About Our Speaker Alen Keri is a professional engineer with over 18 years of experience in technical services and currently holds the position of Director of Technical Services at Concrete Ontario. Previously, he worked for two vertically integrated concrete producers, specializing in specification reviews, mix design submittals, and mix design optimization. In his current role, Alen oversees all technical initiatives and certification programs at Concrete Ontario, providing leadership, strategic planning, and execution to achieve the Association's technical and annual objectives.

The City of Toronto has been collaborating with consultants Mantle Developments and Ha/f Climate Design through a TAF-funded study to develop an embodied carbon toolkit for municipal governments and construction projects. The toolkit presents recommendations to manage embodied carbon over three key topics: Construction circularity: reuse of existing structures and materials to minimize embodied carbon while reducing waste and minimizing resource consumption. Urban design: design new buildings in the most carbon-efficient ways and avoid unintended consequences associated with high-carbon design features like transfer structures and setbacks. Procurement of low-carbon materials: request low-carbon materials and construction processes in building and infrastructure design and construction. The toolkit recommendations were developed in cooperation with working groups consisting of dozens of City of Toronto staff across various departments, through extensive LCA modelling, included research into current approaches and best practices, and were tested by working with a number of pilot projects. This webinar will provide background context and introduce the Toolkit, inviting Ontario’s construction design, construction, and development community members to begin using it to reduce embodied carbon on future projects.

Join us as we explore Embodied Carbon in Public Space Design through an engaging presentation by DTAH and Ha/f Climate Design. This presentation will provide a background on their work and research related to the embodied carbon and environmental performance of the public and key factors influencing the industry.

This presentation by members of the EQ Building Performance team will review a case study of a MURB using detailed embodied and operational analysis for whole-building life cycle carbon. While embodied and operational carbon have been studied individually by many consultants and designers, they have rarely been combined. In addition, most carbon targets, including LEED, ZCB, and Toronto Green Standard, do not include MEP in their analysis, which has a significant impact on operational carbon. The case study will look at differences in operational and embodied carbon in three different Canadian locations in order to review the alternate priorities projects may face with differing utility costs and grid emissions factors. Using EQ’s extensive experience with MURBs, a subset of popular envelope types, mechanical systems, and structural options will be evaluated to determine what simple measures each project should be incorporating into their designs, as well as how to optimize for high performance carbon targets, especially when including MEP.

