Does Your Parker, Colorado Space Need an ADENOSINE TRIPHOSPHATE Test?
An ATP test, or Adenosine Triphosphate test, is often used to measure the level of microbial contamination on surfaces. It’s like a cleanliness check for various environments, especially in places like hospitals, food processing facilities, or even in your home. If someone is concerned about hygiene and wants to ensure that a surface is free from harmful microorganisms, an ATP test can provide quick and accurate results in Parker.
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We Serve Parker, with Technicians in Colorado Springs, Denver, Fort Collins, and Boulder.
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201 Milwaukee St Unit 200
Denver, Colorado 80206.
We’ll come to you in Parker, just give us a call at (303) 834-3594.
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Our state-of-the-art equipment identifies levels of biological load in spaces, in real time! Leading the way in tools and technology, we proudly serve Parker, Colorado, all along the Front Range and beyond.
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FAQs
What is Adenosine Triphosphate?
Adenosine Triphosphate, or ATP, is an energy molecule found in all living things, which makes it a perfect indicator to determine whether or not a surface is clean/sanitized.
Who might need an ATP surface test?
Whether you have concerns about COVID, or are just looking to assess the cleanliness from biological contamination, a clean environment is the first step to peace of mind. ATP testing has many uses in the hospitality and food industries as well.
What is ATP Surface Testing used for?
Testing for ATP is used as a tool to quickly determine cleanliness—regardless of whether the ATP detected originates from benign sources or pathogens. Companies use ATP swab tests, using a Luminometer, to quickly verify surfaces have been cleaned thoroughly in a variety of industries including restoration.
How does the ATP device find contaminates?
In an ATP test, the ATP is brought into contact with a reagent in the test device. Next, light is emitted in direct proportion to the amount of ATP present in the sample, providing information on the level of contamination in a matter of seconds.
Jeffrey Beall, CC BY 3.0, via Wikimedia Commons