28 Canadian Climate Solutions the World Is Copying

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From British Columbia’s carbon pricing mechanism, which has inspired strategies for emissions reduction internationally, to Ontario’s Smart Grid enhancements and Vancouver’s climate-centred urban planning, Canadian models are being taken as examples by countries worldwide. The efforts taken by Canadian cities, leaders, and organizations can be quantified, replicated, and proven to be working, as megatonnes of carbon are being reduced. Here are 28 Canadian climate solutions the world is copying:

Carbon Pricing (British Columbia Model)

In 2008, the Canadian province of B.C. set the precedent for its North American counterpart by introducing a broad-based carbon tax generally applicable to all sectors rather than a source-based tax. The tax was introduced at $10 per tonne of CO₂, climbing through increments till January 2023, when it reached $65 per tonne, with subsequent increments leading to $170 by 2030. This has been praised due to its revenue-neutral design, where tax money collected is repaid to the public in rebates and through lowered taxes. Studies reveal that in B.C., gasoline consumption per capita fell about 12% between 2008 and 2015, whereas in the rest of Canada, it dropped by 3%. Also, concerns that carbon pricing could restrain adverse effects on economic growth were dispelled because the GDP growth rate of B.C. was at par with the national average. This successful model has been replicated in various countries across the globe to show that economic and environmental goals can be genuinely coexistent.

Clean Fuel Standard

Canada’s Clean Fuel Regulations (CFR), coming into force in July 2023, intend to achieve a 15% reduction in the carbon intensity of gasoline and diesel from 2016 levels by 2030. This policy spurs demand for clean fuels and technologies and promotes innovation in the energy sector. It includes a credit trading system that allows companies to exceed their reduction targets to sell credits to others, promoting cost-effective compliance. The CFR is projected to sequester up to 26 megatonnes of GHG emissions annually by 2030. It has become a critical component of Canada’s strategy to meet its climate targets and has influenced similar regulations in jurisdictions like California and the European Union.

Quebec Cap-and-Trade System

Quebec’s Cap-and-Trade System was initiated in 2013, covering approximately 80% of the province’s greenhouse gas emissions, and encompassing the power generation, industry, and transportation sectors. The system was introduced to set a declining emission cap, allowing entities to trade allowances and providing economic incentives for emission reductions. Quebec linked the system with California in 2014, which created North America’s largest carbon market, facilitating cross-border trading and price stability. This decreased emissions by 8.3% between 2013 and 2020 in Quebec and demonstrated the system’s efficacy. The success of Quebec’s model has prompted other regions to consider similar market-based approaches to emission reductions.

Green Municipal Fund

The Federation of Canadian Municipalities manages the Green Municipal Fund (GMF) and supports sustainable community projects across Canada. It has invested in over 1,300 projects and contributed to significant environmental and economic benefits. For instance, in British Columbia, 216 projects have been completed, which generated approximately CA$192 million in GDP and created over 2,100 person-years of employment. The GMF’s model of providing grants and low-interest loans has enabled municipalities to implement innovative solutions in energy efficiency, waste management, and sustainable transportation. Its success has inspired similar funds in countries aiming to empower local governments in climate action.

Ontario’s Phase-Out of Coal

In 2003, coal accounted for about 25% of Ontario’s electricity supply and significantly contributed to the emission of pollutants. This encouraged the decision to phase out coal and eliminate coal-fired electricity generation by 2014, and led to a 94% reduction in coal-related emissions and contributed to a 20% decrease in the province’s overall greenhouse gas emissions. The move also improved air quality and resulted in public health benefits, including fewer respiratory illnesses. Ontario demonstrated the feasibility of replacing coal with cleaner energy sources without compromising grid reliability, and it serves as a blueprint for other regions seeking to transition away from coal.

Net-Zero Building Code

Canada’s commitment to achieving net-zero emissions by 2050 includes transforming its building sector, which accounts for 18% of national emissions. Adopting tiered building codes aims to make new constructions net-zero energy-ready by 2030, reducing building-related emissions by 20% annually. The adoption of these codes varies across provinces. However, they set a clear trajectory for energy efficiency improvements. This approach has influenced international standards and encouraged other countries to integrate energy performance requirements into their building regulations.

Smart Grid Innovation in Ontario

Ontario has been at the forefront of innovative grid development. It invests approximately CA$200 million through the Smart Grid Fund into 45 modernization projects, which have helped to enhance grid reliability while integrating renewable energy sources and empowering consumers with real-time energy usage data. Nearly all of Ontario’s 4.8 million retail electricity customers have smart meters facilitating time-of-use pricing and demand management. Ontario’s advancements have positioned it as a leader in grid modernization, offering valuable lessons for jurisdictions aiming to build resilient and efficient energy systems.

Vancouver’s Greenest City Action Plan

Launched in 2011, Vancouver’s Greenest City Action Plan (GCAP) set ambitious targets across 10 goal areas, including carbon emissions, waste reduction, and green transportation. By 2020, the city achieved eight of its 18 targets and made significant progress in others, leading to the growth of green jobs in Vancouver by nearly 90%. The number of businesses adopting sustainable practices doubled. The GCAP’s comprehensive approach has made Vancouver a model for urban sustainability, influencing cities worldwide to adopt similar integrated strategies for environmental improvement.

Indigenous Guardians Program

The Indigenous Guardians Program empowers Indigenous communities to manage and protect their traditional territories. There are approximately 30 active programs across Canada where Guardians engage in activities like environmental monitoring, wildlife management, and cultural preservation. These programs have received widespread support while contributing to biodiversity conservation and promoting Indigenous self-determination and knowledge integration in environmental stewardship. The program’s success has inspired similar models globally, recognizing the vital role of Indigenous peoples in conservation efforts.

