ESMIL Food & Beverage Case Study Video
Speak With Our Team
CASE STUDY
See How Elevation RO Membranes Helped Esmil Deliver High-Recovery Treatment for Organics-Laden Food & Beverage Wastewater
- Wastewater up to 30,000 ppm COD treated to <3,000 ppm COD permeate
- Over 70% recovery, reducing water load to the biogas plant
- Cleaned with commodity chemicals, lowering cost and frequency
ON-DEMAND WEBINAR
Revolutionizing Water & Wastewater Treatment with ZwitterCo Membranes
You’ll learn:
- The benefits of zwitterionic membrane technology for various industry applications in Europe
- Case studies from food processors implementing water reuse and high-strength wastewater treatment
- How ZwitterCo and Esmil are working together to deliver turnkey solutions across Europe
Special Guest Speaker
Parag Kachare
Technical Director, ESMIL


FREE eBOOK
ZwitterCo Elevation RO
Membranes with the highest resistance to organic fouling.
In the eBook, you’ll learn:
- Common Challenges with Conventional RO Membranes
- Why ZwitterCo Membranes are Different
- ZwitterCo Membranes in Action
- Commercial Offering
- About ZwitterCo
5 Leachate Treatment Mistakes Asset
Leachate Treatment Infographic

INFOGRAPHIC
5 Leachate Treatment Mistakes Costing You Money, and How to Avoid Them
Discover the five most common leachate treatment problems that drive up operating costs, and learn how to avoid them.
Download the quick visual guide to see where you can improve system performance and save money.
BONUS RESOURCE
Free eBook: Cut Landfill Leachate Treatment Costs
Learn how to maximize reliability and reduce chemical costs by up to 90% with membranes built for leachate treatment.
Elevation RO eBook
Elevation RO eBook

Free eBook: ZwitterCo Elevation RO
Membranes with the highest resistance to organic fouling.
In the past 40+ years, membrane development has led to only incremental improvements of commodity materials, and so the long-standing limitations on how membranes can be used have remained the status quo. But a new membrane chemistry has arrived, which was designed from inception to achieve unprecedented resistance to organic fouling. ZwitterCo Elevation RO membranes—built with innovative ZwitterShield™ technology— are redefining membrane performance with the highest permissible limits on COD, O&G, and TOC, significantly lower cleaning requirements, and the lowest overall cost of membrane operations.
In this book, you’ll learn:
- Common Challenges with Conventional RO Membranes
- Why ZwitterCo Membranes are Different
- ZwitterCo Membranes in Action
- Commercial Offering
- About ZwitterCo
ZwitterCo is not reinventing the wheel - just making it better.
Achieve 50% OPEX savings, reduced operational burdens, and longer membrane life with ZwitterCo Elevation RO membranes.

Fast Company Most Innovative Companies of 2024

2023 Breakthrough Water Technology Company

Edison Innovation Bronze Award in Sustainable Water Treatment
Case Study: Serpol
“We're thrilled with how things are going. Less chemicals, longer run times, and an easier process for our teams - it's been a win all around.”
In this snippet from our Landfill Leachate Webinar, Alan Edel of Serpol, shares his experience with ZwitterCo membranes. A former landfill in Sytraival, France, traditional RO membranes suffered from rapid organic fouling, requiring daily cleanings and frequent replacements.
After unsuccessful trials with various solutions, ZwitterCo membranes were tested alongside a leading alternative. The results: ZwitterCo maintained stable flux with no decline, while the competitor failed to meet performance targets.
Elevation Webinar - On Demand Access
WEBINAR
Transform Water & Wastewater Treatment with Elevation Membranes

