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Swan Analytical USA is a leading manufacturer of high quality on-line analytical instruments for water analysis in applications such as high purity 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.

 
Impact Of EPA Drinking Water Stage 2 Disinfectant And Disinfectant By-Product Rule   Phosphate Corrosion Control In Drinking Water   Monitor AMI Silica
Impact Of EPA Drinking Water Stage 2 Disinfectant And Disinfectant By-Product Rule   Phosphate Corrosion Control In Drinking Water   Monitor AMI Silica

SWAN ANALYTICAL USA PRODUCTS

Monitor AMI Turbiwell WhiteLED; Auto-drain

Monitor AMI Turbiwell WhiteLED; Auto-drain

High precision, non-contact nephelometer, approved alternative method to US EPA 180.1, for the continuous measurement of turbidity in potable water.

AMI Turbiwell

AMI Turbiwell

Non-contact nephelometer for the continuous measurement of turbidity in potable water, pool and sanitary water and effluent.
AMI Codes-II CC

AMI Codes-II CC

Colorimetric process analyzer (DPD-method) for measurement of disinfectants such as free chlorine, monochloramine, total residual chlorine and combined chlorine.
AMI Line TOC

AMI Line TOC

On-line analyzer for the continuous measurement of Total Organic Carbon in pure and ultrapure water.
AMI Trides

AMI Trides

Analyzer for the automatic and continuous measurement of disinfectants in potable water and swimming pools.
AMI Codes-II

AMI Codes-II

Colorimetric analyzer for the continuous online determination of disinfectants based on the DPD colorimetric method.
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CONTACT INFORMATION

Swan Analytical USA

225 Larkin Drive, Unit 4

Wheeling, IL 60090

UNITED STATES

Phone: (847) 229-1290

Fax: (847) 229-1320

Contact: Jeff Parke

FEATURED ARTICLES

  • Calculated pH By Differential Conductivity Measurement In Mixtures Of Alkalizing Agents
    Calculated pH By Differential Conductivity Measurement In Mixtures Of Alkalizing Agents

    Proper measurement of pH is a key factor of corrosion risk surveillance in water-steam cycles.

  • 10 Tips For Accurate Disinfection
    10 Tips For Accurate Disinfection

    Disinfection can rightly be called the “ultimate” stage of drinking water treatment — typically occurring at the end of the process, and acting as a final step before water is sent out of the plant, through the pipes, and into the world. It may come last, but it’s certainly not least.

  • Swan Analytical Announces New Services Program, July 2014, Municipal Market
    Swan Analytical Announces New Services Program, July 2014, Municipal Market

    Swan Analytical USA Inc. introduces its new services program aimed at serving drinking water facilities and clarified, or filtered wastewater applications.

  • Drinking Water Disinfection – A History and Improved Monitoring Techniques
    Drinking Water Disinfection – A History and Improved Monitoring Techniques

    In many countries we take for granted the availability and reliability of safe drinking water.  A recent trip outside of the US reminded me of this fact when I saw notices in the hotel rooms stating the drinking water met specific standards and was safe to drink however, my friends from the country emphatically warned me to not drink the water. By Randy Turner, Technical Director, Chemist, Swan Analytical USA

  • Case Study Of Swan Turbiwell Quarterly Calibrated Unit Versus Quarterly Verified Unit
    Case Study Of Swan Turbiwell Quarterly Calibrated Unit Versus Quarterly Verified Unit

    This paper presents the field data collected over a twelve month period at a municipal surface water treatment plant employing traditional clarification and filtration.  The final effluent turbidity was monitored by the third party compliance turbidimeter, a Swan Turbiwell (Protocol Turbiwell) was calibrated quarterly just as the compliance turbidimeter, and a second Swan Turbiwell (Non-protocol Turbiwell) that was not calibrated. By Shaun Sharrett and Randy Turner, Swan Analytical USA

  • Continuous Phosphate Monitoring Improves Reliability
    Continuous Phosphate Monitoring Improves Reliability

    When municipalities choose to manually feed phosphates into their potable water, this often creates an over-feed of chemicals. Learn how employing an automatic-dosing phosphate analyzer can reduce operating costs and improve reliability.

  • Data Validation Of Continuous Analyzers
    Data Validation Of Continuous Analyzers

    Continuous analyzers are routinely employed to monitor water and steam cycles in industries such as power generation, municipal water and waste water, pharmaceutical, and microelectronics.  By Randy C. Turner, Technical Director, Swan Analytical USA

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ABOUT SWAN ANALYTICAL

SWAN Analytical USA supplies online continuous monitoring analytical instruments for raw and potable water. SWAN’s analyzers deliver high precision readings for conductivity, pH/ORP, phosphate, nitrate, ammonium, chlorine, bromine, fluoride and turbidity.

SWAN monitors are available with all components pre-mounted on stainless steel or PVC back panel; wet-bench tested at the factory, and ready to quickly install in the process with minimal work. Designed with the user in mind, components are placed on the panels to provide easy access for routine maintenance and service procedures, and fast exchange when replacements are needed. Optional elements like cleaning modules, degassers, flow sensors, and built-in diagnostics ensure low maintenance operation.

Flexible output capabilities include multiple 4-20 mA outputs, Modbus, Profibus, RS-232, and USB providing SCADA-ready communications. Powerful data logging capabilities ensure the instruments capture and transmit key event data along with continuous measurements.

Contact Swan Analytical USA today to discuss your specific monitoring needs at (847) 229-1290 or sales@swan-analytical-usa.com.