Tucson, Arizona: Zeta Corporation has established that its patented Zeta Rod® technology is another weapon in the battle against legionella. Zeta Rod systems will remove and prevent recurrence of biofilm and associated scale that shelters legionella bacteria inside potable water systems and in cooling towers. Continue reading
Tag Archives: biofilm
CH2M HILL evaluates Zeta Rod & GrahamTek RO systems to reclaim EDR wastewater
CH2M HILL, a global leader in full service engineering, construction and operations, was tasked to find a way to treat the concentrate stream from a water treatment plant located in Sherman, Texas USA. The City wanted to be able to treat this wastewater in order to reduce sewer and wastewater plant loadings, and to recover a portion of the wastewater as high quality water than could be used to increase plant finished water capacity. Continue reading
AIChE Update: New Techniques Tame Biofouling
Zeta Library Collections: Articles
February 2000
AIChE Update: New Techniques Tame Biofouling
Chemical Engineering Progress | AIChE
Biofouling plagues many plants in the chemical process industries. Ongoing research is focusing on ways to control a range of bioorganisms, ranging from fungi to zebra mussels, that can cause these problems. Chlorine Pulsing, Electronic Rods [Zeta Rods], filters, anti-microbial coatings and corn-based polymers are discussed. Click here to link to the AIChE CEP Magazine article.
Biosphere 2: Biofouling and Scale Prevention in CELdek® Wet Wall Evaporative Cooling
Zeta Library Collections: Case Studies
March 1999
Biosphere 2: Prevention of Biofouling and Scale in CELdek Wet Wall
Bioshere 2 experiences dramatic improvement in the cleanliness of wet wall CELdek® media with use of Zeta Rod systems. Expected media replacement was unneccessary and the climate wall can operate at peak efficiency.
Improving RO Performance with Zeta Rod Systems
Zeta Library Collections: Case Studies
December 1997
Improving RO Performance with Zeta Rod Systems
After three months, the membrane was removed and the vessel was seen to be completely clean. The membrane body, like the vessel surface,was completely free of bio-film.The removal of biofilm from the membrane was evidenced by a 4.98% increase in the rate of permeate recovery, from 77.26% to 81.11%.