Facebook

Twitter

(Your shopping cart is empty)
You are here: Home > Case Studies > Pathogen Control in waste Water - Turek, Poland

SCD Probiotics


Case Study Summary – Turek Poland

Wastewater - Pathogen Control
Industry: City Government, Public Works
Application: SCD Probiotics Technology used to improve the efficiency of urban wastewater treatment facility
Customer: Przedsiębiorstwo Gospodarki Komunalnej i Mieszkaniowej
Where: Turek, Poland
When: Since 2005
SCD Products: Customized solution using SCD Bio Klean™
SCD Licensee: ProBiotics Polska

Customer Problem
The wastewater treatment plant in Turek has a designed daily capacity of approximately 15,750 cubic meters/day. Daily influence reaches from 8,500 - 10,500 cubic meter / day.

As is common in many wastewater treatment facilities, the customer faced numerous challenges with the operational efficiency of the system including wastewater quality, foul odors negatively affecting the surrounding communities, difficulties with sludge removal, difficult working conditions for staff, and clogged drains due to sludge.

Goal
All outflow standards established by regulations must be met; further reduction of baseline outflow results are desired (see Table 1 and Table II respectively).

Table 1: Environmental Regulation Standards


Table II: Mean Wastewater Characteristics (2004) Prior to SCD Probiotics Applications


Methodology
SCD Bio Klean is added to the sludge once it is separated from the water inflow. A portion of sludge is re-circulated to the system at the beginning of the process.

Results
Significant improvement in all outflow parameters occurred (40 - 65% reduction in outflow parameters compared to mean baseline parameters).

Table III: Mean Wastewater Characteristics (2008) After SCD Probiotics Application


Results (continued)
In addition, the following benefits were achieved as a result of the SCD Probiotics application, positively impacting the operational and financial performance of the wastewater treatment facility.

  1. The structure of the sludge changed from greasy to porous. Consequently, transportation of the sludge became easier.
  2. The pathogenic microbes were conceivably decreased which accounted for the removal of foul odor and improved sanitary working conditions.
  3. The amount of utilized coagulation agents was reduced by 35 - 40%.
  4. The lime previously applied to the sludge was entirely removed from the hygienisation process.
  5. The pontoons formerly used to cover the open digestion chambers are no longer in use.
  6. he clogging of the drainage system of sludge deposit sites was eliminated.
  7. The interest in applying sludge for farming needs and soil restoration significantly increased.

Sustainable Community Development
1327 East 9th St. Kansas City MO 64106
 About Us
 Customer Service
 Privacy Policy
 Send Us Feedback