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The Gold Standard:
“Testing for ATP in a sample has become the ‘gold standard’ by which the numbers of active cells in the sample can be counted”

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Home arrow Products & Services arrow Kit Selection Guide arrow Quench-Gone Aqueous (QGA)
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QGA™ – Quench-Gone™
Aqueous Formulation


How and Where is this Test Kit Used?

Quench-Gone Aqueous (QGA) is based on the measurement of ATP and is designed for low-solids, low-biomass concentration applications. Using a single analysis, you will be able to quickly measure microbiological concentration in any water sample with a wide detection range and a minimum of assay inhibition.
Use QGA to detect total microbiological activity in:

  • Cooling Water

  • Fresh Water

  • Reuse Water

  • Drinking Water

  • Ultrapure Water

  • Sanitary Water



QGA uses one analysis of Cellular ATP (cATP™) to directly determine the total microbiological concentration. For the detailed procedure, consult the QGA Quick-Reference Guide. QGA test kits use filtration to concentrate the biomass contained in a water sample, thereby removing inhibition and increasing sensitivity.

QGA is optimized to detect between 0.2 and 667,000 pg ATP/mL using standard procedures, depending on the volume of sample analyzed.

Note: There is no limit to QGA sensitivity. Procedural adaptations can be used to amplify the low-range sensitivity and to accommodate streams with large amounts of solids – these adaptations require additional equipment (LumiFilter™).


QGA products measure the total quantity of microbiological activity in a water sample through a single analysis. Compared to other methods of measuring total microbial load (also known as total flora), QGA provides immediate feedback in minutes.

Use the real-time knowledge gained through QGA analyses to assess microbiological contamination and prevent process deterioration, optimize maintenance, and troubleshoot disinfection programs.


 
Included in QGA Kits Storage Temp. Shelf Life
Luminase
Luciferase Enzyme Reagent
4°C 3 mo.
UltraCheck 1
1 ng/mL ATP Standard
20°C 6 mo.
UltraLyse 7
ATP Extraction Reagent
20°C 12 mo.
UltraLute
ATP Dilution Buffer
20°C 12 mo.
60ml Syringe w/ Luer-Lok
25mm Syringe Filters w/ Luer-Lok

Hospital Water Safety Audit Using ATP Measurements
The management of microbiological risks in the water distribution networks of hospitals is of special importance because of immuno-compromised patients. Learn how ATP measurements can be used to audit hospital water distribution networks and develop HACCP-style water safety plans.

Public Building Water Safety Audit Using ATP Measurements
The management of microbiological risks in public drinking water distribution networks is important in protecting public health. Learn how ATP measurements can be used to audit water distribution networks and develop HACCP-style water safety plans.

Feed Water Delivery System Audit Using ATP Measurements
ATP measurements are an invaluable tool for quickly and accurately detecting microorganism build-up and re-growth in water delivery and distribution systems. Learn how ATP can be used as an indicator to assess the quantity and source of microbiological contamination and as a means to confirm effective maintenance.

Water Distribution System Audit
Site survey of a spa outside of Paris, France jointly performed by LuminUltra and AQUA-tools.

Water Production System Continuous Improvement
High sensitivity of Quench-Gone Aqueous makes it an ideal tool for routine monitoring and continuous improvement of water production systems.

Water Treatment Process Audit
October 2006 audit of the water treatment system at an Eastern Canadian Power Generating Station.


QGA Product Fact Sheet English Français

QGA Quick Reference Guide

English Français

Luminase MSDS

English  

UltraCheck 1 MSDS

English  

UltraLyse 7 MSDS

English  

UltraLute MSDS

English  

LumiCapture Software & User Guide

LumiCapture-QGA.zip


View Training Material


 
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