Dormant Water... Shouldn't Be Overlooked
Transforming neglected runoff into high-quality facility supply.
CASE STUDY: FACILITY IN NASHVILLE (WATER RECLAMATION)
In heavy manufacturing, the cost of water is often a blind over-usage point. Most facilities rely entirely on municipal intake while ignoring the thousands of gallons of surface runoff sitting on their property. This "Dormant Water" is usually written off because legacy treatment is too complex or inconsistent to handle the variable loads.
In Nashville, we validated that the Ginseng technology can handle extreme "shock loads" of turbidity and organic contaminants. We are helping our partners move past fragmented water management and toward integrated systems that turn on-site liabilities into high-value utility assets.
The Challenge: Managing high-variability surface water with extreme turbidity (1490 NTU) and high organic loads that crashed conventional filtration attempts.
The Fix: The Ginseng technology—engineered to act as an infrastructure shield that handles the spikes so the rest of the facility doesn't have to.
In Nashville, we validated that the Ginseng technology can handle extreme "shock loads" of turbidity and organic contaminants. We are helping our partners move past fragmented water management and toward integrated systems that turn on-site liabilities into high-value utility assets.
The Challenge: Managing high-variability surface water with extreme turbidity (1490 NTU) and high organic loads that crashed conventional filtration attempts.
The Fix: The Ginseng technology—engineered to act as an infrastructure shield that handles the spikes so the rest of the facility doesn't have to.
Before

1490 NTU Turbidity
(Extreme Shock Load)
After

0 NTU Clarity
(Crystal Clear)
| Before | After | |
|---|---|---|
| Turbidity | 1,490 NTU | 0 NTU |
| COD | 144 mg/L | 8.0 mg/L |
| Chlorine | 13 ppm | 0.01 ppm |