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8 Tips for a Successful PFAS Removal Study

Written by: Nathan Smith, SVP, Marketing & Lifecycle Leader – Newterra In recent years, the…

Environmental Social And Governance Report cover

Newterra Announces the Release of Its First Annual ESG Report

CORAOPOLIS, PA — September 28, 2023 — Newterra, a global leader in water treatment solutions, is pleased to announce…

Oxidation ditch water treatment

The Simplest, Most Efficient Oxidation Ditch System

The Triton 2.0 is a favored retrofit…

Mansfield water treatment

How Mansfield, MA Is Using Newterra To Help Solve Their PFAS Problem

Check out this featured story from WCVB Channel 5 Boston on how the town of Mansfield, Massachussetts is…

Newterra acquires ESS

Newterra Acquires Environmental Site Solutions, LLC

CORAOPOLIS, PA. – August 3, 2023 – Newterra Inc. today reported it acquired the assets of Environmental Site…

Concerned about PFAS

Considerations Before Treating PFAS

Written By: John Sherbondy – Regional Sales Manager, Newterra Current regulations for monitoring and…

Water treatment for agriculture

Newterra at Cultivate ’23

The Cultivate ’23 industry event in Columbus, Ohio was a great success for Newterra, as we promoted our…

A pile of gravel and refuse sits in a processing facility

Difficulty With Accurate Testing For BOD In Industrial Stormwater Runoff

Biochemical oxygen demand (BOD) is a measure of the amount of dissolved oxygen used by microorganisms to break down organic material in a sample of water. Because BOD is not one specific pollutant, it can be difficult to characterize the nature of BOD, identify the source in stormwater runoff, and select the appropriate treatment approach to reduce BOD in stormwater runoff and discharge. The most effective way to minimize BOD concentrations in stormwater discharges will be to minimize the exposure of stormwater to materials that are a source of BOD. 

Woman filling glass with water from tap in kitchen, closeup

What is PFAS?

PFOA (perfluorooctanic acid) and PFOS (perflurooctane sulfonate) are organic synthetic chemicals that have been used in manufacturing a multitude of industrial and consumer-based products including coatings, carpeting, and fire-fighting foams. Over several decades, they have contaminated the environment, specifically our drinking water sources, causing significant health concerns that recently prompted the EPA to take action.

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