Water Systems
ATP test for the rapid measurement of actively growing microorganisms
The ATP test is a method for the RAPID Quantitative measurement in 2 Minutes of actively growing microorganisms by the detection of adenosine triphosphate, or ATP
EMFUTUR ATP TEST
WHAT IS IT?
This is a complete field kit that allows you to measure the amount of bacteria in the water and on the surface and get the result immediately. The ATP test kits are designed to meet your specific needs: ease of use, speed of measurement, reliability. You only need two reagents, few consumables and a measurement device.
ATP is a molecule found in and around living cells and as such is a direct measure of biological concentration and health. ATP is quantified by measuring the light produced by its reaction with the naturally occurring firefly enzyme luciferase using a luminometer. The amount of light produced is directly proportional to the amount of ATP present in the sample.
ATP Test MeasurementsMONITOR
the microbial quality of your water, surfaces or air in real time to predict microbial shifts and prevent control limits from being exceeded.
WHAT IS THE USE OF ATP TESTS?
IDENTIFY
the critical points of your network producing biomass with a sensitive and fast analysis tool.
ACT
quickly in the event of a problem. Take all appropriate measures and remedial action without delay.
OPTIMIZE
their cleaning and disinfection processes to save treatment products and reduce your environmental footprint.
AVANTAGES OF EMFUTUR KITS
With EMFUTUR ATP test kits, our main goal was to create an easy-to-use field method, reliable and superfast at a low price. A 2-minute analysis!
OUR ATP TEST KITS
EMF Industrial Water
(60 Tests)
Field applications: industrial water networks (cooling tower, process water, electroplating…)
EMF Sanitary Water
(60 Tests)
Field applications: sanitary water networks (drinking water production, supply systems, storage tank, domestic hot and cold water systems…)
EMF Surface & Biofilm
(50 Tests)
Field applications: surfaces and biofilm presence (swimming pools, food and pharmaceutical industries, water production units, cooling networks…)
EMF Ultrapure Water
(60 Tests)
Field applications: ultra-pure water production networks, dialysis water, micro-electronics processes.
EMFUTUR ATP TEST APPLICATIONS
BEVERAGES- Bakeries
- Beer
- Beverages
- Cannabis Products
- Seafood
- Dairy
- Eggs
- Food & Beverage Processors
- Fruits Vegetables & Produce
- Wine
- Grains
- Ingredients
- Meat
- Nutraceuticals
- Pet Food
- Poultry
- Ready-to-Eat Food
- Service Labs
- FOOD & SERVICE
- Bakeries
- Catering
- Delis
- Fast Casual
- Fast Food
- Fine Dining
- Food Trucks
- Quick Service Restaurant
- Supermarkets
- HOSPITALITY
- Cruise ships
- Fitness facilities
- Hotels & Motels
- OTHER INDUSTRIES
- Jan/San & Chemicals
- Biotechnology
- Industrial & Environmental
- K-12 Schools
- Any Industry
- Oil & Fuel
- Personal Care & Cosmetics
- Pharmaceuticals Veterinary
- Pet Care
- HEALTH CARE
- Dental Industry
- Emergency Medical Service
- Endoscopy
- Environmental & Domestic Services
- Healthcare Laundry Facilities
- Infection Control
- Sterile Services
- WATER QUALITY
- Clean-in-Place Systems (CIP)
- Cooling Towers
- Municipal Water Systems
- Pools and Spas
- Waste Management
| EMFUTUR kits (quantitative tests) |
SWABS (qualitative tests) |
|
|---|---|---|
| Measurement | Intracellular ATP | Total or free ATP |
| Quantification threshold | Up to 0.0001 picogram of ATP per milliliter | No quantification or semi quantification |
| Sample volume | Between 10 ml and 1 000 ml (representative sampling) |
Between 100 and 200 µl (unrepresentative sampling, repeatability or reproducibility defects) |
| Positive control | Yes (internal control) | No |
| Enzyme state assessment | Yes (measurement of enzymatic activity) |
No (inability to control enzyme state) |
| Consideration of environmental parameters (temperature, pH, dissolved iron, etc.) |
Yes (taking into account inhibitory or activating effects) |
No |
| Luminometer compatibility | Yes, with most luminometers | No |
Table calculation of surfaces total flora by ATP-METRY
