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Mycometer specializes in ISO 16200-25 testing for mold (mould) and ASTM D8527-25 testing for mold (mould). Our technology delivers a rapid mold (mould) test, providing accurate and reliable quantification of fungi and bacteria in a wide range of environments.

MEASUREMENTS OF FUNGI AND BACTERIA

Reproducible and rapid results

Precise on-site measurements of fungal and bacterial biomass. Powered by patented enzymatic technology, Mycometer delivers standardized, reproducible, and legally defensible results in under 60 minutes-eliminating laboratory delays and enabling immediate, data-driven decisions.

Text Overlay Surface Fungi

MEASURE MOLD GROWTH ON SURFACES

  • Document mold growth
  • Determine the scope
  • Document successful cleansing of mold growth (PRV)
Text Overlay Bacteria

BACTERIAL CONTAMINATION

  • Floodings
  • Sewage backflow/leaks
  • Permanently moistened surfaces
Illustration of house layout showing rooms with varying levels of mold (mould) and bacteria spores, from minimal contamination to severe growth.
Text Overlay Air Sampling

AIR TESTING

  • Determine if a room is affected by a mold source
  • Measure potential exposure to mold
  • Measure the potential exposure to total allergens
  • Determine if a room is successfully cleaned
Text Overlay why use mycometer

WHY USE MYCOMETER?

  • In-house rapid results
  • Improve your services
  • Stand out in the competition
  • Increase revenue
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ACCEPTED METHODOLOGY

  • Used in hundreds of thousands of mold remediations
  • US-EPA Verified
  • International Standard (ISO 16000-22:2025)
  • American Standard (ASTM D8527-25)

Complete On-Site Testing Solutions

Visual inspections and traditional laboratory cultivation can leave room for doubt and costly delays. Mycometer offers a suite of scientifically validated, rapid testing methods designed to provide indoor environmental professionals with objective, reproducible data directly on-site:

  • Mycometer Surface Fungi (MSF): Quantifies total fungal biomass (viable and non-viable) using enzyme-targeted technology. Perfect for documenting mold growth and performing Post-Remediation Verification (PRV).

  • Mycometer Air Fungi (MAF): Utilizes standardized, aggressive air sampling to capture aerosolized mold particles, eliminating the false negatives commonly caused by passive sampling.

  • Mycometer Surface Bacteria: Delivers rapid quantification of total bacterial contamination on surfaces within an hour-essential for sewage clean-up validation and sanitation verification without waiting days for plate counts.

  • Mycometer Air Allergen: Screens indoor air quality by measuring the total biological allergen exposure risk from mold, dust mites, and other indoor sources.

Documented Precision & Scientific Integrity

Time is money, but speed means nothing without accuracy. Unlike standard ATP tests-which often fail to effectively extract particles from thick-walled cells and lack organism specificity—Mycometer’s patented methodology isolates specific target enzymes (such as NAHA for fungal biomass).

Our technology provides a highly reproducible measure of total biological burden that does not rely on subjective personal interpretation. This uncompromising scientific standard is why Mycometer’s methods have been verified by the U.S. Environmental Protection Agency (EPA) and have been successfully accepted as expert evidence in multiple court proceedings across the United States.

Rigorous Training for Certified Operators

To maintain the highest level of accuracy and fairness in the industry, Mycometer equipment is not a standard over-the-counter tool. It is strictly operated by trained professionals.

We require all consultants, remediators, and technicians to undergo specialized training-either through our interactive online curriculum or comprehensive 5-hour on-site courses. Every operator must pass a mandatory final examination with a score of at least 80% to achieve certification. This rigorous process guarantees that every sample is collected, analyzed, and interpreted according to strict, standardized protocols.