow quick installation and continuous, reliable monitoring to ensure drinking water safety, with features like the Event Detection System that alerts operators of unusual conditions. Website Link: https://www.s-can.at/en/applications/drinking-water/

2. Waste Water Monitoring

The S::CAN wastewater monitoring page discusses the importance of reducing pollutants in wastewater and optimizing treatment processes. S::CAN systems are used to monitor municipal and industrial wastewater, optimize aeration, and track the quality of effluent water. The systems offer real-time, reliable data to ensure compliance with environmental regulations. Automatic sensor cleaning solutions minimize maintenance and provide accurate, drift-free data, even in highly fouling environments. The technology helps optimize wastewater treatment and reduce operational costs. Website Link: https://www.s-can.at/en/applications/waste-water/

3. Environmental Monitoring

The S::CAN Environmental Monitoring page highlights the importance of monitoring water quality in natural environments, including rivers, lakes, and coastal areas. Their systems provide real-time data to track pollution, detect episodic contamination, and ensure compliance with environmental regulations. The monitoring solutions are tailored for remote locations, utilizing solar-powered stations and automatic cleaning systems to minimize maintenance. These setups are crucial for protecting water sources from pollution and ensuring sustainable management. Website Link: https://www.s-can.at/en/applications/umweltmonitoring/

4. Industrial Monitoring

The s::can website discusses industrial monitoring solutions for managing water quality in various industrial applications such as manufacturing, food processing, petrochemical industries, and more. Their systems, like the spectro::lyser titanium pro, provide continuous water quality monitoring to prevent product loss, optimize chemical use, and detect contaminants. These solutions help industries meet regulatory standards, lower operating costs, and enhance process efficiency in challenging environments, such as wastewater treatment or coastal water monitoring. Website Link: https://www.s-can.at/en/applications/industrial/