Molds are microscopic organisms that originate outdoors, growing in the soil, on plants, and other organic materials. Their spores infiltrate the indoor environment via air currents or surface transfer, and settle in the dust. If adequate moisture is present, the spores can germinate into new fungal growth, producing multitudes of additional spores that may become dispersed into the indoor air.

MOLD: A Health Alert

Common Health Effects of mold exposure include allergies, headaches, bronchitis, asthma attacks, lung irritation, and skin rashes. People with asthma or other pulmonary illnesses, compromised immune systems, infants, and the elderly are more likely to develop mold-related illness.

“… molds such as Stachybotrys, Aspergillus versicolor and some species of Penicillium … which grow in damp, dark places and often are hidden behind walls, under floors and above ceilings -- produce dangerous airborne ‘mycotoxins.’ Many doctors believe they cause a raft of serious ills, including flu-like symptoms, chronic fatigue, memory impairment, dizziness, and bleeding in the nose and lungs… (USA Today, July 21, 2002 )"

Why Test the Indoor Air?

Testing can:
» Identify and locate the source(s) of contaminants, which are often subtle or hidden.
» Reveal the proper way to remediate or prevent further exposure.

Remediation of Contaminants Can Result in Dramatic Health Improvements:
» Better Quality of Life
» Increased Productivity
» Lower Medical Costs

Depending on the situation,
Testing may include:
» Air sampling for mold
» Surface dust samples for mold
» Moisture meter readings to detect water hidden behind walls
» Temperature, humidity, & carbon dioxide measurements for IAQ
» Carbon monoxide testing
» Inspection of visible components of the heating and ventilation system
» Inspection of the exterior for sources of contamination problems or potential hazards