Our team of analysts is specialized in:
The Energy pole of excellence was created in 2018 to consolidate the energy-related knowledge gathered from CIRAIG’s recent LCA studies on electricity generation, natural gas supply chains, liquefied natural gas, natural renewable gas, biofuels, oil products supply chain, coal supply chains, solar PV, wind energy, energy storage systems (hydraulic pump, Li-ion batteries, hydrogen), hydrogen, heating systems, electric passenger vehicles, and marine transports.
The Carbon Neutrality Pole of Excellence aims to develop and structure tools, methods, and data to support organizations of all types in their development of carbon neutrality plans (net-zero) based on proven and robust scientific approaches. Because climate change is the environmental priority of the 21st century, but is linked to impact transfers, the issue of which is crucial, the cluster strives to adopt life cycle approaches – including scopes 1, 2 and 3 – but above all multi-criteria, in order to consolidate truly sustainable carbon neutral trajectories.
OUR SERVICES
Diagnosis and consulting – net-zero trajectories
Development of internal tools
Impact transfer study tool
The Circular Economy Pole of Excellence aims to use life cycle thinking to support the development of a sustainable circular economy. Using tools like Material Flow Analysis, Life Cycle Assessment or circularity indicators, this pole aims to evaluate the performance of circularity strategies.
The Sustainable Consumption pole aims to evaluate the environmental impacts related to consumption behaviours from a life cycle perspective and to identify effective solutions and winning conditions to promote more sustainable consumption. This division covers various consumption sectors such as food, transportation, housing, consumer goods, etc. It is aimed at citizens, but also at the various economic and institutional players and levels of government who wish to make a commitment to the transition to more sustainable consumption. Its main fields of action are :
The Agri-Food Pole of Excellence aims to develop skills in the analysis of complex and innovative agricultural systems. It involves systemic coverage of biomass sustainability issues, sustainable food, food system eco-efficiency assessments, the application of advanced tools and methods (SIG, traceability) for the development of data sets and methodologies, communication and dissemination, as well as the participation and involvement in committees, consultation groups, and R&D groups.
The Tools Pole of Excellence aims to create life cycle assessment (LCA) software tools specifically tailored to the needs of clients, to operationalize LCA research in computational tools and to develop a suite of open-source modules that can be assembled to create cutting-edge LCA software tools when combined.
In addition to LCA, the Tools group also uses Input-Output models. The Input-Output (IO) model is one of the core tools of Industrial Ecology alongside LCA. Both methods share common purposes and mathematical backgrounds. IO is a top-down approach while LCA is a bottom-up approach, however. As such, IO offers opportunities that LCA cannot achieve, e.g., a realistic representation of the economy. IO is therefore a much-needed tool when it comes to modeling complete systems and the associated impacts on the environment of these systems.
The Social Pole of Excellence aims to address the potential social and socioeconomic issues of products, sectors and projects using diverse methodological approaches rooted in several social science disciplines. The social responsibility of organizations requires taking into account the social and economic spheres that are organized within the biosphere. Our systemic vision allows us to base strategic decisions on comprehensive sustainability analyses. We can deal with social and socio-economic issues in a multiscalar manner, using methods oriented towards the value chain or in a territorialized manner.
The pole is also developing a fine technical expertise in the analysis of potential social impacts and is participating in the development of standards and best practices in social life cycle analysis.
The Sustainable Infrastructure Pole of Excellence aims to implement life cycle thinking for the design of sustainable infrastructure such as carbon-neutral buildings, bridges, roads and other civil and architectural projects. The life cycle perspective is a key element in environmental certifications for buildings (such as LEED or Zero Carbon Building Standard) or Environmental Product Declarations.
These inventory datasets are essential for calculating the carbon footprint of an individual’s consumption in Quebec.
Designed for business by business to unleash the transformative power of the circular economy, Circular Transition Indicators v4.0 offers a universal and quantitative framework for evaluating how circular a company is.
This report presents the inventory of greenhouse gas (GHG) emissions related to the consumption of the Montreal community for the year 2017. The inventory covers all activities and operations taking place within the Montreal community, including household purchases and activities, spending by the Ville de Montréal itself, capital investments (e.g. the purchase of buildings or machinery) taking place within the community, as well as federal and provincial government spending benefiting the community.
In the context of the COVID-19 pandemic and the massive use of medical masks, two life cycle analyses were conducted to evaluate the environmental impacts of end-of-life management of single-use masks used in Quebec, but also of different types of reusable and single-use masks.
CIRAIG contributed to the United Nations Environment Programme (UNEP) report “Single-use supermarket food packaging and its alternatives: Recommendations from life cycle Assessments”. This report compares the environmental impacts of single use plastic packaging versus alternative options for supermarket food, intended for home consumption, and provides recommendations to policy makers.
The objective of the pilot project, using the infrastructure of New World Graphite (NMG), is to demonstrate the feasibility and applicability of a traceability system for the extraction and processing of graphite.
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