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Innovative Solutions featuring premium performance in filtration and silt separation!
Thief of Crop Yield: Silt-Driven System Decay
Did you know? A mere 1% drop in Distribution Uniformity (DU) correlates to a 2% loss in avg yield
Across the United States, over 30% of irrigated acres are currently under high-risk silt conditions. Whether sourcing from surface water or deep wells—which often produce unaddressed sand and fine silt—traditional filtration is failing. This leads to high-frequency backwashing, pressure spikes, and a steady degradation of your system’s performance year after year.
Stop the yearly degradation.
- Protect Your Revenue
- Maintain Distribution Uniformity (DU)
- Lower Input Costs
- Protect Your Infrastructure
- Operational Peace of Mind
PROBLEM - OPPORTUNITY - SOLUTION Micro - Drip - SDI
Committed to Eco-Friendly Operations
Epiphene technology moves beyond surface-level filtration to address the three primary killers of irrigation efficiency. Our high-efficiency separators are engineered to mitigate silt loading before it reaches your media, neutralize the biological 'glue' that binds particles to emitters, and eliminate filter impingement (surface blinding). By removing the inorganic catalysts for emitter plugging, we ensure your SDI and micro-drip systems maintain design flow and distribution uniformity for the long haul."
Stop the "Blinding ^ Plugging" Cycles
- Silt Mitigation: Removes fines that plug emitters.
- Biological Control: Breaks the cycle of biofilm-silt aggregation.
- Anti-Impingement: Prevents surface sealing on filters to maintain constant system pressure.
PROBLEM - OPPORTUNITY - SOLUTION Mechanized Irrigation
Eliminating the Liquid Sandpaper Effect: Preserving Mechanized DU
Mechanized systems are under constant internal attack. As shown in our system analysis, unfiltered silt and sand act as 'liquid sandpaper,' aggressively eroding pipe coatings and initiating internal corrosion. This isn't just a maintenance issue—it's a revenue crisis. When silt induces nozzle orifice wear and pressure regulator failure, your Distribution Uniformity (DU) collapses. Epiphene technology intercepts these abrasives at the source, extending component life by up to 5x and ensuring every drop reaches its target."
Protect your DU
Epiphene technology stops the cycle of abrasion that leads to:
- Internal Pipe Corrosion
- Nozzle Orifice Wear
- Regulator Failure
Best WAy to SEE how CPH 16 Will Work on your farm
Purple (Initial Agitation): The Raw Reality
Take a sample directly from your source. After immediate agitation, the water is a chaotic mix of sand, grit, and organics. This represents the high-velocity abrasives that cause Internal Pipe Corrosion the moment they enter your spans.
Red (3-Minute Mark): The "Market Standard" Failure
After three minutes, heavy sand has settled, but the water remains cloudy. This is the water traditional filters deliver to your field. It is still loaded with the "Liquid Sandpaper" that causes Nozzle Orifice Wear and Regulator Failure.
Yellow (24-Hour Mark): The Epiphene Standard
Yellow (24-Hour Mark): The Epiphene Standard
Only after 24 hours does the fine silt and biological "glue" finally settle, leaving the water clear. This layer of sediment is exactly what the CPH 16 Separator removes instantly, capturing the fines that others can't match.