Our Vision & Mission

E-Flux provides cutting-edge environmental measurements while maintaining a company-wide focus on service, science, and employee growth and expertise.

E-Flux was designed to be an industry-focused company that understands the unique needs of its applied research customers and provides them with cost-effective, solution-oriented services.

As the founder, Dr. Julio Zimbron has consistently sought feedback from clients to continually improve product quality, ensure prompt and efficient ordering and delivering, and foster positive relationships with clients.

 
 
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Our Role 

  • Provide superior site data through innovative technologies and solutions.

  • Invest in R&D for customers and stakeholder's future product needs.

  • Incorporate high-technology science in easy-to-use products.

Company History

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Since January 2013, E-Flux has been a client company of Colorado State University (CSU) Ventures, an organization dedicated to the transfer and commercialization of innovative technologies discovered at CSU. E-Flux's offices and labs are housed at CSU's Research and Innovation Center.

Fossil Fuel Traps were invented by a team led by Dr. Julio A. ZImbron at Colorado State University Center for Contaminant Hydrology (CSU CCH), within CSU’s Department of Civil and Environmental Engineering.

Developed with funding from industry sponsors including Chevron and Suncor Energy, the Fossil Fuel Traps were conceived as a cost-effective solution to the complex problem of accurately measuring petroleum biodegredation rates in soil at petroleum spill sites.

To meet the needs of this growing customer base, the technology was migrated from CSU to E-Flux, a private company founded by Dr. Zimbron to offer Fossil Fuel Traps to customers and provide them with customized analysis of the data collected. This proprietary technology has been implemented at petroleum-impacted field sites around the world, including active and closed refineries, rail yards, gasoline stations, and industrial facilities.

E-Flux continues to develop new technologies to meet the needs of contaminated sites, including state of the art UV-based monitoring of LNAPL in soils.