Per and PolyFluorinated Alkyl Substances in grOUNdwaTer: water treatment for industrial use in the surfAce fInishing iNdustry

Introduction

The LIFE FOUNTAIN project proposes a remediation solution for the reduction of groundwater and aquifer PFAS (PFOS, PFOA, GenX, PFBS, etc.) pollution by utilizing an innovative technology based on functionalized magnetic nanoparticles. This technology will allow the use of treated groundwater in the surface finishing industry and the downstream treatment of wastewater, restoring aquifer resources and reducing water consumption.

Project Pillars

In this context, the LIFE FOUNTAIN solution consists of the following three pillars:

1. Novel Sampling and Analytical Methodologies: Development of methodologies for PFAS monitoring.
2. Remediation Approach: Utilization of functionalized magnetic nanoparticles and advanced electrochemical oxidation.
3. Wastewater Treatment: Treatment of wastewater deriving from the surface finishing industry for PFAS removal and utilization of treated groundwater for the needs of the surface finishing industry.

Environmental Impact

Their integrated use will increase understanding of PFAS effects on the environment by improving analytical methods, screening and testing protocols/strategies, and sustainable treatment technologies.

Objectives

This LIFE FOUNTAIN conceptual scheme is designed with the objective of obtaining specific solutions that are:

• Technically and economically viable
• Socially acceptable
• Environmentally positive
• Provide business opportunities

The aim is to push partners, as well as the industrial growing sectors, to a better competitive situation.

Expected Outcomes

The primary output of the LIFE FOUNTAIN project is the demonstration in a relevant environment (TRL-6) of an innovative, environmentally sustainable, and cost-effective remediation solution for the removal of PFAS from groundwater and wastewater.

Consortium Structure

The consortium is specifically designed to enable rapid uptake through the combination of industrial partners with the capacity to develop the required technologies and roll out the remediation solution across their locations. This will be complemented by academic and association beneficiaries who will be able to respond quickly to the distinct and diverse requirements of the end-users.