A dedicated materials storage bunker was added, incorporating deflagration venting to address the risks associated with fuel handling and containment. These upgrades responded to overlapping technical demands, including life safety, temperature control, ventilation performance, and security requirements. The project required careful coordination of competing code objectives, where solutions for one safety condition directly influenced another.

A defining aspect of the work was its response to an existing facility that did not align with contemporary laboratory standards. Custom solutions were developed to bridge current codes with legacy construction conditions. One notable outcome was the implementation of a double-rated wall and door assembly to protect a custom flammables walk-in cooler, allowing required safety separation without sacrificing operational functionality.

Laboratory casework was designed to match existing building standards while accommodating modern equipment and services. New custom-built components were selectively integrated with retained elements, allowing continuity across lab spaces while improving durability, service integration, and chemical resistance. New fume hoods and associated services were distributed across the upgraded labs to support varied testing processes.

The project framed the laboratories as interconnected processes rather than standalone rooms. Spatial planning considered how materials, equipment, and personnel move between the labs, reinforcing functional relationships and operational clarity. Mechanical and safety systems were coordinated across these environments to support controlled research activity within a complex regulatory context.

The completed upgrades extend the functional lifespan of the Millwoods facility and provide a technically robust environment for advanced fuels and lubricants research. The project addresses both immediate safety requirements and long-term operational demands within one of the province’s most demanding laboratory settings.