Blog

Take a fresh look at open petroleum UST releases - and the strategies that can help move stalled sites toward closure.

The ASTM E3488-25 Moving Sites to Closure (MStC) framework encourages practitioners to reassess cleanup progress and consider improved remedial strategies. When depleted electron acceptors limit biodegradation, Nutrisulfate® replenishes sulfate to help sustain anaerobic petroleum hydrocarbon biodegradation.

Tersus Environmental is proud to congratulate our technology partner iFLUX on being named a winner of the World Economic Forum’s Water Resilience Challenge, one of the Forum’s most prestigious global innovation recognitions.

Selected as one of only ten winners from more than 340 submissions worldwide, iFLUX was recognized during the World Economic Forum Annual Meeting 2026 in Davos, Switzerland. The award, launched by UpLink and the HCL Group, highlights early-stage innovators whose technologies are driving meaningful progress on some of the world’s most urgent water and sustainability challenges.

If you’ve ever reviewed groundwater performance data for a reductive dechlorination project and noticed acetone, you’re not alone. While not a typical monitoring target, acetone can show up under certain biogeochemical conditions, and its appearance tells us something important about what’s happening underground.

While sulfate is often the go-to electron acceptor for enhancing anaerobic biodegradation of petroleum hydrocarbons, the strategic addition of nitrate can offer several key benefits in biogeochemical remediation approaches targeting mixed contaminants, including chlorinated volatile organic compounds (CVOCs).

 Discover how Tersus Environmental’s patented EDS-Advanced™ technology sets a new benchmark in anaerobic bioremediation. In this article, we explore the scientific innovations and field-proven benefits that make EDS-Advanced™ the smarter, more sustainable alternative to traditional carbohydrate-based soluble and emulsified vegetable oil (EVO) electeon donors.

Wondering if your in situ remediation is truly working? This post explores how Compound-Specific Isotope Analysis (CSIA) goes beyond concentration data to confirm degradation, distinguish between sources, and strengthen site strategies. Learn how Tersus can help you apply this advanced tool for clearer, more confident decisions.