Join us as we explore Innovations in Mass Timber Building Design and Construction through an engaging panel discussion with a group of industry experts. From the latest updates in policy and programs to cutting-edge engineering techniques, this panel will cover the advancements of mass timber influencing our industry. You’ll gain insights into the latest innovations driving efficiency and sustainability in modern construction. Whether you're a seasoned architect, engineer, or simply curious about mass timber as a structural material, this event offers an insightful exploration of the evolving landscape of building materials. This event is a collaboration between CLF Toronto and the Mass Timber Institute. This event will be held in-person at DIALOG Toronto’s studio located at Suite 500 - 35 John Street, Toronto, Ontario. (Entrance at 35 John Street elevators only). Doors open at 5:30pm, event starts promptly at 6pm. Speakers: Aryan Rezaei Rad, Assistant Professor Department of Civil & Mineral Engineering The overarching theme of Professor Rad’s academic activities is to advance sustainability and digitalization in building technology and structural engineering and foster the associated state-of-the-art knowledge in research, teaching, and technology transfer. Professor Rad’s research is located at the interface of multi-scale experimental and computational methods. With a particular focus on the structural engineering aspects, his research integrates advanced digital fabrication technologies and human-machine interactive design with eco-friendly construction materials (i.e. timber and wood-based products) to embrace new design frameworks and principles for sustainable structural systems. Craig Applegath. BSc | BArch | MArchUD | PPOAA | Architect AIBC | NSAA | AIA | FRAIC | LEED® AP BD+C Craig was a founding partner of DIALOG, and launched it’s Toronto Studio in 2003. In addition to his project and practice management responsibilities, Craig is active within his industry and the community at large. His speaking engagements include CaGBC GreenBuild conferences, CEC Conference in New Orleans, the Smart City Summit in Cuanghzhou Baiyun International Convention Centre in China, the Faculty of Architecture, Landscape, and Design at the University of Toronto and the CIP/APPI Conference in Banff, Alberta. Craig was the Principal-in-Charge for a project that gleaned the prestigious OPPI Award and he coauthored a related article for the Ontario Planning Journal. Craig was named a Fellow of the Royal Architectural Institute of Canada for his services to the profession in 2002, and was made an Honourary Member of the Ontario Association of Landscape Architects in recognition of notable service in advancing the cause of landscape architecture in 2017. Craig is a future-oriented thinker and passionate advocate developing thoughtful planning and design solutions that make sense in a world challenged by climate change. Since completing studies at the Graduate School of Design at Harvard University with a Master of Architecture in Urban Design, Craig has garnered a reputation for successfully leading complex, sustainably designed planning and design projects, and is internationally known for his advocacy and thought leadership in low carbon and regenerative design. Hailey Quiquero, MASc, P.Eng., Technical Manager, WoodWorks ON - Canadian Wood Council Hailey is a structural engineer and has focused her career specializing in sustainable architecture and the advancement of timber building systems. Hailey spent several years of her career in research on the behaviour and fire safety of mass timber, as a structural designer with Entuitive in Toronto, and working to develop affordable housing products built of high-performance timber panels, contributing to the successful completion of several turnkey housing projects with Assembly Corp. (previously R-Hauz). In her current role as a Technical Manager for the Canadian Wood Council’s WoodWorks program, Hailey aids project teams with technical support and brings resources and education to industry stakeholders, advocating for the successful implementation of wood as a beautiful and sustainable building material in our built environment.

CLF Toronto is proud to bring deeper insights to two of our 2023 Ontario Embodied Carbon Award Winning Projects: Innovation in Industry 2023 Award Winner: TGS Embodied Carbon Caps On May 10, 2023, the City of Toronto updated the Toronto Green Standard (TGS) energy and emissions building design requirements to include mandatory embodied carbon intensity caps for new City agency, corporation, and division-owned buildings and private high-performance developments built within city limits. The TGS is a market transformation tool that sets out mandatory and higher performance sustainable design requirements for new developments in Toronto, which significantly improve upon the requirements of the Ontario Building Code. Toronto is the first jurisdiction in North America to establish whole-building embodied carbon intensity caps for new developments, which highlights Toronto’s leadership and investment in reducing embodied carbon emissions from building construction. Compliance with these caps will result in direct reductions in embodied carbon emissions from construction materials used in Toronto and have informed the industry of the importance of embodied carbon accounting in Toronto and surrounding areas. Major Retrofits 2023 Award Winner: 25 St Clair Avenue East DIALOG will be presenting a case study of the 25 St. Clair Avenue East project, recipient of the CLF Ontario 2023 Award in the Major Retrofit category. The project represents a pioneering example of a deep carbon retrofit, transforming an aging structure into an all-electric, high-performance building. The project, a major renovation of an existing ten-storey federal office building, was selected by the Government of Canada as the flagship model to demonstrate their commitment to achieving a carbon-neutral building portfolio by 2030 as part of its Greening Government Strategy. The project employs reuse of existing structure, energy efficiency, electrification of heating/cooling systems and promotion of occupant wellbeing through biophilic design, while emphasizing sustainability and waste reduction.

