RWC Systems Awarded TRU Retrofit & Energy Centre Project

Eight buildings. One energy centre. Endless logistics. We’re ready.

Executive Summary

RWC Systems has been awarded the TRU Low Carbon District Energy System (LCDES) Energy Centre and retrofit work in 8 campus buildings.
Scope includes 24.5K SF of drywall, 13K SF of steel stud framing, 9.6K SF of acoustic ceiling tile reinstallation, and more.
The project will require phased scheduling, detailed coordination, and careful ceiling restoration to meet TRU’s sustainability goals.

RWC Systems is proud to announce that we’ve been awarded the Thompson Rivers University (TRU) Low Carbon District Energy System (LCDES) Energy Centre and Phase 1 and 2 Retrofit Projects. This contract, led by general contractor PCL Constructors Westcoast Inc., reinforces our reputation as a trusted partner for complex institutional builds.

Work is already underway, with re&re work at the BC Centre for Learning (BCCOL) starting April 21st. The Energy Centre component is scheduled to begin in August 2025.

Project Scope Highlights:

LCDES Energy Centre (Main Building & Office Fit-Out)

~24,500 SF of drywall (interior & exterior gypsum sheathing)
13,000 SF of steel stud framing
6,000 SF of insulation
1,200 SF of plywood, including parapet caps and backing
250 SF of acoustic ceiling tiles

Phase 1 & 2 Retrofit (BCCOL, Gym, Old Main, Science, Culinary Arts, Library, Clock Tower, Arts & Education)

Re&re of 9,600 SF acoustic ceiling tiles
1,200 SF of new ceiling tile suspension system
800 SF of decorative wood ceiling and wall panel reinstallation
300 SF of re&re GWB ceilings
Shaft enclosures, bulkhead extensions, and new steel stud framing throughout

Project Challenges and Approach

With 8 buildings requiring retrofit, phased scheduling and logistics will be critical. One notable challenge is the careful removal and reinstallation of existing ceiling tiles. To mitigate risks, RWC has accounted for brand-new acoustic tiles to ensure visual consistency, eliminating the need to match legacy materials.

We look forward to continuing our collaboration with PCL and TRU to help advance this energy-efficient transformation across campus.

This project joins RWC Systems’ growing portfolio of institutional work, which includes notable projects at