3 products found

ecoSPEARS Inc. products

ecoAINA - Soil Washing Remediation Technology

ecoĀINA is a sustainable soil washing process to extract and eliminate PFAS, PCBs, dioxins, and other persistent toxins from contaminated soil and dewatered sediment. Āina (noun): means ‘land’ in Hawaiian. This meaning is expanded to connect to the land on all levels: spiritual, social, and scientific.

ecoSPEARS - In-Situ Sediment Remediation Technology

SPEARS (Sorbent Polymer Extraction and Remediation System) is a transformative, in-situ remediation technology that extracts PCBs, dioxins, DDT, and other persistent toxins from contaminated sediment without damaging the natural aquatic habitat by dredging or capping. ecoSPEARS is the only sustainable remediation method that extracts toxins from the contaminated sediment while protecting the aquatic life by preventing the toxins from being bioavailable to the fish and other marine life.

ecoSPEARS - Ex-situ Industrial Wastewater and Groundwater Remediation Technology

The ecoCUBE by ecoSPEARS Inc. is a sophisticated ex-situ solution tailored for industrial wastewater and groundwater remediation. It offers advanced treatment for polychlorinated biphenyls (PCBs), dioxins, 1,4-dioxane, TCE, PCE, and other enduring contaminants. Utilizing a proprietary UV reactor design, the ecoCUBE maximizes UV energy efficiency, ensuring a 99.6% degradation of 1,4-dioxane, as confirmed by third-party laboratories. Its modular configuration supports diverse applications, including wastewater facilities, harbors, and intricate waterways. This design allows for scalability, making it a practical option for various operational environments. The system operates under normal pressure and temperatures, maintaining a cost-effective and reliable process. ecoCUBE's batch flow mechanism can be employed as a standalone treatment solution or integrated seamlessly with existing in-line systems. Proven in rigorous case studies, the ecoCUBE achieves over 95% PCB destruction, meeting stringent remediation targets.