Feb 27, 2014
The application of Zero Valent Iron (ZVI) is a function of true available surface area and reactivity. Varying claims of surface area abound as do reactivity claims.
Oct 28, 2013
For over 15 years Innovative Environmental Technologies, Inc. (IET) has looked toward optimization and maximization of commercially available remedial products using common sense chemistry.
Jul 02, 2013
Innovative Environmental Technologies, Inc. (IET), as a technology vendor and remedial contractor is frequently challenged with responding to bids which identify ZVI as the remedy. Unfortunately, the type, size and quality is often not identified.
Jun 20, 2013
Innovative Environmental Technologies, Inc. (IET) received notification on May 27th that our patent application titled, "Chemical Oxidation and Biological Attenuation Process for the Treatment of Contaminated Media" is assigned application # 13891934
May 30, 2013
For many years the appearance of ketones in reductive dechlorination projects has been somewhat of a mystery, frequently blamed on lab contamination. Innovative Environmental Technologies, Inc. (IET), provides alternative explainations.
May 24, 2013
As any business knows, maintaining an up-to-date and accurate representation of your capabilities and successes on-line is critical. IET has launched our new web site: IET-INC.NET in an effort to reflect our ever changing business.
Apr 29, 2013
IET, has, for the first time in the remedial contracting industry developed a mechanism to control the release of nearly any organic hydrogen donor.
Mar 12, 2013
In our most recent advance, IET has identified a mechanism for addressing chlorinated solvent impacts that optimizes the utilization of evolved hydrogen.
Jan 11, 2013
On January 9th, 1998, Innovative Environmental Technologies, Inc. (IET) was formed. At that time within the environmental industry there existed: consulting engineers, product suppliers and drilling contractors.
Aug 14, 2012
INNOVATIVE ENVIRONMENTAL TECHNOLOGIES, INC. (IET), is proud to present the next level of remedial options for CVOCs in high Sulfate environments