MBRCentral.com is your source of information for OVIVO® MBR products & services. Constantly evolving, MBRCentral.com will provide you with all the tools you need regarding OVIVO® MBR.
Search
  • HOME
  • CASE STUDIES
    • Featured Case Studies
  • SOLUTIONS
    • Ovivo®MBR
    • microBLOX®
    • EQuiptech™
    • stormBLOX™
  • DOWNLOADS
    • QUICK CARDS
    • VIDEOS
    • RESOURCE CENTER
  • ABOUT US
  • SUPPORT
  • CONTACT
  • LOGIN
  • CLIENT’S ZONE
    • LOGOUT
  • Sign In
  • CLIENT’S ZONE
    • LOGIN
    • LOGOUT
MBRCentral.com is your source of information for OVIVO® MBR products & services. Constantly evolving, MBRCentral.com will provide you with all the tools you need regarding OVIVO® MBR.
  • HOME
  • CASE STUDIES
  • SOLUTIONS
    • Ovivo® MBR
    • microBLOX®
    • equipTECH®
    • stormBLOX™
  • DOWNLOADS
    • Quick Cards
    • Videos
    • Resource Center
  • ABOUT US
  • SUPPORT
  • CONTACT
Menu

Return to previous page
Home Case Study

Welsh Power Plant

Welsh Power Plant

PROJECT HIGHLIGHTS

Commissioned August, 2009 Domestic WW, Greenfield Permit(s); Reuse NA/NA/1    (TN/TP/Turbidity) Power Plant ⇒ Cooling Towers MMF Capacity: 0.01 MGD $43.45/gal   1 FTE (Full‐Time Employees)
MBR effluent is discharged into a cooling tower storage pond and then drawn from the pond for cooling purposes.

DESCRIPTION

The Welsh Power MBR WWTP is a 10,000 GPD MBR System that was installed to treat the wastewater generated by the Welsh Power Plant (WPP) personnel and operations. The MBR Plant is operated by the Southwestern Electric Power Company, which is a unit of the American Electric Power (AEP). The treated effluent is discharged into a cooling tower storage pond. Water is withdrawn from the pond for cooling purposes.

LOCATION

Welsh Power Plant, TX

IMAGES

GENERATE PDF VERSION

PROJECT OVERVIEW

System Type(s) Enviroquip ® MPAC®
Previous Facility Type None
Owner Welsh Power Plant WWTP (AEP)
Engineer AEP Region 5 Engineering
Contractor Welsh Power Plant WWTP (AEP)
Operations Welsh Power Plant WWTP (AEP)
Delivery Method DBB
Time To Retrofit 8 months
Total Installed Project Cost $434,474

PLANT DESIGN INFORMATION

Fine Screen Type Bar Screen
Aperture or Slot Size 2 mm
Supplemental Aeration Technology Fine Bubble, Disks
MBR Blower Type Regenerative
Solids Management Data Hauling
SCADA System Wonderware
Disinfection Method Chlorine
# Process Stages 3

MBR (MEMBRANE ZONE) DESIGN

Filtration Mode Pumped
# of Reactors : 2
Submerged Membrane Unit (SMU) ES50, KUBOTA®
# SMU 2
Design Flux (MMF) 11.6 gfd
Minimum Temperature 20°C
Peak Factor 2.0
# of Maintenance Cleans 2
Wayne County (Eastwood)
Westfort Acton