Swan Analytical USA Inc. is a leading manufacturer of, and field service provider for, online analytical instruments for measuring turbidity, free chlorine, total chlorine, chloramines, bromine, ozone, pH/REDOX, dissolved oxygen, phosphate, fluoride, ammonium, nitrate, and conductivity/TDS in drinking water production.
Based in Wheeling Illinois, and with field sales offices throughout the US, Swan is the US subsidiary of Swan Analytical Instruments AG in Switzerland. For more than 30 years Swan has been a technology leader in online analytical instrumentation that is not only of the highest quality, precision and reliability, but also having the lowest long term cost of ownership due to the low or no maintenance needs of the instrumentation. The Swan group of companies employ many of the world’s recognized expert chemists, engineers and technicians in the field of on-line water quality analyzers for drinking water, electrical power generation, semiconductor, pharmaceutical and food and beverage applications. As a privately held company, Swan continues to be able to take the long view when it comes to product development and support, customer relationships, and employee development.
SWAN Analytical USA is a leading manufacturer of high quality on-line analytical instruments for water analysis in applications such as high purtiy water, steam, condensate, cooling water, potable water and effluent. SWAN instruments measure a number of parameters within these applications such as turbidity, chlorine, sodium, dissolved oxygen, pH, ORP and others. Built with Swiss precision, SWAN's reliable analyzers are designed with the operator in mind.
This video gives a brief tour of Swan's products and applications expertise, and also explains why Swan is named Swan.
Swan Analytical USA
225 Larkin Drive, Unit 4
Wheeling, IL 60090
Phone: (847) 229-1290
Fax: (847) 229-1320
Contact: Bob Langie
For the Village of Lombard’s Water Division, consistently delivering high-quality tap water to the community’s nearly 44,000 residents and the businesses serving them was once quite a juggling act: constantly fixing old, temperamental analyzers; feeding reagents into the old analyzers; and staying ahead of callers complaining about “musty” water tastes and odors. Not today.
Some wastewater applications require chlorine residuals greater than can be effectively monitored using DPD due to the oxidation of the Wurster dye to a colorless Imine. Such applications include industrial wastewater processes that inherently have a high chlorine demand thereby requiring a more robust monitoring method.
The City of Gordon Texas’s drinking water facility was struck by lightning. Thinking long term, and desiring the latest technology available, the City took this opportunity to upgrade their on-line instrumentation with a range of new continuous monitoring on-line instruments including chlorine analyzers, pH monitoring, temperature monitoring, and turbidity monitoring.
Continuous analyzers are an integral part of the process to maintain quality, ensure compliance, and protect public health. Therefore it is imperative to ensure the analyzers are functioning properly and provide accurate and reliable data. This requires validation of the data provided by the analyzer on a routine basis. In addition some continuous analyzers incorporate internal data validation capabilities to inform the end user the reliability of the data provided by the analyzer. This paper discusses integrated data validation and how they may be integrated into SCADA systems.
Russellville water treatment plant is a surface water plant using traditional clarification, filtration, and treatment. The plant historically has used traditional contact turbidimeters that employ tungsten lamps that required quarterly maintenance, but replaced their turbidimeters with Swan Turbiwell turbidimeters in 2012. Read the full report for a comparison of the performance of the Swan Turbiwell to the previously installed turbidimeters.
The Internet of Things (IoT) has arrived at the water authority. Online analyzers sampling water quality 24/7 are being coupled with software running on mobile computing devices such as cellphones and tablets to provide the modern utility worker with up-to-the-minute results.
This report gives a brief outline of the general measuring methods. Further, it illustrates the possibilities and limitations of the direct UV oxidation, as well as which technical modifications were made to the monitoring instrument, AMI Line TOC, to improve the performance of the UV reactor and, therefore, the precision of the instrument.
The North Shore Water Commission located in Glendale Wisconsin is a conventional water treatment facility that receives its influent from Lake Michigan. At the intake, chemical treatment is applied for mussel control and the water is pumped to the treatment plant 1 mile away. By Kevin Forsman
Since the EPA has established that, together with free chlorine, monochloramine is a primary disinfectant, it has been possible to implement the process more intensively. Water that is treated with monochloramine has, depending on the source of the water, fewer problems concerning taste and odor than water treated with free chlorine. In addition, the chemically more stable monochloramine remains longer in the water, thus allowing a long-term disinfecting effect.
For the first time at Weftec 2015, Swan introduces SwanDesk. SwanDesk is a remote access portal for analyzer data collection, status review and control. It is ideal for locations that cannot be manned 24/7, or for any plant with redundancy requirements for water quality data acquisition of multiple variables and alarm indications.