The Flush-Pack PreTreatment Disks naturally cause native, indigenous microorganisms already present in the wastewater to replicate, exponentially, consuming and biodegrading the sewage while providing the following additional benefits on an ongoing flow through and permanent basis.
1. PreTreatment Disks have shown to "increase" nitrogen removal by as much as 60% from an
existing septic system.
2. Fiscal and environmentally sensible.
3. PreTreatment Disks reduces nitrogen, coliform and other pathogens - protecting our health
and environmental benefits.
4. PreTreatment Disks reduces activated sludge volume which decreases septic truck
service intervals and sludge disposal costs.
5. PreTreatment Disks provides continuous odor control and remediates Greenhouse Gas
(GHG) and ammonia emissions.
A. EBD technology fully remediates organic and inorganic contaminants in all soil types while
costing significantly less than any other conventional contaminated soil remediation technology.
B. The EBD process is totally self-sustainable, non-intrusive/non-invasive and DOES NOT USE:
1. Excavation
2. Injection Schemes
3. Chemical Add-on Products
4. Pump & Treat
5. Thermal Desorption
6. Nano or Phyto Remediation
7. Aeration
8. Activated Carbon
9. Soil Vapor Extraction
10. Soil Dilution
11. Hydroxide or Permanganate
12. External Electric Power.
C. EBD systems fully remediate soil and ground water down from surface-layers to great depths.
D. There is no need to tear down or remove any infrastructure or facilities located within the EBD
active-remediation zone (ARZ) perimeter. EBD technology will remediate all soil such buildings
and facilities under the ARZ perimeter.
E. Foul and dangerous odors emanating from polluted soil sites, will effectively be eliminated shortly
after installing EBD systems.
The EBD Remediation service provided by Freytech is price fixed, takes less than two years to completely remediate contaminated sites and is much more affordable than using conventional soil and ground water remediation techniques.
This website uses cookies. By continuing to use this site, you accept our use of cookies.