EC Max is Paving the Way for Enhanced Well Conductivity
IBC’s most recent innovation for the oil and gas market is EC Max, a product designed to slow proppant embedment and enhance well production by prolonging the integrity of the fracture network. EC Max is part of the next generation of completion fluid additives based on IBC’s proprietary biopolymer chemistry.
A New Era in Completion Fluid Additives for Enhanced Well Conductivity
Standard completion fluid systems typically rely on a combination of water or brine, polyacrylamide friction reducers, biocides, scale inhibitors, and oxidizing breakers. While these components remain essential, they don’t address a critical issue: fracture face preservation.
That’s where EC Max stands apart.
EC Max introduces a new category of additive designed for reduced proppant embedment and enhanced well conductivity over time. It supports long-term well productivity by preserving the structure of the fracture network—a factor often overlooked in traditional designs.
Performance That Speaks for Itself
EC Max has demonstrated impressive results in laboratory and field applications across multiple shale formations.
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20–45% relative increase in permeability across various test conditions.
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In Wolfcamp shale, EC Max delivered a 42% increase in regain permeability.
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In Berea sandstone, it achieved a 23% increase.
These gains translate directly to improved well performance and extended production life.
Value That’s Easy to Justify
In addition to improving permeability, EC Max helps slow the decline curve often seen in shale production. By maintaining conductivity longer, it contributes to greater cumulative production with minimal added cost.
Operators can expect a strong return on investment with EC Max, especially when weighed against the relatively small increase in completion fluid spend.
Biopolymer Chemistry with a Purpose
Like all IBC oilfield solutions, EC Max is built on our next-generation biopolymer platform. This chemistry is designed not only for performance but also for sustainability and compatibility with existing fluid systems.
It integrates seamlessly with traditional designs while adding a powerful new layer of protection for the fracture face.
Learn More About EC Max
Contact IBC today to request product data, schedule a technical discussion, or learn more about our full portfolio of sustainable oilfield chemistries.
