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Indoor Air Auqliaty

Indoor air quality is a term used for the air quality we breathe within the indoor environments of buildings and structures where we live every day. Many pollutants affect the indoor environments of commercial structures from a myriad of sources. Sources include mold, allergens, bacteria, avian pathogens, dust & particulates, metals, chemicals, gases, volatile organic compounds and so on.

Indoor air should be free from significant levels of odours, dust and contaminants and circulates to prevent stuffiness without creating drafts. Occupants should be free from feeling sick. Temperature and humidity should also be appropriate to the season and to the clothing and activity of the building occupants.

In our daily routine, we spend tens of thousands of hours at work and educational institutes. Poor-quality indoor air can cause major health problems, such as allergies and respiratory diseases. And even the minor ailments, such as headaches and eye irritation, can cause discomfort and distraction that can ultimately lead to lower productivity. If you want a more proactive approach to environmental management to give you a competitive edge, we can help you with innovative solutions to suit your workplace.

ENERGENIQ indoor environment/air quality experts provide services for testing of indoor environment which is a critical component for a newly built space or for an operational space. This testing provides the levels of contaminants within the premises as well as recommendation for removal.

IAQ Testing Features

  • Investigation of areas associated with occupant complaints
  • IAQ Testing for LEED certification
  • Evaluation of locations and extent of possible source areas for indoor air problems
  • Investigation of possible hidden contamination sources
  • Collection and analysis of air and surface samples to identify contaminants
  • Investigation into the cause of any water damage or moisture problems
  • Inspection of air ducts and air handling equipment for contamination or malfunction
  • Measurement of ambient air quality parameters such as carbon monoxide, carbon dioxide, temperature, humidity, Formaldehyde, PM-10, TVOCs, VOC and any other required compound.
  • Outline follow-up options for next steps to resolution / remediation
  • Written report