SABMAG ISSUE 64 - Summer 2019

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ISSUE NUMBER 64 | SUMMER 2019 | PM40024961 | $6

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2019 SPECIAL ISSUE

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INLINE FIBERGLASS WINDOWS IN THE HARVEY WOODS LOFTS IN WOODSTOCK, ON - A winning project of the 2018 Canadian Green Building Awards.

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Project: Harvey Woods Lofts, Woodstock, ON by Indwell Community Homes. Architect: Invizij Architects Inc. Photo: George Qua-Enoo.

Winner of the Existing Building Upgrade Award Category, the Harvey Woods Lofts is the conversion of a century-old factory to 54 affordable apartments. The historic brick facades were retained, and the building envelope was vastly improved with interior insulation and highperformance windows by INLINE Fiberglass.

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SABMag - SUMMER 2019

AWARD WINNER INTERNATIONAL EXCELLENCE IN BUSINESS-TO-BUSINESS PUBLISHING

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6 News & Products 7 Emission Omissions Report from the International Institute for Sustainable Development

SUMMER 2019

13 2019 Canadian Green Building Awards The nine winning projects: - Building Blocks on Balmoral at Great West Life - Okanagan College Trades Renewal and Expansion Project - Sechelt Water Resource Centre - Evolv1 - Bank of Canada Renewal - The Duke - Wellington Building Rehabilitation - Radium Hot Springs Community Hall and Library - City of Calgary Composting Facility

ISSUE DON’T MISS NEXT FALL 2019 Passive House Supplement: Examples and details for super energy efficiency Continuing Education: Passive House Highrise Retrofit Design Practice: Designing for meaningful access to buildings and sites Our 2019 jury: Jonathan Bisson, Lisa Bate and Ron Kato.

Cover and middle right row: The nine winning projects of the 2019 Canadian Green Building Awards.

Bottom: Parkdale Landing by Indwell.

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THE PASSIVE HOUSE STANDARD IS THE PATH FORWARD. BE READY.

City of Toronto (top), BC Passive House Ltd. Factory (bottom left), and North Park Passive House (bottom right).

Whether you’re a designer, architect, engineer, builder, or policy maker, the Passive House Canada Conference is for you.

Join us for two-days of Passive House High-Performance Building education featuring innovative building technologies, case-studies, panel discussions, and events that will advance your professional practice and position you as a leader in the building industry.

To register, view conference program, speakers, and events visit www.phcc2019.com

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SABMag - SUMMER 2019

CELEBRATING Dedicated to high-performance building

THE 2019 CANADIAN GREEN BUILDING AWARDS The 2019 Canadian Green Building Awards were

Member Canada Green Building Council

adjudicated in Ottawa in March. Once again, the number and diversity of project submissions is

SABMag is a proud member and official media partner of the Canada Green Building Council.

testimony to the exemplary work being done across the country, in both the public and private sectors.

If there is an underlying theme to be identified this year, it is the growing focus on life cycle con-

VISIT www.sabmagazine.com

siderations, whether these manifest themselves in photo: Roy Grogan

PUBLISHER Don Griffith 613-421-7588, dgriffith@sabmagazine.com

the retention of existing buildings; the long-term carbon impacts of new ones; the re-engineering of

EDITOR Jim Taggart, FRAIC 604-874-0195, architext@telus.net

linear systems of consumption and disposal into circular ones, or in simply

SENIOR ACCOUNT MANAGER Patricia Abbas 416-438-7609, pabbas@sabmagazine.com

The Bank of Canada and Wellington Building in Ottawa retain, upgrade and

GRAPHIC DESIGN Carine De Pauw cdepauw@sabmagazine.com

project repurposes a heritage house as the centrepiece for a new daycare

SUBSCRIPTIONS/CHANGE OF ADDRESS Lyse Cadieux, lcadieux@sabmagazine.com

making more sustainable living an attractive option in our cities. revitalize existing structures, while in Winnipeg, the Building Blocks on Balmoral facility; and the Trades Renewal and Expansion Project at Okanagan College in Kelowna BC, does the reverse – with a new low-energy structure becoming the focus of a revitalized existing facility.

In the case of new buildings, Evolv1 in Waterloo, ON is both energy positive and net zero carbon in its operations, and the Community Hall and Library in

Published by

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Radium Hot Springs, BC reduces its lifecycle carbon impact with a demountable

81 Leduc St.,Gatineau, Qc J8X 3A7

structure, built by local labour using locally harvested wood.

At the intersection of architecture and infrastructure, both the Sechelt Water Resource Centre in Sechelt, BC and the City of Calgary Composting Facility

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reimagine traditional waste streams as circular processes that create marketable by-products for industry and agriculture, while reducing the impacts of landfill and marine disposal.

In its own way The Duke, a high-density rental apartment building in Vancouver, also reduces life cycle impacts by creating livable accommodation in a walkable city neighbourhood. Its innovative courtyard plan and rooftop garden support community interaction and offer a new model for urban living.

We would like to thank this year’s jury: Lisa Bate of B+H Architects, Toronto,

ISSN 1911-4230 Copyright by Janam Publications Inc. All rights reserved. Contents may not be reprinted or reproduced without written permission.

Views expressed are those of the authors exclusively.

Jonathan Bisson of Bisson| associés, Quebec City and Ron Kato, BCIT School of Construction and the Environment, Vancouver, for sharing their expertise and time.

We especially thank our national sponsors Masonite Architectural and the

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Canadian Precast Prestressed Concrete Institute, along with our Category

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sponsors noted below. Without their support, this awards program would not be possible.

Printed on Domtar Husky Opaque text offset paper.

Jim Taggart, FRAIC, Editor National Sponsors

Category Sponsors

ARCHITECTURAL

SABMag - SUMMER 2019

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To learn more, visit SavingsByDesign.ca

Dig deeper into sustainability and earn incentives for your building project.

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Evergreen Brick Works, KILN BUILDING

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By participating in the Enbridge Savings by Design Workshop, we were able to discuss real costs of choices, both for construction and long-term operating. The overall building massing and layout was set by very complex program and siting restrictions, so the areas in which we benefited greatly were in rethinking storm water management on site, window type and performance, exterior wall assembly, and healthy materials.

The mechanical engineering part was also indispensable and so instructive; highlighting important and easy changes, discussing more complex upgrades, and understanding the long-term and performance impacts of our systems, both as climate change worsens and as building systems need replacement and upgrades.

The Enbridge charrette provided the perfect opportunity to make clear and informed choices that brought our project to the next level of energy, health and operating performance. It saved construction and operating costs and made for a healthier building.

— Chantal Cornu, LGA Architectural Partners

In 2018, Evergreen Brick Works was in the midst of an ambitious effort to transform the historic Kiln Building – and make it carbon neutral by using the right energy at the right time. Early in the process, Enbridge led a Savings by Design workshop for the project. On a fast track project, this provided a tremendous opportunity for the integrated design team to reflect on the early trajectory set in the project, and obtain informed perspectives from invited experts on enhancing it.

The workshop also provided a spring board to brainstorm how the Kiln Building project could serve as a catalyst to transform the entire Brick Works campus to be carbon neutral, which has been a longstanding vision of Evergreen.

The Savings by Design workshop struck a great balance between both blue sky and detail level thinking. It was informative, fruitful, and an overall positive experience. We’d highly recommend Enbridge’s Savings by Design workshop program for anyone thinking about making more sustainable buildings.

— Drew Adams, Associate, LGA Architectural Partners

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SABMag - SUMMER 2019

New study discovers important gaps in life-cycle approach used to account for GHGs in buildings

By Philip Gass, Senior Policy Advisor, International Institute for Sustainable Development

In Canada, there is rising interest in how building materials may affect greenhouse gas emissions (GHGs), and whether innovations and choices in these materials can help the country meet its emission reduction targets. The fact that over 30 per cent of GHGs come from the communities and structures we build for ourselves underscores the need for us to get this right.

To date, evidence for optimizing the choice of building materials has largely been drawn from life-cycle assessment (LCA) studies that consider

the GHG (and other) impacts of building products at each phase of their “cradle-to-grave” lifespan (i.e., production, use and end of life).

While LCA is the best-available approach for evaluating GHG performance of alternative building products and designs, policy-makers and building designers should be aware there are also limitations, challenges and uncertainties that need to be considered when looking to decarbonize our buildings.

We should exercise caution when making decisions that advocate for one building material over another.

Recent research by the International Institute for Sustainable Development (IISD) has identified serious gaps in how emissions from building materials and products are being measured and accounted for. Failure to account for all carbon emissions may undercut today’s climate change efforts and shortchange future emission reduction opportunities.

