Focus Environmental2018-08-02T21:30:59+00:00
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Welcome to Focus Environmental, Inc.
A leader in providing process engineering, training, consulting, permitting, & other regulatory compliance services
Focus Environmental, Inc., established in 1988, specializes in providing process engineering and regulatory compliance services in the areas of hazardous waste thermal treatment, air permitting, air pollution control, contaminated soil remediation, and hazardous waste management. In addition, Focus provides regulatory, compliance, and engineering services to the FDA regulated industries.
OUR SERVICES
Air Emission Testing & Test Management
Environmental Regulatory Compliance
Combustion, Thermal Treatment, & Air Pollution Control Engineering
Environmental Remediation Management
Thermal Desorption Remediation
Process Engineering
CONTACT FOCUS ENVIRONMENTAL
OUR LOCATION
Focus Environmental is located at 4700 Papermill Drive in Knoxville, Tennessee.
NEWS AND EVENTS

A&WMA 115th Annual Conference & Exhibition – Science & Sustainable Global Communities – June 27-30, 2022

Addressing the environmental impacts on communities in the United States and around the world requires innovative and sustainable solutions guided by science. California is a global leader in environmental policy and technology, making San Francisco a unique location for the 2022 Annual Conference. From June 27 – 30, 2022, the Air & Waste Management Association (A&WMA) will bring leading environmental scientists, practitioners, regulators, and companies to San Francisco to share the latest initiatives addressing environmental issues facing communities such as climate change, exposure reduction through innovative technology and regulatory approaches, sustainability, community   monitoring, and environmental justice.

For more information:  https://www.awma.org/ACE2022

Save up to $200 when you register by May 25! A&WMA 115th Annual Conference & Exhibition – SCIENCE & SUSTAINABLE GLOBAL COMMUNITIES – June 27-30, 2022 in San Francisco, CA

Save up to $200 when you register by May 25!  Book you hotel reservations at the Hyatt Regency San Francisco by June 3.

Attend the premier conference on environmental technology and solutions.

Addressing the environmental impacts on communities in the United States and around the world requires innovative and sustainable solutions guided by science. California is a global leader in environmental policy and technology, making San Francisco a unique location for the 2022 Annual Conference. From June 27 – 30, 2022, the Air & Waste Management Association (A&WMA) will bring leading environmental scientists, practitioners, regulators, and companies to San Francisco to share the latest initiatives addressing environmental issues facing communities such as climate change, exposure reduction through innovative technology and regulatory approaches, sustainability, community   monitoring, and environmental justice.

Eurofins Environmental Testing Webinar – PFASsive: A Diffusion-Based Passive Sampler – Thursday, May 5, 2022 – 12:00 pm (ET)

Per-and Polyfluoroalkyl Substances (PFAS) have emerged as a concern at many sites as they are persistent, bioaccumulative, and have demonstrated toxicity in laboratory animals, therefore it is a critical need to understand their migration pathways and bioavailability for proper delineation and risk characterization. Although there are established grab sampling techniques available for PFAS, these capture the total concentration which may result in an overestimation of risk to human and ecological receptors. Passive sampling in sediment porewater and surface water is an accepted approach to assess bioavailability and risk through the dissolved phase of many known contaminants (i.e., PCBs, PAHs, pesticides, metals etc.). Given their partially water-soluble nature, a diffusion-based passive sampler is a good candidate for quantification of dissolved PFAS. This presentation will highlight both targeted and non-targeted results from in situ field testing of a novel passive sampler, SPFASsive, and compare these results with those obtained from traditional grab sampling.