Water Quality

Intertox works with utilities to define and manage potential risks caused by an array of chemicals found in water supply systems. We help utilities decide what to track and how to do it, set acceptable exposures levels, and report findings to the proper agencies and the public.

Intertox has helped utilities protect and improve drinking water for more than 15 years. We partner with utilities to create dynamic ways to track ongoing potential risks. Clients turn to us to develop top-flight Environmental Health and Safety programs. And when there is something that must be reported, we help our clients find the best ways to tell it to the key agencies and the public. Moreover, we’ve done pioneering work in the study of endocrine disrupting chemicals in drinking water, and are at the forefront in setting acceptable daily intakes relating to contaminants of emerging concern.

From the treatment plant to the faucet, Intertox staff are experts in evaluating whether chemicals pose risks to human health. We are known for our scientific rigor, creative use of visuals, and clear presentation of facts.

Case Study: Intertox has helped school systems learn if lead in their drinking water posed a risk to their staff and students. We used computer modeling to predict blood lead levels resulting from past and current exposures. When called for, we gave focus to those groups who might be more at risk. When risks were identified, we helped schools clearly and factually explain the issue to parents.

Case Study: A water district asked Intertox to use visuals on the district’s website to show contamination data in a way that would be easy for a lay person to grasp. Intertox developed a simple graphic that showed what contaminants were found, and in what quantity. The public could easily compare the maximum amounts found against Accepted Daily Intakes (ADI’s), levels considered safe by regulators. Intertox updated the graphic based on new quarterly data as it became available. Finally, Intertox created a brochure and other materials that taught district customers how monitoring data are gathered and interpreted.

• Identify chemicals to monitor
• Compute acceptable exposure levels
• Develop the right laboratory approach
• Provide results to the public and government