International Institute for Sustainable Development • IISD.org SABMag - SUMMER 2019

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Our study, Emission Omissions: Carbon accounting gaps in the built environment, found while LCAs are the right tool to measure carbon emissions, more data, transparency and robust LCA standards are needed, especially with respect to accounting for biogenic carbon from wood products.

Flawed assumptions could misdirect efforts to reduce GHGs LCAs can be an effective approach for identifying ways to reduce carbon emissions in the building sector. But without proper care, they can produce results that are misleading or incomplete, potentially leading to more GHG emissions than anticipated. Existing LCAs produce widely variable results, even for similar buildings, for two main reasons: first, there remain important gaps in the data available; and second, assumptions and uncertainties that may have significant impact on LCA results are typically not disclosed. This can lead to flawed conclusions, misdirected efforts and suboptimal GHG outcomes for Canadians.

LCAs ignore significant sources of GHG emissions from wood products Our study found current LCA models typically do not track the carbon emissions or sequestration of “biogenic carbon” from the extraction and

International Institute for Sustainable Development • IISD.org 8

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end-of-life stages of wood building products.

Biogenic carbon refers to carbon emissions from disturbances of living organic matter, such as carbon losses from soil disturbance, from the conversion of old-growth primary forest to less productive secondary forest, as well as losses from imperfect post-harvest reforestation efforts.

Collectively, these emissions can represent up to 72 per cent of a wood product’s total life-cycle emissions, challenging the prevailing assumption that wood construction materials are less carbon intensive than other construction materials, such as concrete and steel.

Important regional factors are often overlooked LCAs also tend to discount significant regional variability in the GHG emissions of different materials. These factors include the regional variations associated with the extraction of raw materials, the carbon emission intensity of the production phase and the disposal conditions at the end-of-life stage. For example, while production intensities can vary significantly from site to site, LCAs typically use average national, continent or global data.

Existing LCA models may misrepresent embodied emissions LCAs comparing building materials can exaggerate the importance of one life-cycle phase (e.g. the embodied emissions of materials) by ignoring or discounting the contribution of other significant life-cycle emissions, such as operational stage emissions and the GHG impacts of other building systems. Used in isolation, these results can lead to decisions that are too narrow in scope and shift focus away from a more comprehensive picture of GHG emission reduction opportunities in buildings.

Building efficiency matters a great deal Despite tremendous progress on building efficiency, operational energy consumption remains the most important source of GHG emissions from a building over its life. Therefore, material choices need to be made on a building-by-building basis, driven not only by the need to reduce embodied GHG emissions, but by a holistic understanding of the role materials can play in enhancing the structure’s “whole life” environmental performance.

When combined factors such as forest regeneration rates, soil carbon loss and primary-to-new-growth-forest-conversion are all accounted for, the cradle-to-grave embodied emissions for a wood building could be 6% greater than for a concrete building.

When adding use phase emissions to the embodied emissions, the carbon impact of a wood building could be 1% greater than for a concrete building

International Institute for Sustainable Development • IISD.org SABMag - SUMMER 2019

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The way forward: a recipe for a smaller carbon footprint In order to ensure our building sector helps meet Canada’s Paris Agreement goals, there are three recommendations that should be strongly considered by policy-makers and builders.

First, improvements in energy efficiency, durability and developing new low- or net-zero-energy buildings offer the highest GHG mitigation potential from the built environment sector.

Policy-makers should focus on promoting building resilience and longevity paired with deep efficiency improvements, to achieve the most significant GHG emission reductions.

Second, LCA remains the right approach, but more data, transparency and robust standards are needed.

Policy-makers and building professionals looking to decarbonize buildings should exercise caution when making decisions that prefer one building material over another. Uncertainties, assumptions and omissions in LCA studies, particularly with respect to the biogenic carbon emission, suggest comparisons across building materials are fraught with complexity, and should be approached carefully.

Third, the way to achieve deepest embodied GHG emissions improvements in buildings is to focus equally on material efficiency and incenting decarbonization across all material manufacturing sectors. In fact, most buildings use some degree of all three primary building materials (concrete, steel and wood). It makes sense to focus on policies, strategies and technologies that can incent GHG reductions in each building material sector, as part of a comprehensive building decarbonization strategy.

Deep emission reductions, on the order of 60 to 80 per cent, are required to meet Canada’s longrange emission reduction targets. For the building sector, this will require large-scale investment in new low-carbon technologies and practices.

International Institute for Sustainable Development • IISD.org 10

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In the wake of the Canadian government’s report noting rapid temperature rise across our country, the imperative to look more deeply at building materials as sources of – and solutions to – climate change is clear. Greater transparency and robust standards are needed for our main building carbon accounting approach if we are to get decarbonization right.

For more information: www.iisd.org/library/emission-omissions

IISD study methodology This study consisted of a review of existing LCA guidelines, methodologies and literature; an analysis of major documented uncertainties and major variabilities that can be expected in the Canadian context; and an analysis of the potential impacts of changes in technology and the built environment and how they fit with longer-term climate objectives.

The IISD research team worked under the guidance of an advisory group comprised of university- affiliated academics, notable environmental organizations and architects/designers from the green building community, including the Natural Resources Defense Council, Environmental Defence, CPAWS, Queen’s University, the University of Toronto, the Athena Sustainable Materials Institute, the International Reference Centre of the Life Cycle of Products, Local Practice Architecture + Design, BuildGreen Solutions and Boreal Songbird Initiative.

The study was funded by the Cement Association of Canada.

NEWS RAIC’S 2019 FESTIVAL OF ARCHITECTURE IN TORONTO FROM OCTOBER 26 TO 30

Chakrabarti and Piano are being made Honorary Fellows of the RAIC this year. Festival’s 16 architectural tours will be another way to appreciate the city’s architectural legacy, past and present. Delegates will be able to visit Union Station, both a National Historic Site and a recently expanded transportation/retail hub, and find out how NORR Architects & Engineers created a model for revitalizing railway hubs.

Other architectural tours will look at Toronto's skyline and its towers designed by contemporary masters like I.M. Pei; Toronto's waterfront and its revitalization (with DTAH); the "vertical campus" of the Daphne Cockwell Health Sciences Complex (Perkins + Will) at Ryerson University; and the Launchpad Collaboration Workspace, a first-of-itsUnion Station project by NORR Architects & Engineers Limited.

kind facility (Quadrangle).

By Eva Schacherl , RAIC Communications

This year’s Festival continuing education program – with 19 sessions

Toronto is one of the world’s most global cities: some 130 languages

and six plenaries – will look at equity and inclusion, planning and

and dialects are spoken in its eclectic neighbourhoods. It’s also the

designing transit infrastructure, implementing a digital practice, mid-

fourth-largest city in North America. So what better place to hear

rise and high-rise wood construction, building for a net zero carbon

leaders in architecture debate the future of global urban life in the 21st

future, and other topics. Find the full program at:

century, or to look back on the 20th?

www.festival2019.raic.org.

The first will happen with a keynote presentation by Vishaan

RAIC International Prize Gala

Chakrabarti, FAIA, the author of A Country of Cities: A Manifesto for

For the first time, the RAIC International Prize Gala will take place in

an Urban America. He argues that a more urban America would result

conjunction with Festival, where the winner of the $100,000 prize will

in a more prosperous, sustainable, joyous, and socially mobile nation.

be unveiled. The RAIC International Prize recognizes great architec-

The Globe and Mail said of the manifesto that “there’s been a barrage

ture’s power to be socially transformative. The celebration will take

of recent books on similar themes…but Mr. Chakrabarti has written

place on October 25 at the Westin Harbour Castle, and tickets are

maybe the most useful one, a polemic in favour of city living that

available at festival2019.raic.org.

makes the stakes clear.”

Registration fees for Festival 2019 are reduced until June 30. There is

The look back will include an address by Renzo Piano, one of the

a special member rate as well as a companion/retiree package. Trade

most iconic 20th-century architects for buildings such as the Centre

show and sponsorship opportunities are available. Register for Festival

Georges Pompidou in Paris and the London Bridge Tower (The Shard).

2019 by June 30 for best pricing at: www.festival2019.raic.org

PRECAST CONCRETE INDUSTRY RELEASES WALL THERMAL PERFORMANCE CALCULATOR 90.1 2010, and ASHRAE 90.1 2013. The software provides an easy to use user-interface allowing for the selection of applicable code and system parameters including concrete thickness, insulation type and thickness.

It also includes graphical representation of the inputs and outputs that may be printed for presentation to members of the design team and Authorities Having Jurisdiction. The software can be accessed here https://rval.cpci.ca/en/

Proud supplier of hydronic heating products to 3 winning projects of The 2019 Canadian Green Building Awards

The Canadian Precast Prestressed Concrete Institute (CPCI) has released its new web-based software, “Precast Concrete Wall Thermal Performance Calculator”, for designers that calculates effective R-values for common architectural single-wythe and double-wythe

VITOSOL 200-FM

Flat plate solar thermal collector

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VITODENS 200

High-efficiency gas condensing boiler

precast concrete wall systems.

