Case Studies

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.

Using ATP to Measure Living Biomass in Wastewater Bioreactors :

Because they are the engine that drives biological wastewater treatment, it is critical to closely monitor the quantity and quality of microorganisms in bioreactors. Learn how ATP measurements give a more accurate biomass indicator than conventional measurements.

Using ATP Measurements to Assess Upstream Process Changes :

When changes occur in manufacturing processes, the quality of effluent wastewater is often impacted. Learn how ATP measurements can be used accurately gauge the impact of process changes on wastewater treatment bioreactors.

Using ATP Measurements to Evaluate Bioadditive Performance :

The use of bioadditives to improve bioreactor performance is a common practice. ATP measurements can be used as a means to quickly gauge the impact of these supplements and optimize their dosage to improve biomass quality.

Using ATP Measurements to Perform Wastewater Process Audits :

Much can be learned in a short time by utilizing ATP measurements to audit wastewater treatment processes. Learn how ATP measurements were applied to uncover certain characteristics at an Eastern Canadian pulp and paper manufacturer’s effluent treatment process.

Using ATP Measurements to Troubleshoot Bioreactor Stress Mechanisms :

Bioreactor upsets are often preceded by conditions that cause biomass stress. Oftentimes, these stress mechanisms are complicated and difficult to interpret. Learn how ATP measurements provide the missing link in determining the mechanisms behind stress and offer the ability to reduce or eliminate future occurrences.

Early Warning of Upsets and Toxicity in Wastewater Treatment :

Using routine ATP testing to monitor toxicity at the front end of a wastewater treatment process can provide the early warning necessary to prevent process upsets. This study provides examples where customers were able to link bioreactor stress and its resulting downstream effects to influent toxicity.

Using the Biomass Growth Index to Assess Wastewater Source Quality :

Most wastewater treatment bioreactors accept wastewater from a multitude of sources whose quality can vary over time. The Biomass Growth Index is a useful bench-scale procedure for assessing source quality in a short period time through harnessing the abilities of accurate ATP measurements.

Wastewater Treatment Continuous Improvement Using ATP Monitoring :

Wastewater treatment processes represent a cost, which operators are constantly seeking to optimize. Learn how ATP measurements can be used as part of a continuous improvement strategy to identify areas where cost optimization can be achieved.