In line with our commitment to environmental sustainability, one of our facilities recently made the switch to a Sonoxide Ultrasonic water treatment system, replacing traditional chemical treatments. While researching online, I came across conflicting information - one article mentioned a failure, but there are also success stories shared by the manufacturer, "Ashland". I'm interested to hear from anyone who has used this system to address biofouling and scaling issues. Your insights are appreciated. - Jack
Jack, Our team was recently commissioned by Griswold to provide our services and expertise at Jacksonville Electric Authority. We have implemented the Griswold WAVE technology on three major district cooling systems at the facility. The innovative Griswold Wave system is specifically engineered to effectively manage microbiological growth and prevent scale formation. So far, it has shown exceptional results in controlling microbiological growth, with biocount levels consistently below 1,000 cfu/ml. While the WAVE system does not directly eliminate algae, it has been successful in minimizing algae growth. We have also initiated trials on an ultrasonic system for algae control, although further data is needed to draw conclusive results. Monitoring of approach temperatures, head pressures, and condenser inspections over the past year has indicated excellent scale control with the WAVE system. I strongly suggest daily monitoring of cooling water parameters such as conductivity, velocity, approach temperatures, and head pressure, complemented by monthly evaluations of cooling water cycles through precise chloride testing. Due to the influence of the WAVE system on water properties, it is essential to calculate cycles based on chloride levels rather than hardness or conductivity. The corrosion rate and scale formation are significantly impacted by cooling water cycles and velocity. To enhance our monitoring capabilities, we have implemented remote alarm systems linked to a data logger on our computers via cellular technology. For visuals of our work, please visit: http://www.engineeredwater.us/...n-chemical_treatment Sincerely, Rick Ruckstuhl
I find this subject fascinating due to my experience installing two chemical dosing skids for boiler and steam systems.
Is the natural system superior to chemical products? Are there any comparison tables available?
Hi Jack, we've implemented the Sonoxide system in our company about two years ago. It's been pretty effective against biofouling and scale formation, showing substantial reduction. However, remember, the system alone can't mitigate every issue. Regular maintenance and checks are crucial too. Also, a few initial hiccups are understandable due to the learning curve. When used properly, the system can save numerous resources without resorting to chemicals, aligning well with green initiatives. Just be sure to properly train your staff on handling and operation to ensure optimal effectiveness.
Hey Jack! I haven't used the Sonoxide system myself, but I've read a few case studies that highlighted both its benefits and challenges. It seems like the key to its success often lies in how well it's implemented and monitored. Some users report great results in reducing biofouling and scaling, especially when combined with regular maintenance and good water management practices. It's definitely worth reaching out to other facilities that have made the switch to get their firsthand experiences. Good luck with your sustainability efforts!
Hi Jack! I haven't personally used the Sonoxide system, but I've read a lot about it in the context of reducing chemical usage and improving water quality. Some users have reported great success with it, particularly in areas where chemical treatments weren't cutting it. However, I think the key might lie in proper installation and ongoing maintenance, as seems to be the case with many technology solutions. It could be helpful to reach out to facilities that have used it for a while to hear about their long-term experiences. Good luck with your sustainability efforts!
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Answer: - The Sonoxide Ultrasonic water treatment system by Ashland is a technology used to address biofouling and scaling issues in water systems without the use of traditional chemical treatments.
Answer: - Some reported successes of using the Sonoxide Ultrasonic system include effective biofouling and scaling control, as shared by the manufacturer, Ashland.
Answer: - While there have been conflicting reports online, mentioning both successes and failures, it is important to gather insights from users who have firsthand experience with the system.
Answer: - The Sonoxide Ultrasonic system contributes to environmental sustainability by providing an alternative to traditional chemical treatments, which can have negative impacts on the environment.
Answer: - Jack is seeking insights from individuals who have used the Sonoxide Ultrasonic system to address biofouling and scaling problems in their facilities.
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