Developed by RDH Building Science, the software can show a comparison of the calculated effective R-values with the requirements of

Wellington Building, Ottawa Calgary Composting Facility, Calgary Radium Hot Springs Community Centre, Radium

several building codes: OBC 2017, NECB 2011, NECB 2015, ASHRAE

SABMag - SUMMER 2019

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REACHING NEW HEIGHTS

2019 Canadian Green Building Award Winner!

Our commitment to sustainable design is embedded into our everyday engineering practice.

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OptiLine™ Vertical Stacked Fan Coil Engineered for high-rise apartments, office buildings, dormitories, and hotels, OptiLine provides quiet, comfortable, economical heating and cooling in a very slender package.

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IS AN EXCELLENT CHOICE FOR ANY GREEN BUILDING PROJECT

Products certified to SFI are recognized by many leading green building rating programs around the world like Leadership in Energy and Environmental Design (LEED) and Green Globes.

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SABMag - SUMMER 2019

Using wood products from responsibly managed forests is key to any green building project.

Third-party forest certification standards, like the Sustainable Forestry Initiative® (SFI), are a proof-point that wood comes from responsibly managed forests that have been managed for multiple environmental, social and economic values — today and into the future.

Architects and builders are turning to products certified to the SFI Standard to meet their green building needs.

Learn more at: sfiprogram.org/green-building

The 2019 Winning Projects >> >>

ARCHITECTURAL National Sponsors

THE NATIONAL PROGRAM BROUGHT TO YOU BY SUSTAINABLE ARCHITECTURE & BUILDING MAGAZINE

Category Sponsors

>> Thank you to our sponsors and jury! >>

Existing Building Upgrade Award Residential [Large] Award

Commercial/Industrial [Large] Award

Photo: Roy Grogan

Jonathan Bisson, architecte, PA LEED, cert. Gestion de projet.

Partner, bisson | associés

Lisa Bate, B. Arch, PP OAA, AAA, AIBC, Int’l Assoc AIA, FRAIC, F. RESET AP, PC CaGBC, LEED AP BD+C, ICD.D B+H Architects, Regional Managing Principal, North America / WorldGBC Chair

Ron Kato Architect-AIBC MRAIC LEED AP Principal, Kato Martyn Architects, Program Head & Faculty, Architectural Science Degree, British Columbia Institute of Technology

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Institutional [Small] Award PRAIRIE ARCHITECTS INC.

Jury comments: This project comprehensively and creatively addresses multiple aspects of sustainability simultaneously. The adaptive re-use of a heritage house as the centrepiece of a new and much needed daycare facility not only achieves LEED Platinum environmental performance, but also acts as a powerful catalyst in the revitalization of the fabric of Winnipeg’s West Broadway neighbourhood through the addition of this community amenity.

1

1. The project responds to the rhythm, scale and proportion of the neighbourhood, with the additions on either side of the historic Milner House.

2. Aerial view of the finished project and site. The north end of the site (at right in the photo) has a retention area for stormwater run-off.

3. The Milner House was moved from its original crumbling foundation and placed on a new lower foundation so that the entire main floor was on one level with no ramps or stairs.

Building Blocks on Balmoral at Great West Life Winnipeg, MB Building Blocks on Balmoral at Great-West Life comprises the

The need to replace the deteriorating foundation of the Milner

adaptive re-use of the 110-year old Grade II listed Milner House

House provided an opportunity to make the ground floor of the

and two new structures, which together provide 100 licensed

facility fully accessible.

childcare spots to Great-West Life employees and the West Broadway community.

In order to keep the entire main floor on one level without introducing ramps and stairs, the original structure was lowered approxi-

In addition to upgrading and extending the useful life of a heri-

mately 610mm onto a new foundation, and the north end of the site

tage structure, the new facility has achieved LEED Platinum certi-

was built up 1,220mm to provide an accessible outdoor play area for

fication with the integration of sustainable features that include:

the children.

a geothermal ground source heat-pump with in-floor radiant

This also enabled the implementation of two site planning moves

heating and chilled beams for cooling; displacement ventilation

that facilitate on-site stormwater management: the elimination of an

that requires lower fan power than ducted systems; significant

impervious lane connecting Balmoral Street to the Great- West Life

use of salvaged, refurbished and re-used materials; substantial

parking lot; and the creation of a retention area for stormwater run-

water use reduction (a particular priority in the Prairies); abun-

off at the north end of the site.

dant daylight and views and use of low-emitting materials.

With a particular concern for indoor environmental quality, the

In order to create a sense of “home” for children, the facility

project has been designed with 100% fresh air displacement ventila-

was deliberately divided into two smaller additions on either side

tion. The system, which introduces low velocity fresh air at low level,

of the existing Milner House: one for toddlers and infants and one

was selected not only because of the significant energy savings it

for preschool aged children. Each addition has direct connection

offered, but also because it was the most effective way to deliver

to accessible exterior play yards, designed with naturalized land-

fresh air close to the floor in spaces occupied by small children and

scapes and an age-appropriate focus.

crawling infants.

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Addition: Pre-school wing

Original house

Addition: Infant & toddler wing

A

E

D F

G B

C

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,

FirsT floor plan

N

A Entrance and vestibule B Living room C Kitchen

D Pre-school wing F Office E Toddler and infant wing G Stroller storage

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The design of Building Blocks also acknowledges that wellness does not just apply to physical health, it Embraces the social, emotional, environmental and intellectual wellbeing of occupants, which in this case, are mostly young children.

Therefore, a priority was placed on creating both direct and indirect connection to the outdoors: through

F

daylit social spaces for staff with a view to the elm tree canopy; the creation of corner window nooks in each

A

child care room that offer the children engaging views

E

of daily activities ranging from garbage and recycling pick-up to mail delivery; and the Milner House porch,

B

which provides a weather protected complement to the outdoor play spaces. The adaptive re-use of the Milner House has breathed new life into a locally signficant structure that had been vacant for 20 years. The new

D

facility of which it forms part, now makes a significant contribution to the economic and social vitality of

Typical Displacement Ventilation Strategy D Thermal plume induced by users A Supply air E Bouyant warm air B Corner diffuser F Return air C Cool air settles to floor

Winnipeg’s West Broadway Neighbourhood.

PROJECT CREDITS OWNER/DEVELOPER Great West Life Assurance Company ARCHITECT Prairie Architects Inc. GENERAL CONTRACTOR Manshield Construction LANDSCAPE ARCHITECT Nadi Design & Development Inc. CIVIL ENGINEER WSP ELECTRICAL/ MECHANICAL ENGINEER KGS Group STRUCTURAL ENGINEER Wolfrom Engineering Ltd. COMMISSIONING AGENT Pinchin ENERGY MODELLING Stantec PHOTOS Lindsay Reid

PROJECT PERFORMANCE Energy intensity (building and process energy) = 145.5KWhr/m2/year Energy intensity reduction relative to reference building under MNECB 1997 = 56% Water consumption from municipal sources = 2,993 litres/occupant/year Reduction in water consumption relative to reference building under LEED = 50% Recycled material content by value = 14% Regional materials (800km radius) by value = 36% Construction waste diverted from landfill = 89.5% 5. Typical childcare space. Note the chilled beam around the perimeter.

Daikin contributed fan coils and its Enfinity water-source heat pumps to the HVAC system. Each of the four new buildings use an Uponor manifold and in-floor radiant system to provide even heating across the floors.

The project uses an ERV system by Winnipeg-based Tempeff North America. The Dual-Core technology recovers both heat and humidity in winter allowing for continuous fresh air supply and a frost-free operation in extremely cold conditions. This ERV simplifies system design and does not require preheat or any form of defrost strategy.

6. East-facing childcare space where large windows admit natural light.

DUXTON Windows & Doors supplied the fiberglass fenestration, in FiberWall™ Series 328 and 458, high performance triple glazing. The windows came complete with a 350 Panning exterior extension, providing a seamless, prefinished flashing detail for easy installation.

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SABMag - SUMMER 2019

C Settles to Floor

STATE OF THE ART VENTILATION FOR EVERY COMMUNITY

Leading Builders and Engineers Team Up with Tempeff in Support of Affordable Housing Needs.

Tempeff is empowering builders and engineers with the latest in ventilation equipment that produces the most in sustainability, savings, and most of all—healthy green building environment solutions. Tempeff North America’s Dual Core regenerative technology that offers up to 90% sensible efficiency without any requirement for an energy robbing defrost strategy. Other available technologies offer much lower efficiency due to frosting in colder weather. The Dual Core design is significantly more energy efficient in all conditions, so the payback periods are attractive.

