Church Court, Bristol, BS40
Heating Upgrade
INTRODUCTION
A comprehensive window and door replacement project at Brookfield Primary School in Camden, undertaken by TF Energy for Camden Council.
This £851,000 project involved replacing 145 windows and 2 doors on the south east elevation with Accoya Timber Crafted double glazed units, complying with conservation area regulations. The installation was carefully phased across four half-term breaks to minimise disruption to school operations, with completion scheduled for August 2025.
The project required installing 145 commercial-grade wooden crafted double glazed window units inRAL Colour 9016 (Traffic White), along with 3 ha rdwood contemporary flush doors of various sizes.
All units included specified ironmongery, child lock restrictors, and weather proofing. Working in a school environment presented unique challenges, with all installation work restricted to non-term times. This necessitated breaking the project into carefully planned batches, with separate
production ordering and delivery timetables coordinated with installation periods.
The project was carefully designed to maintain the architectural character of the conservation area while significantly improving energy efficiency, sound insulation, and security for the school environment.
Each installation phase concluded with a full deep clean and structured handover to ensure the school could resume normal operations immediately after each break. Suspected asbestos removal was carefully managed as part of the works, though none was ultimately identified.
The project demonstrates TF Energy's ability to deliver complex installations in sensitive environments with strict scheduling constraints. Through careful phasing, strict asbestos management protocols, and efficient scaffold logistics, the team ensured a controlled installation programme that maintained a safe environment for staff and pupils throughout.
Brookfield Primary School now benefits from high-performance windows and doors that comply with conservation requirements while significantly improving the building's energy efficiency, comfort, and security.










