Bulking And Foaming Filamentous Bacteria Nucleic Acid Sequences For Multiple Simultaneously Identifications
Tech ID: 21987 / UC Case 2011-666-0
Researchers in UCI’s Department of Environmental & Civil Engineering have developed a revolutionary solution to the problem bulking and foaming organisms found in wastewater treatment systems. Their kit provides a fast, accurate and extremely cost effective method of identifying these troublesome organisms to allow rapid treatment prior to the onset of costly post “bloom” remediation.
Certain organisms commonly found in wastewater are prone to rapid growth or "blooming." If these organisms are not detected early in the treatment process they tend to bulk up and foam thus developing into a very costly problem in terms of waste disposal as a function of increased solid separation difficulties as well as possible regulatory fines. Alternatively, if these organisms are detected at an early stage and treated promptly substantial cost savings can be realized.
Currently in the marketplace the techniques and equipment needed to make such an early detection of these problematic bacteria require a high level of scientific knowledge and expensive equipment.
UCI researchers have successfully addressed this problem by developing a simple, low cost and easy to use kit that provides a real time identification of the major organisms that cause these solid separation problems. In addition to being easy to use and very low in cost, these kits provide much higher performance and accuracy than the currently available methodologies.
The UCI developed kit provides a simple and cost effective solution for solid separation problems for waste water treatment plants allowing them to decrease energy costs, eliminate solid separation regulatory violation fines and avoid increased chemical additions.
Easy to use
Waste water treatment, Solid separation, Filamentous bacteria, Foaming, Bulking, Sewage, Sludge, Cost savings, Bacteria diagnostics
PEOPLE WHO VIEWED THIS ALSO VIEWED THESE TECHNOLOGIES BY OTHER INVENTORS
- Ultrathin Nanoporous Silicon Nitride Membranes for Separations and Biotechnology
- MEMS Sensor Enabled RFID System And Method
- Interference Cancellation And Detection Using Precoders
- Hydrogen Gas Sensor
- Software And Hardware Methods For Multi-Variant Parallel Program Execution To Detect, Quarantine And Repair Malicious Code Injection