C

Find out how you can get the energy recovery to suit your needs at tempeffnorthamerica.com

Turning Up the Heat on Energy Recovery SABMag - SUMMER 2019

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Green Building Stamp of Approval Building Blocks on Balmoral at Great-West Life wins a 2019 Canadian Green Building Award FiberWall™ Series 328/458 with High Performance Triple Pane Glazing and 350 Panning Prairie Architects, Manshield Construction

45 Higgins Ave. Winnipeg, MB 204.339.6456 duxtonwindows.com

Vicwest is the leader in building envelope systems, providing comprehensive service, support and ultimate reliability.

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For over 85 years, Vicwest has redefined and set the standard in metal building construction and design. Vicwest manufactures premium architectural panels, metal roofing, cladding and decking, and is a distributor of insulated metal panels.

With service and manufacturing facilities across Canada providing expert technical support, you can be confident that your project will be covered by the Vicwest umbrella.

www.vicwest.com 18

SABMag - SUMMER 2019

BUILDING FOR TOMORROW

Institutional [Large] Award DIAMOND SCHMITT ARCHITECTS Jury comments: The high-performance objectives set for this building are particularly significant given its purpose – to provide a living example of the type of building to inspire and train the trades people who will build the next generation of sustainable buildings. Achieving net-zero energy in an equipment-intensive workshop environment is, in itself, a considerable challenge; to do so with a building that is open, transparent and inspiring makes this achievement all the more remarkable.

1 1. Looking east to the new addition and courtyard with view into corridor link.

Exterior sunshades were provided by McGill Architectural Products.

Okanagan College Trades Renewal and Expansion Project Kelowna, BC The primary objective of the Okanagan College Trades

The new building accommodates classrooms, group offices, labs,

Renewal and Expansion project was to enlarge and unify

trade shops, a cafĂŠ, as well as student social and study space for the

disparate elements of the Trades training program on the

campus as a whole. The ambitious sustainable design targets were a

Kelowna, BC campus and to provide an exemplar of highly

driving force for the project. They include achieving Living Building

sustainable building design for students and future genera-

Challenge petal certification including Net Zero Energy, LEED Platinum

tions of trades workers.

for the new addition, and LEED Gold for Existing Buildings Certification

The project comprises two distinct but integrated compo-

(LEED EB:O&M) for the renovation.

nents: the renovation of 4,180 m2 of existing trades workshops

The application of bioclimatic design principles was critical to

and the construction of a 5,574 m2 addition. The three-storey

achieving the ambitious energy targets. These principles informed the

addition frames a new courtyard, preserves a mature copper

orientation, footprint and massing of the building and maximized the

beech tree and positions the Trades Complex much closer to

potential for capturing solar energy and minimizing the need for con-

the main road, creating a new public face for the college.

ventional mechanical and electrical systems.

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Site plan 7

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New trades building New sheet-metal shop New plumbing shop New building link Renovated trades shops Renovated classroom block Existing autobody shop Photovoltaic array Courtyard Almond tree grove

2 3 2. The south main entry. Steel cladding 7/8-in. corrugated profile supplied by Vicwest.

3. The central three-storey atrium brings daylight into the core and assists with natural ventilation. Alumicor supplied the operable windows 5000 Series Phantom Vents, 2300 Series skylights, and 2600 Series curtain walls.

PROJECT PERFORMANCE Energy intensity (base building) = 17.7KWhr/m2/year Energy intensity (process) = 19.3KWhr/m2/year Energy intensity reduction relative to reference building under MNECB = 51% Water consumption from municipal sources = 2,935litres/occupant/year Reduction in water consumption relative to reference building under LEED = 35% Recycled material content by value = 25% Regional materials (800km radius) by value = 32% Construction waste diverted from landfill = 81%

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PROJECT CREDITS CLIENT Okanagan College ARCHITECT Diamond Schmitt Architects ASSOCIATE ARCHITECT David Nairne + Associates CIVIL ENGINEER True Consulting ELECTRICAL ENGINEER Applied Engineering Solutions MECHANICAL ENGINEER AME Group STRUCTURAL ENGINEER Fast+Epp COMMISSIONING AGENT I Design SUSTAINABILITY Integral Group ENVELOPE CONSULTANTS RJC Engineers GENERAL CONTRACTOR PCL Constructors Westcoast Inc LANDSCAPE ARCHITECT Phillips Farevaag Smallenberg BUILDING CODE LMDG Consultants COST CONSULTANT Quantity Surveyors Ltd PHOTOS Ed White Photographics

Operable windows at high level and low level for natural ventilation Clear glass windows in aluminum curtain wall frames

Exposed concrete columns Classroom Metal bar grating on HSS supports with thermal isolator Aluminum cladding panels, 175mm semi-ridged insulation, air /vapour barrier, structural steel studs, gypsum board (R-30) Perforated aluminum panels for solar shading Flat panel concrete slab with hydronic piping cast for radiant heating and cooling

The addition is configured around a central three-storey atrium that brings daylight and natural ventilation into the middle

Classroom

of the plan. A pop-up wood roof with extensive clerestory glazing brings daylight into the core, and its southward slope maximizes north-facing windows and eliminates heat gain and glare. Automated vents within this glazed area, in conjunc-

Glulaminated timber soffit panels on tapered wide flange beam with 150mm ridged insulation (R-30)

tion with operable windows at ground level, create a natural ventilation chimney which is also used for night cooling in the summer. A green light/red light system indicates to occupants when windows should be opened to further optimize cooling.

Partial wall section at main entry

Perimeter placement of classrooms and shared staff offices

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provides daylight, views and natural ventilation through highand low-level operable windows. The typical classroom and office module is 7m deep, bringing 75% of program space in proximity of an operable window.

These strategies help achieve the Living Building Challenge standards for the ‘Civilized Environment’, ‘Healthy Interior’ and ‘Biophilic Environment’ imperatives. Occupancy sensors and daylighting controls along with 100% LED lighting contributed to a 48% reduction in overall lighting power density compared to the ASHRAE 90.1-2007 baseline.

The problem of meeting the energy-intense technical requirements of the trades shops and labs while at the same time achieving the sustainability targets was solved by first examining in detail how the program spaces would be used, then inputting the information into a series of energy models, and finally analyzing the data to determine how to achieve the most optimal results.

The fact that a trades facility with its high energy-use requirements for power tools and equipment can achieve this level of energy self-sufficiency sends an important message that a sustainable future is no longer a distant prospect, but is attainable now.

4. The stair within the atrium.

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Commercial/Industrial [Small] Award PUBLIC ARCHITECTURE + COMMUNICATION

Jury comments: We hope this project marks the beginning of a new era in which the invisible infrastructure that has longsupported urban life is brought out into the daylight. Only through making infrastructure visible can we fully grasp and understand the implications of our linear systems of production, consumption, treatment and disposal. Alongside the learning opportunities provided by this facility, the volume of waste discharged into the ocean has been reduced by 90% compared to its predecessor and the bio-nutrient by-products can be used for industry and agriculture.

1 1.The front entry and greenhouse welcomes school groups and visitors.

2.The West elevation showing the charred cedar and yellow cement board cladding.

Sechelt Water Resource Centre Sechelt, BC The Sechelt Water Resource Centre (SWRC) rethinks tradi-

Wastewater is treated and reused at its source instead of being

tional municipal wastewater treatment. Instead of sequestering this

pumped back and forth from an energy intensive pipe network, effec-

essential service behind a locked chain-link fence, the transparent

tively closing the water loop. The SWRC replaces an existing packaged

suburban facility reveals the mechanical and biological systems

extended aeration plant with the first North American installation of

that clean wastewater, replacing the traditional ‘flush and forget

the Organica Fed Batch Reactor System.

about it’ systems with one that encourages the public to consider their role in the hydrological cycle.

This system is set apart by the inclusion of microorganisms, which live among the roots of plants grown in a greenhouse above the reac-

In comparison to the facility it replaced, the SWRC discharges

tors. The plant roots create a complex environment which fosters a

ten times fewer waste solids into the sea, boasts double the

biologically diverse community of insects and bacteria that consume

treatment capacity and nearly half the operational costs; and,

the organic matter.

captures resources (biosolids, heat, and water) for industry, parks,

What is remarkable about this system is the elimination of noise

and agriculture. A sewage treatment plant, botanical garden and

pollution and odours associated with conventional treatment as well

teaching facility in turn, the centre also provides a more humane

as its reduced footprint. The entire process is housed in a single build-

work environment where employee duties include harvesting

ing, which integrates with the surrounding neighbourhood and nearby

tomatoes and pruning roses.

Sechelt Marsh Park.

