Webinar 54 - Vertical Expansion of Landfills with Geosynthetics

What happens when a landfill needs more capacity, but expanding its footprint is constrained?

Join us for ACIGS Webinar Series #54: Vertical Expansion of Landfills with Geosynthetics, where our presenters will explore how geosynthetics can contribute to practical engineering solutions for the vertical expansion of existing landfill facilities.

The webinar will bring together international and Australian experience, moving from the background and development of the approach through to real-world case studies and considerations for assessing the feasibility of vertical landfill expansion.

Our Presenters

Simonne Eldridge | Tonkin + Taylor
Simonne will introduce the background and history of vertical landfill expansion and discuss how the approach can provide a practical solution, including a case study from Hong Kong.

Gary Schmertmann | WSP
Amir Shahkolahi | Global Synthetics
Gary and Amir will present a recent Sydney case study, followed by additional observations and lessons from feasibility studies undertaken for other projects.

Moderator

Siamak Paulson | Sigma + Greentec

Webinar Agenda:

  • 5 min | Welcome and introduction
  • 45 min | Technical presentations and case studies
  • 5 min | Sponsor presentation
  • 5 min | Q&A

Sponsorship Opportunity for ACIGS Corporate Members

We are currently looking for a sponsor for this webinar!

ACIGS Corporate Members are invited to sponsor this webinar and receive a dedicated 5-minute presentation opportunity during the live event.

This is a great opportunity to showcase your organisation, products, services or recent developments to the ACIGS community while supporting the delivery of the ACIGS Webinar Series.

Interested in sponsoring Webinar #54? Please contact ACIGS to secure the sponsorship opportunity: info@acigs.org

Join Us

This webinar will be of particular interest to landfill owners and operators, waste management professionals, geotechnical and environmental engineers, designers, regulators, geosynthetics specialists and contractors interested in innovative approaches to maximising existing landfill capacity.