Articles from Construction Canada

Revery Architecture is set to construct the PNE Amphitheatre in Vancouver, featuring the world's largest free-span mass timber roof made of more than 2,000 m3 of timber. The design includes a starburst arch roof with intersecting barrel vaults and offers flexible seating arrangements. The project aims for Zero Carbon Building certification and LEED Gold standards, highlighting its sustainability credentials. Once completed, it will serve as Vancouver’s first net-zero carbon cultural project and is slated to host events like the FIFA Fan Festival in 2026.

Pomerleau is committed to innovation by leveraging advanced technologies like Building Information Modeling (BIM) and Virtual Design and Construction (VDC) to enhance project phases from design to execution. They use drones and 3D laser scanners for accurate data collection and renovation planning. Their innovation strategy also emphasizes sustainability, including electrifying equipment, using low-impact materials, and reducing emissions. Pomerleau aims to build environments that are safer, smarter, and more sustainable.

Elevate MAX PVC is a high-performance roofing membrane designed for challenging commercial environments. It features a robust scrim layer for enhanced stability and wind resistance, and offers protection against UV light, chemicals, and extreme weather conditions. The membrane is also reflective, potentially lowering cooling costs and enhancing energy efficiency, and is completely recyclable when mechanically attached. Elevate MAX PVC is suitable for airports, restaurants, and industrial facilities, promoting sustainability in demanding roofing applications.

Montgomery Sisam Architects has designed an innovative modular affordable housing project in Durham that features Scandinavian-inspired architecture. The design includes elements like a reading nook, community space, and a spacious terrace, aiming to integrate harmoniously with the rural environment. The project addresses urgent housing needs in the region, utilizing off-site prefabrication to reduce construction time, waste, and emissions. A total of 47 fully self-contained suites have been developed, showcasing sustainable construction practices.

British Columbia (B.C.) is a leader in mass timber construction, with the highest number of mass timber buildings in North America. Recent amendments to the B.C. Building Code have increased the allowable height for mass timber buildings and expanded the types of permissible structures, facilitating greater design flexibility and cost efficiency. Despite challenges such as scaling up manufacturing and navigating regulatory hurdles, B.C. is investing in local manufacturing and exploring hybrid structural systems to bolster its mass timber industry. The integration of mass timber is poised to enhance sustainability and human well-being while reducing greenhouse gas emissions.

The article discusses a quiz based on the benefits of using metal fabric for rooftop design, known as the 'fifth facade.' This material balances performance, safety, and aesthetics, and is used in commercial, educational, and healthcare facilities. Metal fabric offers durability, flexibility, and aesthetic appeal, providing solutions such as solar shading, fall protection, and equipment screening. The quiz tests knowledge on how metal fabric enhances sustainability and design in modern architectural rooftop spaces.

The article explores the importance of selecting sustainable ceiling materials that balance acoustics and design flexibility. Metals like aluminum and stone wool are highlighted for their acoustic and environmental benefits, with perforated metal ceilings offering customizable acoustics and aesthetic options. Stone wool is emphasized for its sustainability and high sound absorption without sacrificing durability. The integration of acoustic performance into building design is crucial for health, safety, and the overall well-being of occupants, particularly in environments like hospitals.

The article explores how 3D concrete printing (3DCP) is revolutionizing construction and architecture, particularly in northern climates. It highlights the environmental benefits, such as reduced material waste and enhanced thermal performance, and outlines different 3DCP technologies like robotic arms, gantry systems, and mobile cranes. The piece also discusses the optimum balance of speed, geometry, and rheology to effectively utilize 3DCP for efficient and sustainable construction practices.

The article discusses the essential role of air barriers in Canadian construction, focusing on their impact on energy efficiency, durability, and indoor air quality. It explains how air barriers reduce air leakage, thus preventing energy loss, moisture accumulation, and material degradation. The piece also examines different types of air barriers, such as self-adhering sheet membranes, closed-cell spray polyurethane foam, and liquid-applied membranes, highlighting their advantages and applications. The importance of understanding installation methods and the integration of these systems with other building envelope components is emphasized.

The article explores the evolving landscape of metal roofing in Canada, highlighting its compatibility with solar photovoltaic systems. Canada is focusing on clean energy transitions driven by new investment tax credits, positioning metal roofing as a sustainable and durable choice. Standing seam metal roofs particularly stand out due to their long service life, ease of installation, and recyclability, which support solar PV integration. A quiz is offered to test readers' knowledge on how tax policies, solar technology, and roofing contribute to Canada's net-zero goals.

The article discusses innovations in insulation technology and their impact on the construction industry. It highlights how next-gen insulation materials like vacuum-insulated panels, aerogels, and hemp-based products offer improved thermal performance and sustainability. These technologies can help meet stricter building codes and climate targets while addressing life-cycle carbon implications. The article also notes the movement towards low GWP materials and optimized manufacturing processes.

The Shudell House, designed by Weiss Architecture + Urbanism, showcases innovative aging-in-place features in Toronto's older neighborhoods. The design includes a distinctive diamond pattern and buff brick facades, blending heritage with modern functionality. Key features include an elevator, a roll-in shower, and a universally accessible kitchen. Natural light is enhanced through light wells, skylights, and a double-height dining area.