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PROJECT CREDITS OWNER/DEVELOPER District Municipality of Sechelt ARCHITECT Public Architecture + Communication GENERAL CONTRACTOR Maple Reinders Group Inc. LANDSCAPE ARCHITECT Urban Systems CIVIL ENGINEER URBAN SYSTEMS ELECTRICAL ENGINEER IITS Ltd. MECHANICAL ENGINEER HPF engineering Ltd. STRUCTURAL ENGINEER CWMM Consulting Engineers Ltd. COMMISSIONING AGENT CES Group PHOTOS Martin Tessler

Site plan

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PROJECT PERFORMANCE Energy intensity (process) = 584 KWhr/m2/year Energy intensity reduction relative to reference building under ASHRAE 90.1 2007 = 22% Water consumption from municipal sources = 12,597 litres/occupant/year Reduction in water consumption relative to reference building under LEED = 69% Recycled material content by value = 17% Regional materials (800km radius) by value = 26% Construction waste diverted from landfill = 96%

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The centre has two main components – the office and the greenhouse space. The transparent greenhouse space reflects the rooflines and volumes of the residential streetscapes while showcasing this paradigm shifting technology.

Staff offices and support spaces are located on the upper floor along the north and east perimeter, with operable windows maximizing daylight, natural ventilation and views. At the former wastewater management facility, staff members were responsible for cleaning the malodourous open-air separation tanks. These same people are now responsible for tending the many plants flourishing in the greenhouse.

They are connected to rather than segregated from their community

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through the building location and its openness to the public.

The project is LEED Gold certified, which is quite an achievement for a building of this size and type. The project team was able to double the facility’s treatment capacity while decreasing its energy use by almost half. Rooftop solar panels supply 10% of the building’s needs and a heat exchanger harvests the latent heat from the process sewage, eliminating the need for electrical or natural gas heating.

By boldly reconsidering both an outdated, codified approach to utilities as well as the notion of what constitutes waste, the centre provides solutions to multiple complex problems: waste disposal, water shortages, energy efficiency, and pollution of the ocean by effluent. Many other great changes and challenges facing our society will require similar paradigm-shifting problem-solving for which this project provides a 21st-century precedent.

3. The facility is integrated with the surrounding park.

4. Biosolids from the treatment process are composted and sold commercially.

5. Part of the laboratory looking out to the greenhouses.

6. The lower level containing the treating infrastructure.

7. The Water Resource Centre also serves to educate school kids and the public about water treatment.

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NBK TERRART TILES IN CUSTOM COLOURS; ALBION LIBRARY, TORONTO; ARCHITECT: PERKINS + WILL; IMAGE: LISA LOGAN SOUND SOLUTIONS INNOVATIVE ARCHITECTURAL PRODUCTS 389 DEERHURST DRIVE BRAMPTON, ONTARIO TEL: 1.800.667.2776 OR 416.740.0303

WWW.SOUNDSOLUTIONS.CA SABMag - SUMMER 2019

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Commercial/Industrial [Large] Award STANTEC

Jury comments: Producing more energy than it consumes on an annual basis; doing so with a zero-carbon footprint and within the economic constraints of the local market, this commercial building sets an important precedent for the Canadian commercial real estate industry. The profile of the tenants who have committed to inhabit the building affirm that the country’s leading companies are aware of and are willing to support the development of this type of aspirational project.

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Evolv1 Waterloo, ON Evolv1 is a commercial office building targeting net positive energy and net zero carbon. In order to achieve this standard, the building must produce 105% of its own energy requirements. The 10,000m2, Class AAA building is located in the David Johnston Research + Technology Park, within Waterloo’s Idea Quarter.’ The goal of the project was to inspire development of regenerative buildings by producing an economically-viable prototype that works within the real market. The building is targeting LEED platinum certification and has been certified by the Canada Green Building Council as the first Zero Carbon Building in Canada.

A multipronged low energy design approach was used to meet the client’s environmental goals, including a ground source open loop geo-exchange system, that significantly reduces the heating and cooling loads, and photovoltaic panels installed by VCT Group to produce more energy than the building was going to consume.

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PROJECT CREDITS CLIENT Cora Group ARCHITECT/LANDSCAPE ARCHITECT Stantec Architecture Ltd. CIVIL/ELECTRICAL/MECHANICAL/STRUCTURAL ENGINEER Stantec Consulting Ltd. GENERAL CONTRACTOR Melloul-Blamey COMMISSIONING AGENT CFMS West Consulting Inc PHOTOS Jesse Milns

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Second floor plan 1. A large PV array installed by VCT Group on the roof and in the parking lot helps the building to produce 105% of its own energy requirements.

2. The main entry. Part of the cladding is made up of slat wall panels made of öko skin from Sound Solutions and consists of glassfibre reinforced concrete that can be mounted horizontally or vertically on a substructure in a rainscreen system.

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Core Edge Natural temperature diffusion Geoexchange unit Condenser loop Geothermal loop Discharge well Supply well

The geo-exchange system Water, at a fairly constant at 10°C, is taken from the aquifer 160m below ground, filtered, and sent to a heat exchanger to provide heating and cooling to the building all year round.

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The team used an Integrated Design Process (IDP), taking advantage of col-

The choice of site was also important; being on the

laboration between different disciplines, considering the advantages and trade-

University of Waterloo campus and thus able to lever-

offs between performance, user comfort and costs from an early stage.

age the university’s culture of innovation and attract

The design team knew what was achievable technically, but had to find ways to make it feasible in the marketplace in order to ensure widespread impact. The

young, tech-savvy tenants. Proximity to the new LRT station was also an advantage.

team used a proprietary parametric modelling tool that enabled them to analyze thousands of design scenarios simultaneously.

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The design approach began with passive strategies to reduce the energy consumption before applying active strategies. The main passive strategies Included: orienting the building east to west to best control solar heat gain, with the ground mounted solar carports constructed to the south, thereby maximizing sun exposure; and an efficient building envelope with careful detailing to avoid thermal bridging; so, achieving an EDI of 24kWh/m2.

The majority of the heating loads are met by the open loop geoexchange system, the first open loop system in Ontario, tapping into an existing aquifer below the site. The advantages of the open loop were lower cost, as only three wells were required, rather than a large field; and greater efficiency when compared to a closed loop system.

Active strategies include a Variable Refrigerant Flow (VRF) HVAC system which heats and cools zones dependent on the localized temperature. The VRF HVAC also gains efficiencies by moving excess heat into cool zones before actively producing heat. Also, heat recovery ventilation system with 80% efficiency.

Lastly, a solar PV array, comprised of ground-mounted solar carports and a standard rooftop ballasted system, is designed to produce 105% of the buildings anticipated total energy consumption, displacing 110 tons of CO2 annually – with no fossil fuels being used.

With its sustainable strategies on display, Evolv1 tells a visual story of how sustainability can be achieved and invites the public and the development community to investigate its features. Not only does Evolv1 set the standard for sustainable, carbon-neutral and carbon-positive building design, it also confirms that this can be achieved whilst maintaining commercial viability.

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PROJECT PERFORMANCE Energy intensity (base building) = 44.5KWhr/m2/year Energy intensity (process) = 33.5 KWhr/m2/year Energy intensity reduction relative to reference building under ASHRAE 90.1 2007 = 105% Water consumption from municipal sources = 1,748 litres/occupant/year Reduction in water consumption relative to reference building under LEED = 69% Recycled material content by value = 28% Regional materials (800km radius) by value = 49% Construction waste diverted from landfill = 82.5%

4. The atrium and central stairwell. Passive strategies were used to reduce energy consumption, followed by active strategies and efficient equipment such as Mitsubishi Electric AC units and fan coils.

5. The green wall within the atrium.

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vctgroup.com

SOLAR POWER

ENERGY MANAGEMENT

EV CHARGING

solar power . energy management . ev charging SABMag - SUMMER 2019

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Existing Building Upgrade Award PERKINS+WILL Jury comments: This major rehabilitation and revitalization project, driven by quantitative issues of obsolete infrastructure, poor energy performance and related carbon impacts, and an outdated working environment, has been addressed with aesthetic sensitivity and restraint. Innovative structural upgrades enabled the restoration of the integrity of this 1970s office tower by Arthur Erickson, while the 1930s centre building and its immediate surroundings have been transformed into valuable new public amenities.

1 1. The 1930s-era centre block flanked by Arthur Erickson's late 70s glass towers. All received comprehensive upgrades for seismic design, energy efficiency, security and accessibility.

Bank of Canada Renewal Ottawa, ON Located just west of Parliament Hill in Downtown Ottawa, the

A new museum invites and educates the community about the

Bank of Canada Head Office complex comprises 79,500m2 of offices

Bank’s role in the Canadian economy. The pyramidal glass entrance

and operation spaces. The original Centre Building was built in the

pavilion and the enhanced public realm that surrounds it form an

1930s; the twin office towers and connecting atrium being added in

abstraction of the Canadian landscape and functions as an acces-

the 1970s. Completed in 2017, this project included the comprehen-

sible, multi-faceted public realm throughout the year.

sive renewal of the existing complex, including some reconfigurations and additions to the program.

