Optimised landfill design with geosynthetics for higher capacity, controlled risks and improved project economics

This webinar is aimed at landfill designers and consultants, operators, construction companies, geosynthetic installers, regulatory authorities and professionals involved in infrastructure financing.
Landfill projects need to balance construction costs, available capacity, regulatory requirements and long-term environmental risks.
In this webinar, we show how geosynthetics can support a more efficient landfill design. Replacing or reducing conventional mineral layers can lower material and construction requirements, while steeper slope designs can help increase usable landfill volume within the available site area.
At the same time, reliable containment and long-term performance remain essential. We therefore also look at how technically robust design can help manage environmental risks, support regulatory compliance and provide a stronger basis for investment and financing decisions.
The focus is on how planners and operators can use optimised geosynthetic systems to combine technical performance with improved project economics.
Rodion Potapenko
Senior Sales Manager CIS
The webinar takes place live on 1 October 2026. The webinar will take place from 10.00 am to 10.45 am, so it will last 45 minutes.
Yes. Participation in the webinar is free of charge. Registration is required in advance.
You can register via the registration link on this page. After registration, you will receive an email with the information you need to join the live webinar.
Yes. Participants will have the opportunity to submit questions during the live session. A Q&A session is planned at the end of the webinar.
The webinar is particularly relevant for landfill planners and consultants, landfill operators, construction companies, geosynthetic installers, regulators and professionals involved in infrastructure or project financing.
Geosynthetics can perform functions such as containment, drainage, protection, separation and reinforcement. Depending on the project requirements, they can help reduce the need for conventional mineral layers, lower material and construction effort and support efficient landfill design.