Payette’s award-winning embodied carbon tool, Kaleidoscope, enables designers to assess various building assemblies for embodied carbon impact early in the design process without a 3D model. Kaleidoscope allows quick apples-to-apples comparison of envelopes and numerous interior assembly types through a simple interface with various data lenses. Learn through demonstration and project examples how Kaleidoscope can be used throughout early design and construction to make quicker more informed decisions regarding Life Cycle Assessments. About Our Speakers Melanie Silver, AIA, LEED AP BD+C Melanie is part of Payette's Building Science Group. She works with design teams to meet rigorous sustainability targets through data-driven investigation, while understanding which elements are critical to the building’s design or program. Melanie also leads research efforts to develop and implement Payette’s Material Policy throughout the office and is co-creator of Payette’s award-winning embodied carbon tool, Kaleidoscope. Olivia Humphrey, LEED AP BD+C Olivia is a Designer at Payette and primarily works on their science and research typologies. Her focus is on reducing the embodied carbon of both new construction and fit-out projects with lofty material health and carbon goals. She also works with Payette’s Building Science group on embodied carbon research and is a key team member of Kaleidoscope: Embodied Carbon Design Tool, winner of the 2022 AIA Innovation award and 16th annual ARCHITECT R+D Awards. Outside of Payette she co-chairs the Carbon Leadership Forum Boston/Northeast Policy subgroup, working to educate and recommend legislative policy around reducing embodied carbon. Yoko Furuya Yoko is a Designer at Payette and part of the Life-Cycle Analysis research group. She was a team player in the recent addition of partition assemblies for Kaleidoscope. Yoko is also working on Payette's first Livings Building Challenge project, Harvard's Physics Quantum Initiative-60 Oxford. With Yoko's experiences from 60 Oxford and LCA research, she is eager to do her continuous investigation on material policy and guide the community to make material decisions wisely. Elisabeth Machielse Elizabeth is a Designer at Payette, primarily working on new science and research buildings, and works with the firm’s Life Cycle Analysis team on embodied carbon research. In particular, she has been collaborating with the team to launch the recent updates for Kaleidoscope and hopes to expand access to LCA design tools in the professional community. She is eager to facilitate the implementation of healthy and low-carbon materials that will benefit the building users and surrounding communities.

Daniels is a purpose-driven real estate developer, and builds inclusive and sustainable communities to create a better future for all. Real estate development affects the way people live and shapes how communities come together, and Daniels has spent over 39 years investing in community development, affordable housing, food security, arts and culture, and sustainable building practices. Daniels has recently refocused their approach to sustainable development, and are on a mission to decarbonize the real estate development industry in the GTA by focusing on the whole life carbon emissions of the homes they build. By focusing on whole life carbon, they can quantify the true scale of the impact of the development process, and take accountability by quantifying, disclosing, and taking steps to drastically reduce our emissions. In early 2023, Daniels published their Decarbonization Roadmap, which measured and disclosed a baseline level of performance while establishing emission reduction targets and commitments. Most importantly, it provides an actionable pathway to decarbonization while challenging what sustainable building truly means in the context of global climate goals. This presentation will cover Daniels’ findings in developing their Decarbonization Roadmap, key next steps on deploying it, and how they are shifting the corporate mindset from treating sustainability as philosophical value into a value-add that drives good business. About Our Speakers Adam Molson - VP, Rental Communities & Sustainability, The Daniels Corporation Adam has grown with The Daniels Corporation since 2008, taking on a variety of roles prior to becoming Vice President, Rental Communities and Sustainability. Adam leads the Daniels Gateway Rental Communities division in the creation and management of purpose built communities that allow residents to love where they live. On the sustainability front, Adam is leading the process of transforming Daniels into one of Toronto’s leading low carbon developers. This work includes the recently released Decarbonization Roadmap, which outlines how Daniels plans to reduce greenhouse gas emissions by 65% from baseline performance. The Roadmap involves re-engineering building designs to utilize all electric heating, cooling and hot water systems and piloting high performance envelopes such as Passive House, all while reducing the embodied carbon emissions released from the construction process. Meghan Wilson - Senior Manager, Sustainability, The Daniels Corporation Meghan is a Senior Manager with The Daniels Corporation, a GTA-based residential developer and builder with a mission to build inclusive and sustainable communities to create a better future for all. Meghan played a key role in the development of Daniels Decarbonization Roadmap, and works collaboratively through all stages of the development process to support the design and construction of low-carbon communities, executing on the ambitious corporate goals to decarbonize the GTA real estate development industry. Her passion for sustainability drives innovation, finding solutions that push the traditional constraints of real estate development to build a greener future.