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2 3 2. An overhead view into the atrium which allows daylight penetration deep into the floor plates.

3. The new Plaza is an abstraction of the Canadian landscape and contributes to the public realm in the heart of the capital city.

Major drivers for renewal were the performance and infrastructure deficits

The Centre Building accommodates both offices and

of the facility, energy upgrades and carbon reductions, and modernization of

conference facilities, while the atrium provides a variety of

the workplace. Within the towers, floor plates and waffle slab ceilings were

social spaces.

The design looked to maintain as much of the existing

restored to their original open plan concept.

The renovated towers were designed to be modular, allowing for a diverse

building infrastructure as possible, to lower both costs and

range of uses so that each contains a combination of private and collabora-

negative environmental impact. Passive design strategies

tive spaces.

include revealing floorplates, allowing for deeper daylight penetration and greater access to views to the exterior and atrium.

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Ventilation ductwork Sprinkler pipe

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PROJECT CREDITS CLIENT Bank of Canada ARCHITECTURE/INTERIOR TEAM Perkins + Will CIVIL ENGINEER Novatech Engineering Consultants ELECTRICAL/MECHANICAL ENGINEER BPA Engineering Consultants STRUCTURAL ENGINEER Adjeleian Allen Rubeli Limited PROJECT MANAGER CBRE Limited/Project Management Canada GENERAL CONTRACTOR PCL Constructors Canada Inc. LANDSCAPE ARCHITECT DTAH FOOD SERVICE/COMMISSIONING AGENT WSP HERITAGE CONSULTANT Evoq Architecture BUILDING ENVELOPE ZEC Consulting BUILDING SCIENCE CLEB SUSTAINABILITY CONSULTING TEAM Perkins + Will SECURITY LEA A/V Engineering Harmonics ACOUSTIC HGC COST CONSULTANT Turner & Townsend LIGHTING Gabriel MacKinnon/Perkins + Will CODE & LIFE SAFETY Morrison Hershfield PHOTOS Younes Bounhar

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Butt-glazed interior glazineg

Existing curtain wall

Return air

Return air floor grille Existing heater trench

Dynamic buffer zone

4 4. A double skin created by adding an interior glazed wall around the perimeter and a radiant cooling system address the principal heating and cooling needs.

5. The restored winter garden atrium serves as a collaborative workspace.

Teknion supplied the demountable wall systems used in the project.

The openness achieved by removing generations of interior partitions provides greater flexibility for the building systems to adapt to future uses. The core of the Centre Building was also rebuilt. Systems were upgraded to the latest technologies through discrete means to ensure that the exposed structure of the towers remained as the original architect, Arthur Erickson, had intended.

To this end, minimizing ductwork was important; a new “dynamic buffer zone” (a double skin created by adding an interior glazed wall around the perimeter of the building) and radiant cooling system addressed principal heating and cooling needs, allowing ducts to be sized for ventilation only.

The extensive power and data cabling needs of a modern office are served through a low-profile access floor that allowed for maximum flexibility. To upgrade the workplace, a modular office design was developed that works with the coffered concrete ceiling grid, with office partitions and open workstations constructed using systems furniture to facilitate simple reconfiguration over time. The project is targeting LEED v4 Gold certification. This project was previously published in SABMag issue #63, Spring 2019.

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Lighting

Dynamic buffer zone

PROJECT PERFORMANCE Energy intensity = 183 kWh/m2 /year Energy savings relative to reference building = 44% Water consumption = 4,645L/occupant/year (based on 250 days operation) Water savings relative to reference building = 35%

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Operable panel

Residential [Large] AWARD ACTON OSTRY ARCHITECTS INC. Jury comments: An innovative approach to high density urban living that takes advantage of Vancouver’s relatively mild climate to incorporate a courtyard typology to optimize the use of available site area. The project configuration promotes casual encounters and social interaction between residents and includes an accessible roof, with play space for children, raised planters for community gardening and a dog-walking area, providing a level of amenity that is rare if not unprecedented in a rental building.

The Duke Vancouver, BC Completed in March 2018, The Duke is a LEED Gold target, rental residential project designed under the City of Vancouver Rental 100 Secured Market Rental Housing Policy, which allows height and density limits in strategic locations in the city to be rezoned in

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exchange for provision of 100% rental housing.

Located near a busy transit-oriented node in Vancouver’s Mount Pleasant neighbourhood, the 15,260 m2, 14-storey, mixed-use project includes 201 rental units, with a small ground floor retail component, all compactly contained in an open-air atrium court building typology that is new to Vancouver.

In contrast to a traditional design approach that would typically feature a double-loaded corridor with units along both sides, the floor plan for The Duke instead features a single-loaded corridor with living units pushed to the outer edge of the site to create a central void space. Such a strategy substantially increases the number of units that can be accommodated on the site by maximizing the overall density within a prescribed 14-storey height limit.

A traditional double-loaded corridor approach would have made the project economically unviable as a rental property; whereas the strategic decision to push the units to the site perimeter made the development viable for rental housing.

The central void is transformed into a soaring, open-air circulation atrium over which a translucent Teflon canopy shields the space from the elements. The rental units are arranged around the perimeter of the trapezoidal-shaped site. This outdoor circulation space enables occupants to step out into a well-lit, weather protected environment designed to provide opportunities for residents to interact, even if only for a brief moment. An array of multicoloured front doors further animates the central atrium space.

1. View at the intersection of E 11th Ave and Kingsway, with the 'slot' to the atrium denoted by the glass art installation suspended above the main entry.

2. The balconies of the two-bedroom units at the east end of the building.

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PROJECT PERFORMANCE Performance metrics for the LEED certification are: • Operating Energy: 32% reduction in energy cost relative to an ASHRAE 90.1- 2007 Baseline • Water Consumption: 37% reduction compared to reference building • Recycled Materials: 21% by cost • Regional Materials: 33% by cost • Waste Diversion: 87% of demolition and construction waste diverted from the landfill PROJECT CREDITS CLIENT Edgar Development Corp ARCHITECT Acton Ostry Architects Inc. STRUCTURAL ENGINEER RJC Engineers MECHANICAL ENGINEER Rocky Point Engineering Ltd. ELECTRICAL ENGINEER MCW Consultants LEED CONSULTANT The Integral Group BUILDING ENVELOPE CONSULTANT Morrison Hershfield Ltd. BUILDING CODE CONSULTANT Thorson McAuley Certified Professionals ACOUSTICS CONSULTANT RWDI LANDSCAPE ARCHITECT Durante Kreuk Landscape Architects INTERIOR DESIGN Bob’s Your Uncle Design Inc. CONSTRUCTION MANAGEMENT Ventana Construction Corporation PHOTOS Michael Elkan Photography

3. The spatial quality of the interior open-air trapezoidal atrium is enhanced by the play of multi-coloured entrance doors against a white backdrop.

4. The atrium topped with a high-tensile steel and Teflon membrane structure.

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Ground floor plan 1 Commercial 2 Residential entrance 3 Rental manager

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through the incorporation of several amenity spaces sprinkled throughout the development including: a courtyard with planters and extensive bench seating; landscaped terrace spaces located in a south-facing vertical slot through which a suspended glass art installation admits diffuse fuchsia-coloured light; two upper-level

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amenity rooms; and a spectacular communal roof terrace that fea-

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tures a children’s play area, dog-friendly space, a social seating and barbeque area, and urban agriculture planters.

The majority of the rental units are studios; however, policy required that 25% of the units be two-bedroom to accommodate

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families. These units are located at the corners and have larger balconies. Together with the rooftop play area, this helps make urban living more attractive for those with young children. This project was previously published in SABMag issue #62, Winter 2019.

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Entry Open-air atrium Slot Communal terraces

5. and 6. One bedroom and studio apartments. Units are open in plan for maximum daylighting. Thermal batt/acoustic insulation by Owens Corning.

5 Amenity rooms 6 Communal roof terrace 7 Translucent canopy

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Existing Building Upgrade Award NORR ARCHITECTS AND ENGINEERS Jury comments: Now widely acknowledged as one of the cornerstones of a sustainable built environment, the renovation and repurposing of existing buildings conserves embodied energy, supports social sustainability and cultural continuity. This project carefully and cleverly reconciles the competing challenges of seismic upgrading of the structure, updating of building services and infrastructure and the constraints of heritage conservation.

1 1. The front facade on Wellignton Street.

