Reduce RO Membrane Cleaning, Lower OPEX, and Improve Sustainability in Landfill Leachate

The webinar will discuss the science behind this novel polymeric membrane chemistry, the unique advantages of zwitterionic membranes, and review three case studies in Europe and the United States.

October 14, 2024

1 Hr View
A Waste360 Webinar

Date: Nov 12, 2024

Duration: 1 Hr

Join us for an insightful webinar focused on cutting-edge solutions for reducing environmental contamination and supporting sustainable waste management through advanced landfill leachate treatment. Membrane processes have been the most effective on-site treatment method for achieving high-quality effluent and meeting stringent discharge limits.

However, traditional membranes often struggle with organic fouling due to the high levels of organic content in leachate, leading to increased system downtime, reduced performance, higher operating costs, and shorter membrane lifespan. In this session, we will introduce a new class of membrane material chemistry based on zwitterionic copolymers, which has demonstrated remarkable performance in high-fouling organic streams. 

The webinar will discuss the science behind this novel polymeric membrane chemistry, the unique advantages of zwitterionic membranes, and review three case studies in Europe and the United States. By integrating this innovative chemistry into polyamide brackish water RO membranes, fouling-immune membrane technology is now possible for landfill leachate – offering improved performance and greater efficiency.
Key takeaways from this webinar will include:

  • How advanced membranes are setting new standards in fouling-resistance

  • Reduce RO cleanings up to 90%

  • ZwitterCo’s impact at various leachate sites

With ZwitterCo membranes, it's time for a new era for landfill leachate management. ZwitterCo’s advanced drop-in replacement RO membranes use fouling-immune technology to reduce cleaning frequency by up to 90% and last at least 2x longer than conventional RO membranes. 

Don’t miss this opportunity to learn how these advanced membranes can revolutionize landfill leachate treatment!

Read more about:

SustainabilityTechnology
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