Awards

The development features an extensive below-grade footprint, covering 400,000 square feet across six levels, with a P7-level venting floor. At its core, The Well incorporates critical infrastructure, including a state-of-the-art water treatment facility and an innovative thermal storage system positioned 150 feet into the bedrock. This system, capable of holding 7.6 million liters of water, plays a key role in enhancing the sustainability and operational efficiency of the development.

Because of the complexity of the project, the multiyear application timeline and critical nature of the basement spaces Adamson Associate Architects needed a reliable below grade waterproofing membrane that offers local technical support throughout the design and construction stages, provides a meaningful warranty, and works with experienced trained applicators. To meet these requirements, CETCO’s Coreflex 60 and Ultraseal XP waterproofing membranes were specified, and Bothwell Accurate, a CETCO-certified applicator, was selected to install the system.

The waterproofing installation began in 2018 and spanned over five years. The project faced multiple seasonal weather changes, which required careful planning to ensure consistent, high-performance application throughout the build. Over 80 project-specific waterproofing details were developed, reviewed, and approved prior to installation. Additionally, the project included hundreds of tiebacks and thousands of tie-rods, each requiring specialized detailing and individual inspections to ensure long-term durability and performance.

Designed for longevity and durability, the multi-layered waterproofing system ensures The Well remains protected from water infiltration—minimizing long-term maintenance costs and extending the lifespan of the structure.

The collaborative efforts of Adamson Associates, DRE/CETCO and Bothwell Accurate and played a pivotal role in the successful execution of the waterproofing strategy of The Well.

Allied Professional: Adamson Associates Architects
Contractor: Bothwell Accurate
Manufacturer: CETCO/DRE Industries

To address the issue, the project team implemented a comprehensive waterproofing and water management solution, incorporating Koster G4 and S4/B+ curtain injection waterproofing along with Koster NB1 cementitious waterproofing. Additional work included through-wall drainage system upgrades and concrete repairs, ensuring a long-term, effective solution while minimizing disruption to tenants.

The collaboration between RJC Engineers, Maxim Group General Contracting, and DRE Industries Inc. brought a cutting-edge waterproofing approach to this complex project, ultimately restoring the space to a dry, functional, and tenant-friendly environment. This innovative and expertly executed solution earned the project recognition as an SWA Trillium Award winner.

The new 730,000 sq ft facility has 314 beds, with 80% being single-patient rooms, each with a private washroom. It includes expanded outpatient care, geriatric clinics, a day hospital, and satellite hemodialysis. Designed to be pandemic-ready, it features an innovative HVAC system that circulates 100% fresh air and includes two 10-bed tuberculosis pods with a separate HVAC system. The project adheres to Leadership in Energy and Environmental Design (LEED) guidelines, aiming for at least Silver certification.

Franklin Terrazzo Company worked with EllisDon Construction Company to create a welcoming space with 22,000 sq ft of terrazzo floors on two levels open to the public. Franklin Terrazzo Company Inc. also completed extensive levelling and flattening of the concrete slab with epoxy and sand to create an extremely flat floor. The flowing design is created with 4 ivory-tone terrazzo colours outlined with ⅛” wide zinc strips and is framed by 2,400 lineal feet of 6” cove precast terrazzo base.

West Park Healthcare Centre’s green space is an essential part of the campus, connecting to nature and extending therapy outdoors with captivating scenic views of nature and access to safe, accessible walking pathways for patients, staff, and visitors. This connection to nature is visible in the terrazzo in the form of 64 clusters of zinc leaf inlays. 198 individual leaves were installed, ranging from 300mm to 400mm, representing oak, maple, pine, and other leaves.

Architect: Cannon Design
General Contractor: EllisDon Design Build
Contractor: Franklin Terrazzo Company Inc
Material Supplier: Domus Terrazzo Supply

Designed by Carlos Zapata Studio with Bergman Walls and Associates, the 67-story, 737-foot tower, now Nevada's tallest building, opened on December 13, 2023. The $3.7 billion resort includes a 173,000 sq ft casino and 3,644 hotel rooms.

Franklin Terrazzo Company Inc. worked with Arcon Global to create the extravagant interior of Fontainebleau Las Vegas with impressive terrazzo features. Franklin Terrazzo created custom precast terrazzo for two monumental columns, forming the eye-catching fluted appearance. Each 7-foot diameter column is embellished with 48 half-round pieces of precast terrazzo that are 12" wide and 4" thick, covering the 14'6" height of the column down to the round 6" precast terrazzo base. Eight pieces from each column were recessed to receive a light fixture, and select pieces were accented with a brass divider strip. The Arcon Global team then anchored each piece to the structural column.

The Franklin Terrazzo team travelled to Fontainebleau, Las Vegas, to template the large precast terrazzo planter. Because of its complex shape, the Franklin Terrazzo Company Inc. created 55 unique pieces for the planter. Another stunning feature of the Fontainebleau Las Vegas is the 30 floor-to-ceiling wall sconces, each tying into a radiused precast terrazzo base. All precast terrazzo components created by Franklin Terrazzo Company Inc. were produced in their precast shop in Chatham, Ontario, Canada and transported to the site in Las Vegas, Nevada, USA, where the Arcon Global team expertly installed them.

Architect: Carlos Zapata with Bergman Walls and Associates
General Contractor: Arcon Global LLC
Contractor: Franklin Terrazzo Company Inc
Material Supplier: Domus Terrazzo Supply

This breakthrough technology enables rapid installation by various labor skill levels and is not beholden to correct wet depth thickness. While PF100 as a standard is supplied without a sealant facer (which is not required to meet the testing standards) customers can select to include an optional factory-applied sealant facer, which can be color-matched to suit customer requests (PF100 with a sealant face is referred to as PF200).

