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Removal of Stressors by Advanced Media and the Effect of Competing Ions

Awardee

Sustainable Water Infrastructure Group, LLC

3201 1ST AVE S STE 212 3201 1st Ave S, Suite 212
SEATTLE, WA, 98134-1873
USA

Award Year: 2025

UEI: K6CDDJH8HE36

HUBZone Owned: No

Woman Owned: No

Socially and Economically Disadvantaged: No

Congressional District: N/A

Tagged as:

SBIR

Phase I

Seal of the Agency: EPA

Awarding Agency

EPA

Total Award Amount: $100,000

Contract Number: 68HERC25C0010

Agency Tracking Number: B251A-0011

Solicitation Topic Code: 1A

Solicitation Number: 68HERC24R0185

Abstract

The Sustainable Water Infrastructure Group (SWIG) is advancing its Phosphorus Elimination System (PES) by significantly improving the adsorption efficiency and expanding the range of contaminants it can remove. While the PES system has already proven effective in phosphorus removal, this project focuses on optimizing the media within the system to address a broader spectrum of pollutants, including PFAS, pathogens, metals, and organic contaminants. The PES is a nature nature-based, passive vertical flow wetland utilizing adsorptive media made from water treatment residuals (WTRs) WTRs), which would otherwise be landfilled. This project aims to enhance the media’s anion exchange capacity and integrate other amendments to improve its performance. The enhanced PES will be capable of removing a wider array of contaminants, even in the prese nce of competing anions like phosphorus. This initiative is technically innovative, marking the first comprehensive testing of such a wide range of stressors within a single treatment medium. The research will yield critical data, enabling the PES system t o meet stricter water quality standards across various applications. The improved PES technology has substantial commercial potential, targeting markets in municipal and industrial wastewater treatment, agricultural runoff management, stormwater control, and environmental remediation. The environmental impact of this enhanced system is significant. By maximizing contaminant removal efficiency and reducing phosphorus leaching, the improved PES contributes to the conservation of vital resources like clean wat er and phosphorus. Its low low-energy, chemical chemical-free operation minimizes greenhouse gas emissions, offering a more sustainable alternative to conventional water treatment methods. Additionally, the system's ability to integrate into natural ecosystems provides additional benefits, such as habitat creation and increased biodiversity. The enhanced PES system is designed to be resilient to extreme weathe weather, ensuring long long-term viability and reliability. SWIG aims to elevate the PES system, offering a sustainable, scalable, and commercially viable solution for diverse water treatment needs, ultimately contributing to healthier ecosystems and communities.

Award Schedule

  1. 2025
    Solicitation Year

  2. 2025
    Award Year

  3. December 16, 2024
    Award Start Date

  4. June 15, 2025
    Award End Date

Principal Investigator

Name: William C Lucas
Phone: 4849956840
Email: williaml@swig-llc.com

Business Contact

Name: Mark R Merkelbach
Phone: 2062769178
Email: markm@swig-llc.com

Research Institution

Name: N/A