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Don't treat ideal construction site conditions as an afterthought. Include a performance-based climate control strategy in your project's planning stage. It saves money, prevents delays, and provides the project team with a safer working environment.

As cold weather approaches and projects begin to close in, temporary heat becomes essential for keeping schedules on track and protecting materials. At the same time, enclosed spaces increase the risk of carbon monoxide (CO) exposure when fuel-burning heaters are used indoors. Understanding how CO is generated and how to monitor conditions is critical for maintaining safe environments during winter operations.

Across Canada, many office and commercial buildings continue to sit vacant or underutilized. According to CBRE, Canada’s national office vacancy rate stood at approximately 18% at the end of 2025, compared to 10.9% before the pandemic. As more buildings remain partially occupied or unoccupied for extended periods, property owners, municipalities, and facility managers are facing growing pressure to reduce operating costs while still protecting building conditions and long-term asset value.

Critical infrastructure, like data centers and server rooms, are the backbone of modern industries, requiring meticulous planning and execution during construction. Moisture control and climate management rank high on the list of priorities for ensuring the resilience of these facilities. Let's explore how temporary climate control and environmental monitoring during construction play a crucial role in their success.

The high-rise construction sector in Canada has experienced significant growth in recent years, driven by urban densification, rising housing demand, and the push for mixed-use developments. In 2024 alone, the total value of building permits climbed to $145.3 billion, its highest level since 2017, boosted by a 21.2% increase in residential-sector intentions, largely led by multi-residential projects. With investment continuing into 2025, high-rise construction is accelerating.