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Home arrow Why Choose ATP Testing?
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Why Choose ATP Testing?

In the three most important categories – Specificity, Interferences, and Lag time – ATP is superior to other methods for measuring total active biomass! In fact, other suppliers cite ATP as the gold standard of total biomass measurement. LuminUltra™ is the only company with ATP measurement products designed specifically for water and wastewater applications – that is the LuminUltra Difference!

In most any water application, one of the most important characteristics to understand is the amount of total, active biomass. This characteristic is often overlooked in favor of measuring specific microorganism strains. However, to have changes to these specific organisms, the total population must change first.

When it comes to monitoring total active biomass, no test is as fast, easy, and accurate as measuring ATP. The following table compares the various conventional mechanisms with ATP for measuring total active biomass:

 

METHOD
SPECIFICITY INTERFERENCES LABOR LAG INVESTMENT COST
ATP Total Bioburden 5 to 10 Mins None Moderate $6 to $10
CULTURE METHODS
Plate Counts Specific Bioburden 5 to 10 Mins 2+ Days Moderate $4 to $6
Dip Slides Specific Bioburden 5 to 10 Mins 2+ Days Low $4 to $12
BARTs Specific Bioburden 5 to 15 Mins 24+ Hrs Low $8 to $10
SUSPENDED SOLIDS METHODS
TSS Total Solids
  • Active Biomass
  • Dead Biomass
  • Non-Biological Solids
  • Inorganic Solids
15 to 20 Mins 3 Hrs Moderate $1 to $2
VSS Total Volatile Solids
  • Active Biomass
  • Dead Biomass
  • Non-Biological Solids
15 to 20 Mins 3 Hrs Moderate $1 to $2
GENETIC METHODS
Genetic Specific Bioburden
  • Non-active Biomass
1 to 2 Hrs 2+ Hrs High $15 to $600

Key:

  1. Specificity: Indicates what the test actually measures. Many tests measure only specific ‘strains’ of microorganisms, while others measure characteristics not necessarily related to bioburden but rather will infer biological activity.
  2. Interferences: Specifies interferences, if any, that will cause false-positive or inflated results.
  3. Labor: The actual amount of operator labor time involved in setup, sample processing, and obtaining the result.
  4. Lag: The lag time between sample processing and obtaining a result.
  5. Investment: The investment required to set up for each test method.
  6. Cost: The cost per test for each test method.




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