Odor Monitoring and Control

National Experts:  Paul Schafer and Pat Sullivan

Odor pollution is a significant aspect of a region’s air quality and is often regulated as a nuisance. It is estimated that over 50% of air pollution complaints received by regulatory agencies involve odor. Investigate these, along with our specialty services, for comprehensive and sustainable air compliance.

Odor Assessments
Odor pollution is a significant contributor to a region’s air quality and may require nuisance regulation. SCS offers a comprehensive odor assessment and mitigation capability for industrial operations, including odor emissions sampling, odor dispersion modeling, meteorological and complaint data review, and smoke release studies. Our approach incorporates specialized analytical tools and field-proven capabilities to determine a facility’s specific odor footprint. Using this information, we devise effective and meaningful controls to abate impacts. Our approach is proven and effective, having been successfully employed on numerous projects across a variety of industrial settings, including landfills, composting facilities, food processing plants, wastewater treatment plants, sewage systems, and oil and gas production operations.

Field olfactometers measure and quantify the strength of airborne odors.

SCS Engineers’ professionals are experts at implementing mitigation strategies to reduce odors. We have found through experience that the perceived primary source of an odor is not necessarily the source that requires the greatest emission reduction. SCS often employs strategies to address a host of minor sources that combine to generate the offensive odor. Our mitigation strategies sometimes use masking agents, but these generally do not stand alone as a solution. Instead, we employ chemical and physical controls, along with operational changes, to achieve stable, reliable odor abatement.

As cannabis legalization expands, the importance of responsible odor control becomes increasingly critical. By integrating scientific measurement techniques, such as olfactometry, investing in proven mitigation technologies, and engaging with local communities, cannabis operators can create a more sustainable and complaint-free industry. Implementing a robust odor control plan is not merely a regulatory requirement—it’s a strategic advantage that ensures long-term success in the evolving cannabis marketplace.

Tracer Studies
SCS provides a thorough study of the transport and fate of airborne chemical vapors, particularly those with odors. At times, it is necessary to fully understand the effects of these chemicals on human health and the environment. In circumstances where chemical species of interest cannot be directly measured (such as when the source no longer exists or has been substantially modified) or must be simulated (before constructing an industrial facility, for example), chemical surrogates known as tracers are employed to simulate emissions. Tracers are also used to verify that a specific source causes a particular impact and to determine the impact of a single existing emission source when multiple sources may exist. SCS can also use tracer studies to validate and/or calibrate air dispersion models.

Specialty Services
In addition to the odor and tracer services noted above, SCS also had experience and expertise in the following:

  • Regulatory advocacy, where we assist our clients in negotiating reasonable regulations at the federal, state, and local levels.
  • Litigation support and expert witness services. SCS experts successfully assist our clients in defending against toxic tort, public nuisance, class action, and mass action lawsuits utilizing our air quality, GHG, odor, and risk assessment experience and expertise.
  • Air pollution control equipment evaluation and design. SCS’s engineers evaluate, specify, and design various types of pollution equipment.
  • Superfund Amendment and Reauthorization Act (SARA) Title III, Section 312 “Tier II Form” and SARA Title III, Section 313, Form R preparation and submittal, especially in assessing air releases.
  • Completion of indoor air quality surveys for air flow, pollutant concentrations, and worker safety.
  • Asbestos and lead-based paint assessments and air-related monitoring.
  • Flux chamber studies to assess surface emissions from area sources.
  • Smoke release studies to evaluate plume movement.
  • Attenuation studies to evaluate how oxidation and other biological effects can alter gaseous emissions released through surfaces.
  • Drone monitoring for methane and other pollutants. See SCS RMC™.

 

 

 

Some agricultural operations create odors and can become a community nuisance.  Paul Shafer provides a short interview about preventing and mitigating these types of odors.

 

 

 

 

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