ITS Environmental’s proprietary portfolio of industrial technologies is developed around the operational demands of hydrocarbon-handling environments. Rather than a single-purpose product line, GTS brings together specialized formulations designed for distinct challenges, from hydrocarbon recovery and VOC suppression to sludge management, spill response, industrial cleaning, and biological treatment compatibility.
Each GTS technology performs a specific function while sharing a common design philosophy: integrate with existing operations, remain microbial-compatible, and work alongside the equipment, processes, and treatment systems already in place.
Used independently or strategically together, the GTS portfolio gives operators, contractors, and industrial service providers a flexible chemistry platform that can be matched to the challenge at hand.


Our GTS technologies are engineered with field safety in mind, helping reduce personnel exposure to hazardous contaminants and volatile emissions while supporting safer execution across spill response, hydrocarbon recovery, industrial cleaning, maintenance, and other demanding operations.

Selected GTS technologies are supported, where applicable, by regulatory listings, licenses, certifications, approved procedures, and independent evaluation, including EPA NCP listing, California OSPR licensing, South Coast AQMD credentials, and surface-washing-agent research and evaluation conducted by Texas A&M University–Corpus Christi through a Texas General Land Office-funded RRT-6 program.

Designed for real-world industrial operations, GTS technologies help recover valuable hydrocarbons, reduce hydrocarbon-bearing waste and disposal burdens, and improve the efficiency of cleaning, maintenance, recovery, and other field activities.

More than two decades of industrial research, product development, and field application shape the GTS portfolio. We develop practical chemistry around real operating conditions, equipment, workflows, and performance requirements, not theoretical laboratory scenarios.

GTS technologies are engineered to perform their intended industrial function while remaining compatible with microbial and biological treatment systems. This helps facilities address hydrocarbon-related challenges without disrupting downstream biological processes.

Developed with demanding environmental and air-quality requirements in mind, selected GTS technologies support operations involving VOC emissions, contaminated soil, tank and pipeline cleaning, degassing, solvent cleaning, and hydrocarbon-bearing materials, helping simplify execution and reduce compliance-related burdens.

GTS technologies are designed to recover valuable hydrocarbons, promote reuse where practical, and reduce waste, disposal, transportation, and resource consumption. The goal is better environmental performance with stronger operational economics.



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