Phoenix Retail Park: Sewage Pumping Station

Client

Scottish Water Horizons

Duration

Three weeks of active site work delivered across a five-month program

Project Overview

A&L MEICA was commissioned to bring the Phoenix Retail Park sewage pumping station up to Scottish Water specifications. The site, previously left in an unsatisfactory state by a housing developer, required a multidisciplinary approach to ensure it could be adopted into the Scottish Water network.

The scope included:

  • Upgrading access and egress hardware
  • Diagnosing and resolving issues with interactive flowmeter sensors
  • Testing and commissioning existing lifting equipment
  • Conducting a feasibility study for onsite telemetry

Works Detail

Key Achievements

  • Environmental Protection: Prevented a potential environmental spill caused by fat and waste buildup.
  • Rapid Response: Engaged Selwood Ltd to install super-silent macerating over-pumping systems, minimizing disruption to the local community.
  • System Restoration: Rehabilitated the pumping station to full operational capacity, ready for adoption by Scottish Water.

Challenges Overcome

Upon arrival, the team discovered:

  • Two failed pumps
  • Severe fat and waste accumulation in the well

These issues were resolved through physical removal of the waste and replacement of faulty components, restoring system integrity.

 

Stakeholder Collaboration

  • Project Management: Ross Dainert (A&L)
  • Site Supervision: Alex Jamieson (A&L)
  • Client PRC: William Melville
  • Specialist Support:
    • M&E: A&L MEICA
    • Telemetry: BGEN
    • Lifting Equipment: LMS
    • Overpumping: Selwood Ltd
    • Traffic Management: Sunbelt Rentals
    • Wet-well Cleaning: DAMM Environmental

 

Environmental & Safety Measures

DAMM Environmental ensured the wet-well was cleaned and sanitised, allowing A&L staff to work safely in a sterile environment despite the challenging conditions.

 

Lessons Learnt

  • Early detection and intervention are critical in preventing environmental hazards.
  • Collaborative, multidisciplinary approaches yield the most effective outcomes in complex infrastructure projects.

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