Wellington Building Rehabilitation Ottawa, ON This project transforms an insurance office building, consisting of a historic

The project achieved a four Green Globes rating

1927 Beaux Arts landmark and a 1959 addition, into facilities for the House of

through the preservation of the building core and shell,

Commons. The program includes parliamentary offices, multipurpose rooms,

the reuse of the copper roof, stone and other materials,

library of parliament facilities, cafeteria, ground floor retail space, security pro-

connection to the district energy plant, solar panels

cessing, as well as two levels of underground support facilities.

for domestic water pre-heating, heat recovery units,

The transformation involved stripping the building back to its internal struc-

reduced water requirements, a rainwater cistern, a

tural frame work, a complete building system replacement, seismic upgrades,

green roof, and room sensors to regulate temperature

heritage restoration, the insertion of a new more robust structural core and

and light levels.

new multi-storey spaces.

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PROJECT CREDITS CLIENT Public Services and Procurement ARCHITECT NORR Architects and Engineers HERITAGE ARCHITECT FGMDA STRUCTURAL ENGINEER Adjelelan Allen Rubeli MECHANICAL/ELECTRICAL ENGINEER NORR Architects and Engineers GENERAL CONTRACTOR Ellis Don Corp PHOTOS Doublespace Photography

PROJECT PERFORMANCE Energy intensity (building and process energy) = 213 KWhr/m2/year Energy intensity reduction relative to reference building under ASHRAE 90.1 2007 = 34% Water consumption from municipal sources = 5,458litres/occupant/year Reduction in water consumption relative to reference building under LEED = 64% Recycled material content by value = 20% Regional materials (800km radius) by value = 20+% Construction waste diverted from landfill = 87%

A sky-lit atrium brings natural daylight into the

The required interventions, particularly the seismic upgrades, leverage the

upper floors of the building reducing artificial lighting

underlying Beau Arts order to create a new public circulation system that aligned

needs. A living wall biofilter provides a natural aes-

with the desired programmatic arrangement.

thetic, dampens noise, and cleans and humidifies the air in the ground floor lobby.

The repurposing of existing building stock rather than discarding and building new reflects the priori-

Located at the heart of the building, the new circulation provides public access to the Multi-Purpose rooms on the third and fourth floors and views to the surrounding city. It features a ground-level atrium that links the reconstructed 1927 and 1959 lobbies to the spaces above via escalators and a sculptural stair.

ties of the federal government. The challenge was to

Despite heavy security requirements, the main public waiting spaces, a number

rehabilitate the building in a manner that would ensure

of the meeting rooms and all of the parliamentary offices receive natural light. A

another 90 years of life while respecting its heritage

particular feature is the satellite Library of Parliament, located in the heart of the

aspects. While the existing material pallet of stone

building, which features a skylight that covers the entire space.

and bronze has stood up well over time, the mechanical, electrical systems, and exterior windows needed

The library is lined with wood panels and sculptural shells of copper recycled from the historic 1927 roof.

complete replacement and the seismic performance needed significant upgrading.

Solar hot water panels

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2. The Wellington Building indicated in orange with Parliament Hill in the lower left corner. Viessmann supplied solar hot water roof panels.

3. The building as seen in the 1950s.

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Building section A-A

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4. The atrium links the reconstructed 1927 and 1959 lobbies to the spaces above via escalators and a sculptural stair. The Nedlaw living wall biofilter is 8.9 m wide x 4.4 m high and removes VOCs from the atrium area, creating 4,000 cubic feet of virtual outside per minute. Uponor radiant heating systems are used in selected perimeter floor areas.

5. In the centre of the building a skylight tops the satellite Library of Parliament which is lined with sculptural shells of copper recycled from the 1927 roof.

Occupancy sensors, and daylight control are combined with LED fixtures for general lighting including refurbished heritage fixtures with increased light output, and colour rendering. Given the highly variable use and population of the conference facility, the mechanical system uses a demand control system that delivers fresh air as appropriate for comfort and use but throttles back when the rooms are empty and demand is reduced with commensurate energy savings.

The building has been designed as a permanent facility with a minimum service life of 80 years. All systems and materials were selected with this in mind including terrazzo and stone floors, stone and wood walls and LED lighting.

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SABMag - SUMMER 2019

When vision embraces technology we change the world forever.

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For 15 years, we’ve collaborated with visionary clients to create environments that are healthier, spaces that are breathtaking and buildings that are more energy efficient. Our living wall biofilters create health benefits for everyone and deliver measurable return on investment.

519.648.9779 livingwalls@nedlaw.ca @NedlawGroup

CAN A D I

2019

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AWARDS

National Sponsors

ARCHITECTURAL

Category Sponsors

Residential [Large] Award

See more on the winning projects at: www.sabmagazine.com Existing Building Upgrade Award

Thank you to our sponsors!

Commercial/Industrial [Large] Award

SABMag - SUMMER 2019

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Institutional [Small] Award URBAN ARTS ARCHITECTURE

Jury comments: This community project in a small town in the mountains of British Columbia reimagines the meaning of ‘community investment’. With a community-centred procurement focus, the project was designed to optimize the social and economic benefits for those living and working within a 100-mile radius of the site and, as such, creates a new ‘recipe’ based on the locally-available ingredients of materials, technology and craft skills.

1 1. Paint Pots Plaza. Local materials were used as much as possible, including the charred wood siding.

Radium Hot Springs Community Hall and Library Radium Hot Springs, BC The village of Radium Hot Springs Is located in the mountain-

Critical to the success of the project was an integrative design process

ous southeast corner of British Columbia. The new Community

that identified local materials, resources and labour, thereby dramatically

Hall and Library occupy a prominent corner in the centre of the

reducing the life cycle embodied energy and overall carbon footprint

village, overlooking the Legends Park kettle hole.

of the development. The design process resulted in a building that

Designed as the “100 mile” building, the project maximizes

maximized the use of local wood fibre, utilizing approximately 288 cubic

the use of local materials and trades in the Columbia Valley. The

metres of wood products harvested from woodlots within 50 kilometres

project goals were to: support economic sustainability through

of the site and processed at the local Canfor mill just one kilometer away.

a unique project process that would maximize the use of local

The structure comprises dowel laminated timber (DLT) panels com-

resources, both material and human; demonstrate the use of

bined with glulam posts and beams. DLT is a mass timber structural panel

renewable resources and innovative replicable building systems;

constructed of standard dimensional lumber, friction-fit together with

and create a building that would respond to the micro-climate

hardwood dowels, not requiring the use of nails, screws, or adhesives.

of the site.

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Paint Pots Plaza Brent’s Shack Plaza + deck: gathering area between the existing BBQ shack and the community Hall.

Library Deck provides a shaded place for programs and lingering.

The tobaggon run - the building was sited to maintain this popular slope.

Accessible paths regraded to provide connection to the park.

Radium Stadium - relocation of the ice rink.

3 2. Some of the project goals were to demonstrate innovative replicable building systems, and create a building that responds to the micro-climate of the site.

3. The sloped form follows the topography of the site, and captures views of the surrounding mountains.

Floor plan

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Library Stage Hall Multipurpose Lobby Toilets Storage Kitchen

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This combination results in a structural system with a high potential for demountability, adaptability and reuse. Much of the material fabrication was carried out locally, including the panels which were prefabricated off-site in Golden, 60 kilometres north of Radium, and transported to the site in a choreographed sequence to maximize efficiency. The cladding was milled by a local mill and charred in Brisco, eight kilometres from the site.

The building is organized and oriented to maximize passive strategies with a long linear form on the east-west axis, permitting natural daylighting and cross ventilation.

Strategically located roof overhangs control solar exposure.

Window locations are carefully calibrated to capture the views of the mountains and connect to the park while maintaining less than 40% window-to-wall ratio for energy efficiency.

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PROJECT CREDITS CLIENT Village of Radium Hot Springs ARCHITECT Urban Arts Architecture CIVIL ENGINEER Core Group Consultants ELECTRICAL ENGINEE Applied Engineering Solutions MECHANICAL ENGINEERING Rocky Point Engineering Ltd. STRUCTURAL ENGINEER Equilibrium Canada GENERAL CONTRACTOR Ken Willimont LANDSCAPE ARCHITECT Hapa Collaborative PHOTOS Dave Best PROJECT PERFORMANCE Energy intensity (building and process energy) = 274 KWhr/m2/year Energy intensity reduction relative to reference building = 36% Regional materials (800km radius) by value = 80%

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Support natural cross ventilation

Sited so existing trees shield late summer sun

Rainwater retention allow water to be introduced back to the site

Photovoltaic support electric car stations Building nestled into slope of site to minimize excavation

Calibrate windows to capture light + views and minimize extent

Line of Roof Behind Deck

Hall

Stage

Natural ventilation section 4 A high-performance building envelope, combined with passive design strategies and energy-efficient mechanical systems were used to minimize the building energy loads. A heat recovery ventilation system is augmented with large low-velocity fans and passive ventilation strategies to reduce cooling demand. Air source heat pumps and highefficiency boilers provide heating for the building, switching between systems to maximize efficiency.

