Latest Construction News

Elemental Energy has secured a $97 million loan from the Canada Infrastructure Bank for the Wedgeport Wind project in Nova Scotia. This project involves constructing 12 Nordex 7-MW turbines and a 138-kV transmission line to generate 84 MW of power, providing clean energy to over 30,000 homes and creating up to 85 construction jobs. The project, a collaboration with Stevens Wind and Sipekne’katik First Nation, aims to reduce greenhouse gas emissions and support local economic development through Mi'kmaq community involvement. Operations are expected to begin in late 2026.

Halifax's municipal staff presented a plan to construct a permanent soccer stadium in its downtown area. The proposed 8,500-seat stadium aims to serve professional teams and community events but faces logistical challenges as it would require land currently used by other groups. Funding remains a significant hurdle, with the city rejecting financial responsibility. The total estimated development costs range from $116 million to $123 million, and further public consultations are anticipated.

A $7.4 billion hospital expansion project is currently underway in downtown Halifax. The site preparations include the installation of fencing, site trailers, and heavy equipment, as well as the erection of two tower cranes. This development, adjacent to the QEII Halifax Infirmary, is recognized as the most ambitious healthcare infrastructure project in Atlantic Canada.

The Canada Infrastructure Bank (CIB) is lending $97 million to support the Wedgeport Wind energy project in Argyle, Nova Scotia. This project involves the construction and installation of 12 wind turbines, providing 84 megawatts of renewable energy to power over 30,000 homes. The initiative will create up to 85 jobs during construction and more opportunities for operations and maintenance. The CIB aims to bridge financial gaps for clean energy projects in Nova Scotia, with the Wedgeport Wind project being a key part of their initiatives in the region.

Nova Scotia Premier Tim Houston is proposing a significant expansion of the province's offshore wind energy sector. This initiative is in response to Prime Minister Mark Carney's vision of transforming Canada into an "energy superpower." Houston is seeking federal funding from the Liberal government to support this ambitious project.

Omar Gandhi Architects has appointed Stephanie Hosein and Jordan Rice as partners, signaling a new direction for the firm. Founded 15 years ago in Halifax, the firm has expanded to Toronto and Berlin, with projects in Paris, Hamburg, and the UK. Hosein and Rice bring experience in leadership and impactful architectural projects, promoting a collaborative and community-focused practice. Their appointment aims to enhance the firm's ability to engage with diverse communities while maintaining high design standards.

The Canada Infrastructure Bank has issued a $97 million loan to support Wedgeport Wind, a new wind energy project in Nova Scotia. The project will include the construction of 12 wind turbines capable of generating up to 84 megawatts of renewable energy. It aims to provide clean and affordable power to over 30,000 homes and businesses and will create job opportunities during and after construction. This initiative is part of a larger effort to reduce greenhouse gas emissions and strengthen the regional power grid with sustainable energy solutions.

Sustane Technologies and Pyrovac have formed a strategic partnership to enhance plastic recycling efforts in Canada and globally. The collaboration will utilize Pyrovac's proprietary reactor technology, initially upgrading Sustane’s facility in Nova Scotia with a $7 million investment. This marks Pyrovac's first commercial deployment of its technology, aimed at converting plastic waste into fuels and chemicals via pyrolysis. The partnership aims to foster a circular economy by reducing plastic waste and generating economic value.

Build Nova Scotia announced the completion of the blasting phase at the QEII Halifax Infirmary construction site for the new acute care tower. The project now moves to mechanically breaking rocks near the existing hospital, which is a noisy but necessary step. The new tower, on track to open in 2031, will offer expanded facilities such as 216 beds, a larger emergency department, and advanced diagnostic units. The project is part of the QEII Health Sciences Centre Redevelopment, ranked as one of Canada's top infrastructure projects.

SolarBank Corporation is set to develop a 6.9-megawatt solar project in Brooklyn, Nova Scotia, in collaboration with Trimac Engineering, as part of the province's Community Solar Program. The project, costing approximately $13.9 million, aims to achieve 80% renewable energy by 2030 and net-zero emissions by 2035. Scheduled to begin in spring 2026, it will provide power to about 900 homes and offer community members credits on their utility bills. SolarBank's initiative supports grid resilience and local economic growth, though it faces risks such as regulatory and financial challenges.

The Halifax Infirmary Expansion Project has reached a significant milestone with the arrival of the first two of four tower cranes at the construction site. This project involves building a new acute care tower at the QEII Health Sciences Centre, providing 216 acute care beds and an expanded emergency department. The construction of this major healthcare infrastructure is expected to be completed by 2030, with the facility becoming operational in 2031. This development is part of a broader effort to meet the healthcare needs of Nova Scotians and Atlantic Canadians.

When Hurricane Fiona, a Category 4 storm, hit Nova Scotia, Whitney Pier Memorial Middle School’s Carlisle FleeceBACK RapidLock roofing system proved its durability. Installed by PMC Roofing Ltd., the system was chosen for its superior wind resistance and VOC-free installation, avoiding the challenges of traditional adhesives. The Velcro Brand Securable Solutions technology provided secure fixation, enabling the roof to withstand 140 mph winds and keep the school safe. The Carlisle RapidLock system demonstrated its high performance in extreme weather conditions.