Analytical Service Laboratories

Measure Total Microorganisms in any Environmental Sample!

Wouldn’t it be valuable to have a quick and easy test to understand the microbial quality of samples before planning further analyses? LuminUltra’s ATP monitoring technology can give you a rapid measurement to make sure you aren’t missing anything!

Our kits provide you with all-inclusive results and the fastest feedback on total biomass on the market. LuminUltra’s ATP test kits will provide your lab with the ability to:

• All-inclusive results allowing for complete microbial detection

• Obtain sensitive results in 1 minute (≤ 100 microbial equivalents) to screen and/or prioritize samples for further analysis.

• Quickly quantify total microbiological activity to plan accurate dilutions for culture-based testing.

• Determine the degree of microbial activity in deposit samples from water distribution pipes or corrosion coupons.

• Quickly assess biological activity in soil samples, such as for bioremediation projects.

• Provide quality control checks for any HACCP-based water management program.

• Quickly assess treated industrial wastewaters for contamination.

Analytical service laboratories often perform pilot studies, research projects, customer site surveys, and other special projects in addition to routine testing. In any project involving biological activity in water systems, efficiency can be greatly increased with microbial analyses that provide faster feedback. Now this is possible with LuminUltra’s ATP monitoring technology!

• Measure true total bioburden. In such applications as chloramine-treated drinking water, conventional HPC analyses do not detect nitrogen degrading bacteria.

• Determine the living biomass fraction in wastewater bioreactor samples.

• Evaluate wastewater toxicity such as individual waste streams from a single plant or separate influents to a treatment process using the Biomass Growth Index (BGI™).

• Analyze closed cooling water systems to assess risk of biofilm and Legionella formation.