Innovative Geosynthetic Solutions for Brownfield Remediation
Free and open to all.
This presentation will explore how modern geosynthetics can revolutionise brownfield remediation by replacing cumbersome, traditional earth-moving methods with high-performance engineered solutions. We will examine how Permeable Reactive Barriers and Geosynthetic Clay Liners (GCLs) offer superior containment and treatment of contaminants within a significantly smaller physical Geosynthetic footprint. By moving away from massive clay caps and slurry walls, developers can reduce both the carbon footprint, logistical complexity and cost of remediation.
Beyond containment, we’ll also explore smarter water management using drainage composites and dewatering tubes. These technologies streamline the handling of contaminated sludge and groundwater, facilitating rapid on-site volume reduction without the need for energy-intensive mechanical drying. By integrating these advanced materials, project managers can accelerate timelines and save costs, proving that sophisticated geosynthetic design is the key to turning derelict land into viable, sustainable assets.
There will also be time for an audience Q&A at the end of the presentation.
Our speaker
Nick Edwards (BSc MSc CGeol FGS EurGeol RoGEP AMICE) is a Design Engineer at HUESKER Ltd, where he supports consultants, contractors, and clients in finding practical geosynthetic alternatives to traditional construction methods.
His work focuses on the technical application of geosynthetics in brownfield remediation and ground engineering. Nick aims to help project teams move away from more carbon-heavy, traditional earthworks by utilising engineered solutions to make brownfield development more efficient and sustainable.
Banner image copyright: Aneglov via Adobe Stock
