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Innovative Solutions featuring premium performance in filtration and silt separation!
Breaking the nucleation chain.
Mineral scaling doesn't just happen; it's a physical event waiting for a catalyst.
COOLING water full of dissolved minerals like Calcium Carbonate and microscopic suspended particles like silt, sand, and microorganisms. thermodynamicly prefer these pre-existing foreign surfaces—the physical catalysts—need seeds from .1 to 10 micron...to precipitate
less seeds=> significantly less nucleation=> less scale & fouling
CLOUD FORMATION - NUCLEATION ANALOG
Condensation on Particles - Similar to Nucleation
To understand why we are redefining industrial water treatment, consider how a cloud forms. For rain to fall, dissolved water vapor requires a physical seed—a microscopic dust mote—to act as a surface for condensation.
Your cooling water loop is an active weather system. Mineral scaling and fouling are not passive events; they need pre-existing, microscopic suspended particles (silt, sand, biological matter) to act as a physical catalyst. We take a different approach. Instead of changing the chemistry, we remove the "seeds." If you remove the seed, you prevent the scale storm.
Key Insight:
To understand why we are redefining industrial water treatment, consider how a cloud forms in the sky. For rain to fall, dissolved water vapor requires a physical seed—a microscopic dust mote—to act as a surface for condensation. The same holds for carbonates and other precipitants from .1 to 10 microns.
STOPPING THE REIGN OF SOLIDS
Breaking the nucleation chain:
Scaling and fouling are distinct, uncontrolled physical events driven by different types of nucleation. Homogeneous Nucleation occurs in the bulk parent phase, where dissolved minerals agglomerate and settle, leading to fouling. Heterogeneous Nucleation is the primary process for scaling. This occurs on foreign surfaces, such as microscopic suspended particles in the 0.1 to 10-micron range—the 'silt seeds' from our analogy. These surfaces lower the energy barrier, allowing minerals like Calcium Carbonate to precipitate out and form hard scale on your heat transfer surfaces.
HOW WE BREAK THE NUCLEATION CHAIN
- Nucleation is the physical event that causes dissolved minerals to form scale.
- True prevention means removing the microscopic "seeds" (the 0.1 - 10 micron particles).
- Shift from chemical management to proactive particle harvesting.
YOUR PATH TO LESS WATER, CHEMICALs, AND ENErgy
Continuous Particle Harvesting, Sustained Optimization
Scaling and fouling are common issues in cooling water systems that lead to increased maintenance costs and downtime. The CPH 16 Silt Separator offers proven strategies to break the nucleation chain by controlling seed formation at the microscopic level. Our technology targets the physical catalysts that accelerate mineral deposition, effectively preventing scale accumulation. Implementing our solutions results in cleaner systems, lower operational costs, and improved heat transfer efficiency. Lock in your design PUE/WUE and protect your expensive heat transfer surfaces from day one. Choose Epiphene for reliable, science-based solutions to keep your cooling systems running smoothly.
Highest Removal Efficiencies in the Industry
The CPH 16 Particle Harvester proves that true optimization is achieved when you fundamentally stop treating symptoms and start controlling the physics. We understand that effective water treatment isn't just about managing chemistry; it's about physically removing the microscopic catalysts—the dynamic 0.1 to 10-micron solids—that fuel scaling and fouling in your critical cooling loop. s