Ready to improve margins and reduce downtime? Connect with a Pall expert to explore GP-IC membrane solutions for your protein process.
Filtration That Pays Off: GP-IC Membranes and ROI
Jan, 2026
From Cost-Center to Profit Driver
Filtration is often seen only as a necessary cost, but it doesn’t have to be. With the right technology, it becomes a driver of product quality, brand differentiation, and margin expansion. GP-IC membranes help shift the narrative from operational expense to strategic investment.
The ROI Advantage of Pall Membralox® GP-IC Membranes
GP-IC membranes are engineered for durability and performance:
- Up to 5–10x longer lifespan than polymeric alternatives
- Up to 30% lower CAPEX compared to traditional ceramic systems
- Up to 45% more filtration surface area
- Up to 30% higher protein transmission
Their compact, enclosed design supports clean and automated operations and reduces contamination risk, making them ideal for regulated environments. Plus, their tolerance for aggressive cleaning protocols means less downtime and more uptime, positively impacting your bottom line.
Faster Payback, Greater Margins
GP-IC membranes reduce operating costs through:
- Fewer changeouts
- Minimal manual intervention
- Consistent performance
- Fully automated systems
When paired with the ability to produce higher-value and premium protein ingredients, the business case becomes even stronger. In high-demand segments, even small gains in purity can translate into outsized returns. As explored in our previous blog on how premium protein purity drives profitability, producers can unlock significant margin gains when purity exceeds 98%. For example, protein powders with 98%+ purity can sell at significantly higher $/kg than standard alternatives.
Ideal for New Builds and Expansions
GP-IC systems are well-suited for new plant builds in fast-growing regions. Early adoption gives producers a competitive edge, enabling them to scale quickly and meet rising demand for premium protein.
Profitability Through Reliability
Whether you’re upcycling food waste, using fermentation for novel proteins, or extracting plant-based ingredients, GP-IC membranes offer consistent and reliable performance. Less fouling, more predictable yields, and scalable results across applications mean fewer surprises and more confidence in your process. Learn more about upcycled protein applications.
Invest in Filtration That Performs
From reducing costs to enabling premium product output, GP-IC Membranes help producers achieve faster ROI and long-term success. Partner with Pall to maximize margins and elevate your protein process and contact us on the form provided.
Frequently Asked Questions
What is Membralox® GP-IC ceramic membrane technology?
GP-IC stands for Gradient Permeability and Intermingled Channels. This design increases filtration surface area and protein transmission while reducing pressure drop across the membrane. It’s a breakthrough in crossflow filtration for food and beverage applications. Learn more here.
How do GP-IC membranes reduce operating costs?
GP-IC membranes offer a lifespan 5–10x longer than polymeric alternatives and require fewer changeouts. Their compact, enclosed design supports automated operations and aggressive cleaning protocols, reducing downtime and maintenance costs.
What are the ROI benefits of GP-IC membranes?
With 30% lower CAPEX compared to traditional ceramic systems and higher protein transmission rates, GP-IC membranes deliver faster payback. Their durability and consistent performance make them ideal for scaling premium protein production.
Where can GP-IC membranes be applied?
GP-IC membranes are versatile across food and industrial processes, including:
- Alternative protein production (plant based, fermentation and upcycling)
- Enzyme recovery
- Fermentation broth clarification
Are GP-IC systems suitable for new plant builds?
Absolutely. Their compact footprint and high performance make GP-IC systems ideal for new facilities in fast-growing regions. Early adoption helps producers scale quickly and meet rising demand for premium protein.