Lower operating expenses.Higher reliability.
ZwitterCo Evolution sanitary membranes handle foulants in food processing streams with ease while maintaining stable flux and reliable operations. Users save money and reduce chemical usage through simpler and faster cleaning programs.
What Challenges Can ZwitterCo Solve for You?
Now that we are introducing FDA-compliant products, we are ready to help you.
Plant protein concentration
Plant-based proteins pose a fouling challenge for membranes that anti-fouling Evolution membranes are ready to tackle.
Effluent water reuse
Evolution RO membranes enable users to polish and reuse water from diafiltration or washing economically and efficiently.
Starch derivatives processing
Experience reduced cleaning and energy costs by processing starch derivatives with Evolution membranes.
Gelatin concentration
Gain more production time for concentrating gelatin with the simpler and faster cleanings that Evolutions membranes provide.
Blood plasma processing
Evolution membranes offer increased flux stability and decreased chemical costs for animal blood plasma applications.
Sugar processing
Evolution membranes allow sugar processors to save money on membrane cleaning while providing stable flux and operations.
Plant protein concentration
Simplify Cleaning. Face Foulants.
Evolution membranes tackle organic foulants with ease while enabling easier and shorter cleaning programs. With simplified cleanings that use less energy and chemicals, you are given back one of your most valuable commodities: time.
Effluent water reuse
Reuse water and save money.
Processes like diafiltration or washing produce large quantities of water with the potential for reuse. Evolution RO membranes can polish this water with a faster and simpler cleaning program than conventional membranes can provide.
Save on operating expenses while achieving sustainability targets with Evolution RO membranes.
starch derivatives processing
Clean less, produce more.
With simpler cleaning programs than conventional membranes offer, Evolution membranes result in less time cleaning and more time producing. The easier and faster cleanings offered by Evolution membranes decrease OPEX by:
- Lowering cleaning costs
- Decreasing water usage
- Generating less wastewater
- Lowering energy requirements
gelatin concentration
Use fewer chemicals and less water.
By reducing cleaning duration with their anti-fouling chemistry, Evolution membranes save money on water and chemicals. In addition, the shorter cleaning programs allow users to gain more production time for concentrating gelatin.
Blood plasma processing
Reliable operations with OPEX savings.
Experience a more stable flux on this high fouling stream with Evolution anti-fouling membranes. With increased membrane stability and easier cleaning programs, Evolution membranes save users money.
sugar processing
Save time and money? Sweet deal.
Evolution membranes feature a permanent barrier to irreversible organic fouling, allowing them to achieve simpler cleaning programs in sugar processing applications. This leads to a lower-cost cleaning program, reduced chemical usage, and lower freshwater demand, which can significantly impact your ability to achieve sustainability goals.
Mott Case Study
Speak with our engineers to discover ways that ZwitterCo can support positive changes at your plant. With our help, you can reduce your hauling and avoid heavy OPEX spend on plant expansion.
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Industrial Wastewater Reuse
ZwitterCo has only polymeric membranes that can filter high strength organic streams without rapid and irreversible fouling. More description here to describe the kind of solutions we offer for NMP.
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Challenging Surface Water Treatment
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High Value Protein & Co-Product Separation
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Remove Bulk Organics
Remove tough to fight organics, such as fats, oils, grease, and protein.
Fully Chlorine-Intolerant
Can endure aggressive cleaning without wear and tear
Runs at Low Pressure
Runs at low pressure by not removing salt, sugar, alcohol’s or other small molecules.
Replaces Biological Systems
Replace biological systems or coagulation/flocculation processes commonly used to treat organics.