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Visual assessments are generally the most valuable part of the indoor air quality assessment. It is important to identify sources and pathways that contribute to poor indoor air quality.
IAQ experts use a variety of tools when performing assessments. This includes the moisture meter in pin or scan mode; thermal imaging camera to detect differences in substrates' temperatures; direct-read instruments for temperature, relative humidity, and a variety of gases; and the favored high powered flashlight.
Sampling may not always be necessary in order to determine if a building has an air quality issue, but at times it can be helpful. Sampling may be done before, during or after decontamination efforts.
Aerosolized biologicals, surface contact sampling, dust monitoring, and gas sampling are just some of the ways we gather data.
emediation Support generally entails project management services and consulting. A detailed project design is developed as a remediation guidance document that assists the remediation contractor in bidding the project as well as executing the project in accordance with industry guidelines. During the remediation phase, industrial hygienist may monitor the progress to ensure the work conforms to the written project design.
Let us help you navigate the various local, state and federal regulations regarding asbestos.
A visual assessment and sampling strategy are developed based on regulatory requirements from the OSHA and EPA (AHERA and NESHAP).
Asbestos project management services are provided in support of asbestos abatement activities in accordance with US EPA and OSHA. Contractor activities during the abatement phase will be monitored to assess compliance with Project Specifications and applicable laws and regulations as they pertain to the removal of asbestos.
A broad range of hazards and risks require a broad range of assessments and recommendations for effective safety program management.
Personal exposure monitoring for air contaminants is performed in the breathing zone of workers. Results are compared to Occupational Exposure Limits (OSHA, NIOSH, ACGIH). The number of individual sampling media devices used to conduct the exposure monitoring is based upon recommended flow rates and maximum sample volumes for the substances of concern.
During construction activities, such as soils that are excavated, trenched, filled or graded have the potential to become airborne causing a hazard. Dust and other particulates and organic compounds are monitored to actively assess the effectiveness of control measures. Realtime monitoring downwind and along the fenceline provides added assurance of safety measures for the workers as well as the surrounding communities.
We are here to help you identify, assess and mitigate general safety hazards associated with your work.
Examples of hazards include falls from heights, slips/trips/falls, exposure to hazardous energy, chemical exposure, impact, pinch points, heat/cold stress, thermal burns, noise exposure, ergonomic risks, etc.
Healthier by Design
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