Beyond its energy-efficient design and locally-sourced materials, the building acts as the living room and social heart of the community. Co-locating the Library and the Hall provides cross-pollination and increases usage. The community kitchen was designed with the local seniors’ group to ensure accessibility and ease of use. The siting of the building creates a variety of exterior rooms within the public realm that can be occupied throughout the year. Indoor-outdoor connectivity promotes social wellbeing and expands year-round use of the adjacent park.

4. The Library.

5. The Hall. Lighting and acoustic panels are built into the roof panels.

Uponor supplied PEX piping for the heating system consisting of air-source heat pumps and high-efficiency Viessmann Vitodens 200-W boilers.

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Library

Advertorial

Uponor contributes to three winners Uponor is the leader in hydronic radiant system design and applications.

Combined low-temperature heating and high-temperature cooling integrated with the use of alternative energy sources make radiant the ultimate in low-energy building solutions.

Because water has 3,500 times more energytransport capacity than air, radiant is also fast becoming the energy-efficient alternative to forced-air systems. Radiant also helps building professionals acquire LEEDÂŽ for

Uponor contributed to three of the winning projects of the 2019 Canadian Green Building Awards: Building Blocks on Balmoral at Great-West Life by Prairie Architects Inc., Institutional (Small) Award, Wellington Building Rehabilitation by NORR Architects and Engineers, Existing Building Upgrade Award, and The Radium Hot Springs Community Hall and Library by Urban Arts Architecture, Institutional (Small) Award

New Construction (LEED-NC) points.

In the Building Blocks on Balmoral at Great-West Life project, each of the four new buildings uses an Uponor manifold which acts as the hub to control the flow of water through the Uponor in-floor radiant system to provide an even, comfortable warmth across the whole floor.

Photo: Lindsay Reid.

In the Wellington Building Rehabilitation, a new mechanical system consisting of heat wheels, staged fan coil units, and Uponor radiant heating systems in selected perimeter floor areas, along with connection to the District Energy Plant, will improve energy efficiency in the heritage building by over 30%. Photo: Doublespace Photography.

In the Radium Hot Springs Community Hall and Library, Uponor supplied its crosslinked polyethylene (PEX) piping for the heating system consisting of air-source heat pumps and high-efficiency boilers. Photo: Dave Best.

For more than 40 years, Uponor has been the standard by which all other radiant heating and cooling systems are measured. https://www.uponor.ca SABMag - SUMMER 2019

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Technical Award STANTEC

Jury comments: This facility represents a significant milestone on the road to a circular economy, by converting millions of kilograms of domestic organic waste into valuable compost each year. By-products of this process are also re-engineered to create other marketable commodities, while solar panels, rainwater harvesting, grey water recycling and other environmental strategies have helped this project achieve a LEED v4 Gold rating – the first in Canada.

1

City of Calgary Composting Facility Calgary, AB Nearly 60% of single-family household garbage is compostable waste in Calgary. The City wanted to change this. First and largest of its kind in Canada, the Calgary Compost Facility (CCF) diverts 85 millionkilograms of material from landfills annually by converting it into a marketable product—compost. Opportunities to convert other resources that might otherwise have been overlooked also included: • 100% of the harvested rainwater is used for the composting process or to flush toilets and urinals • Greywater from the sinks and showers is diverted into the composting process • Solar energy is captured via an on-site photovolatic solar farm • Odour control is maintained using recovered wood chips • Sulfuric acid used to remove ammonia from the exhaust air in the composting process creates hazardous waste, ammonium sulfate. A process was developed to convert this to a neutralized crystallized form, which is used as fertilizer for agriculture.

1. Organic and compostable matter is received on the south side at tyhe numbered doors, the composting process occurs in vessels in the central area, and the north side contains the odour-eliminating components. The Administration and Education Building is to the left.

2. Petrochemical waste was removed from the site and replaced by native and droughttolerant plant species, and insect and bird boxes, to mimic the natural prairie landscape.

3. Staff meeting room. The administration areas are heated with Viessmann Vitodens 200-W condensing boilers.

4. The Administration and Education Building is the first LEED®v4 BD+C certified project in Canada.

5. The sorting area for compostable materials.

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PROJECT CREDITS CLIENT City of Calgary Waste and Recycling Services ARCHITECT Stantec CIVIL/ELECTRICAL/MECHANICAL/STRUCTURAL ENGINEER Stantec GENERAL CONTRACTOR Chinook Resources Management Group LANDSCAPE ARCHITEC Stantec COMMISSIONING AGENT WSP PHOTOS Ian Grant

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Compost building Native mixed seed area Curing building Leachate pond Storage building Compost storage pad Wood grinding storage pad

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These innovative strategies were implemented despite a tight construction schedule. Ina visionary move, the CCF designed the adjacent Administration and Education Building to reach new sustainable heights. It is the first building certified under the LEEDÂŽ v4 Building Design + Construction rating system in Canada, achieving Gold certification.

The Administration and Education Building boasts a high-performance envelope, reducing the amount of energy lost to the outdoors. It also takes advantage of energy-saving technologies such as condensing boilers, exhaust air heat recovery and high efficiency domestic water heaters.

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PROJECT PERFORMANCE Energy intensity (building and process energy) = 65.3KWhr/m2/year Energy intensity reduction relative to reference building under ASHRAE 90.2 2010 = 39.1% Water consumption from municipal sources = 2,462 litres/occupant/year Reduction in water consumption relative to reference building under LEED = 50.4%

During the exothermic decomposition process, the process vessels heat up to very high temperatures, more than 60°C. To take advantage of this heat, ventilation air for the composting facility is fed over the process vessels, where radiant heat preheats the air prior to delivery within the building. In addition to controlling odour emissions, the fast-acting doors and air curtains also reduce the amount of heat loss to the outdoors.

These energy-saving technologies allowed the City to claim the maximum number of energy-related LEED® points and credits.

Low-flow plumbing fixtures were installed to limit water usage, and water for urinals and toilets is taken from the rainwater collection and reuse system. Reclaimed greywater from the building’s lavatories, showers, and harvested rain water, are also reused for the composting process in the adjacent composting facility.

Remarkably, the facility is process water negative. Hazardous run-off from the composting process, leachate, is fully reused within the system. Leachate, greywater from the sinks and showers, as well as other sources of water throughout the entire process are all used to irrigate the compost material inside the process vessels.

By maintaining a water negative process and reusing the leachate, the chance of a dangerous environmental release is exponentially reduced. Storm water on the entire site is reclaimed, stored in a storm pond, and then pumped in to be reused, offsetting the need for potable City water. The site water management system saves a substantial amount of potable water—a reduction of 40 million liters per year. The amount of potable water saved is equivalent to the amount of drinking water consumed by 40,500 people per year.

6. Compost ready for market in the storage shelters.

7. Educational programs for students andthe public also extend outside to the Learning Garden that was created with re-purposed tires and building materials.

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YOUR LEED V4 QUICK-REFERENCE

CANADIAN DIRECTORY OF PRODUCTS AND SERVICES FOR SUSTAINABLE, HIGHPERFORMANCE BUILDING

Visit our on-line Directory to see hundreds of listings of companies which supply products and services for sustainable, high-performance building.

Listings are organized by Product Category and by LEED v4 Category.

Our LEED v4 Directory is created with the help of our partner:

Our 2019 Partners SITE | LANDSCAPING | RAINWATER HARVESTING Molok® Deep Collection™ System Dulux/PPG

Wishbone Industries Ltd.

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Termobuild Viessmann Manufacturing Company Inc.

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GREEN DESIGN SUPPORT + PROFESSIONALS

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Tech-Crete Processors Ltd.

RJC Engineers Sustainable Forestry Initiative

INTERIOR FINISHES CBR Products Columbia Forest Products

https://sabmagazine.com/product-directory/ SABMag - SUMMER 2019

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PRECAST CONCRETE BUILDS ON...

RESILIENCY

The key attributes of enhanced architectural & structural resiliency are:

· · · · · ·

Resistance to disasters Short-term recovery from a crisis Longevity (long service life) Life safety Durability Adaptability for reuse

Maple Avenue Condos & Parking Garage, Barrie, Ontario Architect: Turner Fleischer Architects Inc. | Engineer: Hanna Ghabrial & Associates Ltd Owner: Auburn Developments

.ca Visit www.cpci.ca/publications to download your free copies of the Mitigate and Adapt Building our Communities in the Age of Climate Change brochure and the Structural Solutions technical publication.

.ca E: info@cpci.ca TF: 877.937.2724 48

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For more information on the Canadian Precast Concrete Quality Assurance (CPCQA) Certification Program, please visit: www.precastcertification.ca

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