HOME SERVICES APPLICATIONS SYSTEMS LIBRARY ABOUT CONTACT LIBRARY Our Library is broken into a trifold approach for information. “Technical Write-Ups” provides links to technical write-ups and product information; “Acknowledgements” contains special acknowledgements concerning our site and content; and, “Educational Links” contains a group of links to other websites containing educational write-ups in the field of industrial water treatment. Wipe away the cobwebs… TECHNICAL PAPERS & VIDEOS 21st Century Chlorine Dioxide Generation System Electrochemical generation of Chlorine Dioxide for Disinfection – pH neutral, nearly pure, gas stripped chlorine dioxide with the highest conversion ratio of sodium chlorite to chlorine dioxide in the industry. Click button for paper. 21st Century Chlorine Dioxide Generation System Assemble & Test Chemical Pump Head, Pulsafeeder Pump – Video Clips We created 7 video clips for re-assembling and testing the Pulsafeeder Pump after cleaning the head parts (see photo). Prior to the instructional video clips, the pump head was dismantled and all the header parts (screws, washers, diaphragm, header, and valves, etc.) removed / dismantled and soaked in a light soapy solution of warm water, gently cleaned, then thoroughly rinsed. Please take proper safety precautions by wearing OSHA prescribed eye protection and include protective hand-wear during the cleaning process. The reassembling and testing processes are broken out into video clip sections to allow for easy viewing of each instructional segment, allowing for the discovery and replacement of faulty parts. Video 1, Introduction – gives an overview of the process, and concludes showing that the pump is tagged with the Date, “Cleaned & Tested,” and Replaced Parts. Video 2 – Shows how to test the cleaned and assembled Suction Valve. The valve fails to function properly. Video 3 – The suction valve is replaced with a new valve and tested, then passes. Video 4 – Shows how to test the cleaned and assembled Discharge Valve. The valve passes. Video 5 – Demonstrates the process of reassembling the cleaned head plate and components to the pump. Emphasis is given at the end to tagging the pump with the Date, “Cleaned & Tested” (what was done on the pump), and the Replaced Parts. Video 6 – Shows how to do a pressure test with the pump to determine whether the assembled head is holding pressure. The Bleed Valve fails to hold pressure. Video 7 – Conclusion: The bleed valve is replaced and the assembly is once again pressure tested. The pressure holds, and the test passes. ACKNOWLEDGEMENTS We thank NAD (North American Dioxide) concerning input on various aspects industrial water treatment in the development of this website. We also greatly appreciated the boost NAD provided in moving us more to a green mentality, such that we adopted that as our initiative in the state of Texas. A very special thanks goes to Missouri Valley Environmental, a division of Ozark International, Inc. The company has been in the water treatment business since 1979 with industrial water treatment and other water technology initiatives. Missouri Valley Environmental has teamed up with AECSI Water to provide extended expertise in Industrial Water Treatment. The company has a record of consistently providing high quality industrial products and services for cooling towers & chiller units, boilers, process water, and wastewater treatment. In addition it designs and produces assemblies of industrial sized softeners, filters, ozone generators, electrodeionization, and reverse osmosis equipment. The company blends chemicals but also strives to reduce reliance on chemical treatments in order to reduce customer costs. Because of our strong relationship with the company, we model our industrial work after Missouri Valley Environmental. Their personnel have participated with AECSI Water in design and installation work and have provided guidance for the highest quality available in specifications for RO units and other equipment. Another special thanks goes to our web developer, Anderson Technologies (www.andersontech.com), for working closely with us and designing the site to our specifications, and for making the whole process productive. Because we are based in Texas and focused on developing excellent customer relationships in Texas, we wanted our website to also focus on Texas. We were pleased to find a video clip of a waterfall located in one of our Texas state parks: Gorman Falls in Colorado Bend State Park, produced by Photo Fly Boy. Credits were not required, but we were impressed enough that we freely want to give credit to www.photoflyboy.com for its excellent work in producing the video used on our home page. The link to the Texas Parks and Wildlife site for Colorado Bend State Park is: http://tpwd.texas.gov/state-parks/colorado-bend EDUCATIONAL LINKS Cooling Tower Institute (CTI) Home Page: https://www.coolingtechnology.org National Center for Biotechnology Information (NCBI) Technical article on the chemistry of an organophosphonate scale growth inhibitor used in cooling water: http://www.ncbi.nlm.nih.gov/pmc/articles/PMC2267100/pdf/BCA-03-119.pdf Association of Water Technologies (AWT) A paper on an oxygen scavenger used in boilers may be read at: https://www.awt.org/pub/014E996C-FA59-3BFF-67C3-FCD3627F94C7 National Board of Boiler and Pressure Vessel Inspectors (NBBI) Water Maintenance Essential to Prevent Boiler Scaling: http://www.nationalboard.org/index.aspx?pageID=164&ID=224 Quality Water Treatment with Relational Solutions AECSI Water is a full-service water treatment company with expertise in a variety of applications and industries, including, but not limited to, boiler & steam systems, cooling towers & recirculating systems, and plant & system sanitation. We provide integrated water treatment solutions… Learn More Contact Us Phone: (800) 377-3592 Email: water@aecsi.us 19525 Wied Rd, Suite 510 Spring, TX 77388 HOME SERVICES APPLICATIONS SYSTEMS LIBRARY ABOUT CAREERS CONTACT © 2021 AECSI Water, A DIVISION OF AECSI CORPORATION Site designed and hosted by Anderson Technologies