Join ZwitterCo’s Webinar: Transform Wastewater Treatment with Elevation Membranes
Discover how Elevation membranes—with breakthrough ZwitterShield™ technology—outperform conventional RO by tolerating higher levels of oil, grease, TOC, and COD.
- Why ZwitterShield™ is a Game‑Changer
Discover how Elevation membranes, built on ZwitterShield™ technology, redefine membrane resilience—handling high oil, grease, TOC, and COD levels while enabling up to 80 % fewer cleanings and slashing chemical costs by up to 90 %. - The Science Behind Zwitterionic Membranes
Dive into the zwitterionic copolymer chemistry that delivers fouling‑immune performance and stable operation under variable conditions - Real-World Case Studies
Explore compelling examples from food & beverage, landfill leachate, dairy, and more. See how these membranes have doubled system lifespans, reduced downtime, and delivered >95 % recoveries in industrial reuse applications - Operational Benefits & Cost Savings
Understand how fast recovery and sustained performance help keep systems running longer—with fewer cleanings, minimal maintenance, and lower chemical use - Live Q&A with ZwitterCo Experts
Get your questions answered by our technical and commercial leadership about system integration, regional compliance, and optimizing operations for tough wastewater streams
Access Webinar
Landfill Leachate Case Study Video
Speak With Our Team
CASE STUDY
Watch How Elevation RO Membranes Transformed Serpol's Operations
- ~50% reduction in cleaning cost per m3
- Cleaning water usage reduced by 43%
- Membrane replacement frequency decreased by 65%
WEBINAR
Transform Wastewater Treatment with Elevation Membranes
AUGUST 27, 2025
Discover how Elevation membranes-with breakthrough ZwitterShield™ technology-outperform conventional RO by tolerating higher levels of oil, grease, TOC, and COD. Learn how to cut cleanings by up to 80% and reduce chemical costs by as much as 90%, all while maintaining fast recovery and stable performance under tough conditions.
Reduce RO Membrane Cleaning, Lower OPEX, and Improve Sustainability in Landfill Leachate
WEBINAR:
Landfill Leachate Insights Webinar

WEBINAR:
Reduce RO Membrane Cleaning, Lower OPEX, and Improve Sustainability in Landfill Leachate
We invite you to access our exclusive webinar where RO experts from ZwitterCo discuss the latest advancements and applications of RO technology in landfill leachate treatment.
- Overview of landfill wastewater characteristics and risks
- The role of high-performance membranes in meeting compliance standards.
- How advanced membrane technology recovers performance from organic fouling.
- Innovative approaches to reducing treatment costs and environmental impact

Special Guest Speaker
Alan Edel
Get the Webinar:
Landfill Leachate Treatment eBook Download
Landfill Leachate eBook

Free eBook: Cut Landfill Leachate Treatment Costs
Learn how to maximize reliability and reduce chemical costs by up to 90% with membranes built for leachate treatment.
Reverse osmosis (RO) membranes are a cornerstone in industrial applications, particularly when dealing with difficult to treat wastewaters like landfill leachate. However, despite their role in treating leachate for reuse or discharge, traditional RO membranes often face significant operational challenges which can increase downtime and operating costs.
In this book, you’ll learn:
- Identifying Problems with RO Membranes
- Why ZwitterCo Membranes are Different
- ZwitterCo Membranes in Action
- Commercial Offering
- About ZwitterCo
ZwitterCo is not reinventing the wheel - just making it better.
Achieve 50% OPEX savings, reduced operational burdens, and longer membrane life with ZwitterCo Elevation RO membranes.

Fast Company Most Innovative Companies of 2024

2023 Breakthrough Water Technology Company

Edison Innovation Bronze Award in Sustainable Water Treatment
Case Study: Serpol
“We're thrilled with how things are going. Less chemicals, longer run times, and an easier process for our teams - it's been a win all around.”
In this snippet from our Landfill Leachate Webinar, Alan Edel of Serpol, shares his experience with ZwitterCo membranes. A former landfill in Sytraival, France, traditional RO membranes suffered from rapid organic fouling, requiring daily cleanings and frequent replacements.
After unsuccessful trials with various solutions, ZwitterCo membranes were tested alongside a leading alternative. The results: ZwitterCo maintained stable flux with no decline, while the competitor failed to meet performance targets.





