Shoal Lake 40 First Nation CFS Prevention Centre

Address (Map): Shoal Lake 40 First Nation, Treaty 3 Territory, Canada

Sector: Institutional

MCW Office: Winnipeg

Status: Completed

Shoal Lake 40 First Nation CFS Prevention Centre  photo
Shoal Lake 40 First Nation CFS Prevention Centre  photo
Shoal Lake 40 First Nation CFS Prevention Centre  photo
Shoal Lake 40 First Nation CFS Prevention Centre  photo
Shoal Lake 40 First Nation CFS Prevention Centre  photo
Shoal Lake 40 First Nation CFS Prevention Centre  photo

Project Timeline:

2023 to 2026

Construction Value:

$15.5 million

Mechanical:

MCW Consultants Ltd.

Electrical:

MCW Consultants Ltd.

Architect:

BridgmanCollaborative Architecture Ltd.

Structural:

JCK Engineering

Contractor:

Wahbung Abinoonjiiag

Awards:

2026 ACEC-MB Award of Excellence, 2026 Canadian Consulting Engineer Award of Excellence

Project Description

The Shoal Lake 40 First Nation CFS Prevention Centre is a multi-use facility developed to support First Nation Child and Family Services (FNCFS) prevention programming, therapeutic services, cultural ceremonies, and land-based learning opportunities. Designed through extensive engagement with community leadership, Elders, youth, and residents, the facility reflects community values and the Seven Sacred Teachings while providing a safe, welcoming environment for children, youth, and families.

Project Highlights:

  • Energy-efficient all-electric heating utilizing electric boilers and radiant floor heating.
  • High-efficiency reverse-flow energy recovery ventilator (ERV) achieving approximately 85% heat recovery efficiency.
  • Demand-controlled ventilation with occupancy, COâ‚‚, humidity, and temperature monitoring.
  • Comprehensive BACnet Direct Digital Control (DDC) building automation system with remote monitoring capabilities.
  • Specialized ventilation system designed to support traditional smudging ceremonies while maintaining indoor air quality in adjacent spaces.
  • High-efficiency LED lighting with occupancy sensors and daylight harvesting controls throughout the facility.
  • Designed and delivered through a culturally grounded consultation process with Shoal Lake 40 First Nation.
  • ERV Heat-Recovery Efficiency: Approx. 85% during winter operation
  • Fan Speed Reduction: Up to 70% when the AHU requires only ventilation or heating air
  • Design Outdoor Temperature Example: −40°C; reverse-flow ERV can temper incoming air to 11.7°C using energy from two fans and motorized dampers
  • On-Site Heating Emissions: Electric boilers selected with zero carbon emissions
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