TECHNOLOGIES

Advanced Remediation Technologies

Proven. Predictable. Purpose-Built for the World’s Toughest Contamination Challenges.

Iron Creek Group designs proprietary thermal remediation technologies that safely destroy contaminants, recover valuable resources, and eliminate long-term environmental liability. Our scalable systems are engineered for rapid deployment, regulatory compliance, and exceptional performance across diverse remediation projects.

Our Technology Portfolio

Technology That Performs. Results That Matter.

Iron Creek Group has engineered specialized remediation systems designed to solve unique contamination challenges. Every technology is built around safety, efficiency, and predictable environmental outcomes.

Frequently Asked Questions

Our systems are nimble and portable and can typically be deployed and operational within days, depending on site conditions. This process makes treatment much quicker than traditional remediation and dig-and-dump methods.
Our ETC mobile systems are agile enough to fit within the belly of an airplane. The TecZero™ bins are compact and nimble for shipping or trucking. Once set up, these thermal remediation treatment cells can scale to the size required to safely and effectively treat contaminated land.
In-situ methods require penetrating the soil with a thermal probe, potentially hitting subsurface layers and mixed contaminants that complicate the process. Our technology is ex-situ based, which is more reliable, effective, and affordable.
Our technology can fit into small urban spaces and scale large areas of land. It has treated contaminated superfund sites, brownfields, legacy oil fields, and more.
Yes, we designed our contaminated soil treatment process to eliminate landfill dependency, with a predictable process resulting in zero reject waste.
Yes, as long as the soil is impacted with organic contaminants, our technology can handle a range of materials without pretreatment.
Yes, we design all of our technology to meet or exceed the strictest environmental protocols.