This technology also allows for cladding or building envelope components to be sealed, during the installation or from the inside of the building without having to access the exterior after completion thereby saving time and resources associated with labour and access for transitional methodologies.

Considering the enormous growth modular/panelized construction is experiencing and skilled labor in increasingly short supply, PF100 answers the industry’s call for quality, consistency, and rapid installation.

The industry in North America had long resigned itself to complicated wet application sealants and/or invasive anchoring because the readily available European (loose equivalents) could meet ASTM E283/E331. The critical element in why traditional European options were not suitable in the North American market was European codes/permeability requirements/etc. typically have higher breathability requirements, whereas North American standards do not allow for/endorse the same level of breathability- and when European options were repeatedly tested over the years to North American requirements they would fail. By combining the European mastery of precompressed foam technology with the capabilities of an integral sealant barrier under constant expansive pressure, the path to success lay in finding the balance between how much foam with a flexible integral sealant barrier would pass North American testing *while* being reasonable for installers to use. PF100 went through numerous iterations (in depth, compression amount, integral sealant barrier thickness, etc.), but with the support of the Tremco Testing Wall in Beechwood, OH and later through third parties the right mix was found, proven, and launched. The groundbreaking and novel developments core to this innovation have already secured a Letter of Allowance from the USPTO (Application Number: 17/682,415).

Because of the complexity of the project, NORR Architects and Engineers needed, not only a quality below grade waterproofing product, but also support throughout the design phase as well as skilled installers. Due to the below grade spaces housing critical occupied space for judges’ quarters, judges’ parking, holding cells, mechanical and electrical rooms, NORR specified a below grade waterproofing product that would maintain its properties for long-term performance.

CoreFlex 60 was selected for its many outstanding physical characteristics including durability, dual membrane properties of a 60 mils welded membrane and an active layer and a meaningful warranty which in essence assured the Owner of a leak-free substructure. The reliability of the CoreFlex 60 was well understood by the consultant team based on past projects. The strong level of product and installation support by the manufacturer permitted the design team to collaboratively solve difficult detail conditions for the application and the extensive experience using the product locally promised that a high caliber of workmanship in the application was possible.

The collaborative efforts of DRE/CETCO, Bothwell-Accurate, and NORR Architects played a pivotal role in the design and waterproofing of the Ontario Court of Justice, resulting in a groundbreaking judicial complex that exemplifies innovation and functionality.

Allied Professional: NORR Architects and Engineers
Contractor: Bothwell-Accurate
Manufacturer: CETCO/DRE Industries

The new Toronto Courthouse was designed by the internationally renowned Renzo Piano Building Workshop in partnership with Canadian-based architecture firm NORR Architects. The 17-story design can now boast being the most accessible courthouse in Ontario. Among elements such as video capabilities for remote attendance, barrier free boxes, and braille signage are the tactile indicators installed by Franklin Terrazzo Company Inc. Thousands of stainless-steel domes and bars are installed in the public spaces to assist in wayfinding. The more unique tactiles are those installed at the courtroom entrances. These tactiles were not only installed by Franklin Terrazzo Company but also fabricated at their precast shop in Chatham, Ontario and transported to site. The large precast panels were cast, and material was then ground and removed creating panels with integral tactile bars matching the exact specifications as their stainless-steel counterparts.

Franklin Terrazzo Company Inc. worked with EllisDon Design Build Inc. to install beautiful epoxy terrazzo in the public spaces of the courthouse. This includes the large lobbies of the ground and first floors, 12 elevator cabs, as well as public corridors and washrooms on all 17 floor levels. There are 46 public washrooms exhibiting beautiful epoxy terrazzo floors and base.

Connecting the ground to the first floor is the feature staircase, featuring 5-foot-long self-supporting epoxy terrazzo treads with detailed nosing. The 140,000 square feet of crisp white floors are the result of extensive leveling and flattening of the concrete slab performed by Franklin Terrazzo Company Inc. to achieve a super flat finish. This substrate was also treated with full coverage crack isolation membrane prior to the installation of the epoxy terrazzo. The use of white epoxy resin with pure white marble chips are what give the floors their brilliant white appearance and are framed with 3” precast flat terrazzo base.

Architect: Renzo Piano Building Workshop / NORR Architects
General Contractor: EllisDon Design Build Inc.
Contractor: Franklin Terrazzo Company Inc.
Material Supplier: Domus Terrazzo Supply

The existing Missisquoi Grey Marble floors, baseboards, wainscoting, and stairs were salvaged and cut into 2 inch wide by 1 ½ inch thick pieces by random lengths ranging from 10 inches to 30 inches.

Due to the irregular and sloped floor of the old railway station a conventional sand and cement underbed was installed.

The underbed was left to cure for 5 days. A Moisture Vapor Treatment was installed followed by epoxy primer. Two coats of full coverage fiber reinforced crack isolation membrane were applied. 1/16-inch zinc divider strips were laid along with expansion joints.

The next step was the installation of the Heritage marble bars. The random lengths of Heritage Marble bars were chopped in length with a mosaic chopper creating broken and uneven edges giving them an old-world appearance.
The heritage marble bars were installed at random within the 4 feet by 9-foot panels using an epoxy mastic. Once the heritage marble bars were successfully installed an epoxy terrazzo mixture consisting of Aggregate sized at #0, #1 and #2 was poured to complete the installation. The entire floor was then ground to an 800-grit finish and sealed.

Architect: Diamond Schmitt Architects and KWC Architects in Joint Venture
General Contractor: PCL Construction
Terrazzo Contractor: Franklin Terrazzo Company
Supplier: Domus Terrazzo / T and M Supply