Deep Lake Water Cooling (Toronto)

Toronto’s Deep Lake Water Cooling (DLWC) system taps into the chilly depths of Lake Ontario to efficiently cool more than 100 buildings across the city. By replacing traditional air conditioning with this natural system, the city slashes electricity consumption for cooling by up to 90%, saving enough energy to power a town of 25,000 people. This has dramatically lowered greenhouse gas emissions and led to a cleaner urban footprint. As one of the world’s largest and most successful deep water cooling systems, DLWC has become a global benchmark for sustainable urban infrastructure. Cities like New York are already studying Toronto’s blueprint, inspired by its blend of innovation, environmental responsibility, and real-world efficiency.

Canada’s Federal Carbon Tax Rebate

Canada’s federal carbon pricing system, which was introduced in 2019, applies a tax on fossil fuels to incentivize emission reductions. As of 2023, the carbon price stands at CA$ 65 per tonne, with plans to increase to CA$ 170 by 2030. The government also provides Climate Action Incentive payments, tax-free rebates returned to households to offset the cost to consumers. For instance, a family of four in Ontario received up to CA$ 976 in 2023. Studies indicate that most households receive more rebates than they pay in carbon taxes, making the policy environmentally and economically effective and garnering international attention from countries like Germany and South Africa.

Alberta’s Methane Emissions Reduction

Alberta has implemented stringent regulations to reduce methane emissions from the oil and gas sector, a potent greenhouse gas with a global warming potential 25 times greater than CO₂ over 100 years. Between 2014 and 2020, methane emissions from the sector decreased by 44%, surpassing the province’s target of a 45% reduction by 2025. These reductions were achieved through leak detection and repair programs, equipment upgrades, and improved operational practices. This benefited the environment, improved air quality, and reduced health risks for nearby communities, demonstrating a successful approach that influenced federal methane regulations and served as a model for other jurisdictions aiming to mitigate methane emissions.

Canadian Hydrogen Strategy

Canada’s Hydrogen Strategy, released in 2020, outlines a comprehensive plan to position the country as a global leader in clean hydrogen production, use, and export. The strategy aims to reduce greenhouse gas emissions by up to 45 megatonnes annually by 2030 by adopting hydrogen in various sectors, including transportation, industry, and heating. The country’s vast natural resources and existing energy infrastructure also offer a competitive advantage in producing blue and green hydrogen. In contrast, investments in hydrogen projects have continued to increase. Several pilot projects are underway across the country, which have increased international interest, with countries like Germany and Japan seeking partnerships with Canada for hydrogen supply.

Quebec’s Electric School Bus Program

Quebec has launched an ambitious program to electrify its bus fleet, aiming to have 65% of school buses electric by 2030. The program offers grants of CA$ 150,000 per electric bus and up to CA$ 175,000 for buses with higher battery capacities. Funding is also available for charging infrastructure that facilitates the transition for school bus operators. Electrifying the school bus fleet is expected to reduce greenhouse gas emissions by approximately 800,000 tonnes over the program’s duration. This initiative contributes to emission reductions and improves air quality for students and communities, serving as a model for other regions seeking to decarbonize public transportation.

Vancouver’s Climate Emergency Action Plan

Vancouver’s Climate Emergency Action Plan (CEAP) was adopted in 2020, setting a target to reduce carbon emissions by 50% by 2030 through expanding active transportation infrastructure, implementing zero-emission building codes, and increasing access to renewable energy. This initiative has witnessed a 15% reduction in emissions compared to 2007 levels in 2023 and demonstrates progress toward the city’s goals. The CEAP strongly emphasizes equity to ensure that climate actions benefit all residents, particularly marginalized communities, creating a comprehensive approach that has been recognized internationally, influencing urban climate strategies in cities like Los Angeles and Melbourne.

Montreal’s Urban Agriculture Projects

Montreal has emerged as a leader in urban agriculture, with over 270 organizations involved in initiatives like rooftop gardens and community farms. The city supports about 57 diversified agricultural businesses committed to sustainable practices and the social economy, leading to innovative projects like Lufa Farms that operate large-scale rooftop greenhouses and supply fresh produce year-round. These efforts contribute to food security, reduce urban heat islands, and promote biodiversity, enabling the city to produce enough vegetables to supply thousands of households and reduce reliance on imported produce.

Green Infrastructure Fund

The Green Infrastructure Fund (GIF) was established in 2009 in Canada to allocate CA$ 735 million to support large-scale projects that promote cleaner air, reduced greenhouse gas emissions, and sustainable communities. The fund supported initiatives in wastewater treatment, green energy generation, and solid waste management, leading to significant environmental benefits, including improved water quality and increased renewable energy capacity. The success of the GIF has informed subsequent infrastructure programs, emphasizing the importance of integrating environmental objectives into public investments.

Halifax’s Solar City Program

Halifax’s Solar City Program offers property owners financing options to install solar energy systems that promote renewable energy adoption in the municipality. The program has facilitated the installation of numerous solar photovoltaic and thermal systems, reducing participants’ greenhouse gas emissions and energy costs. The program’s success has led to its expansion, including adding battery storage options. Halifax’s approach demonstrates the effectiveness of municipal programs in accelerating the transition to clean energy.

Canada’s Nature-Based Climate Solutions Fund

The Nature Smart Climate Solutions Fund (NSCSF) is a ten-year, CA$1.4 billion initiative aimed at reducing greenhouse gas emissions by 5 to 7 megatonnes annually by 2030. The fund supports projects that conserve, restore, and enhance ecosystems such as forests, wetlands, and grasslands to contribute to carbon sequestration, biodiversity conservation, and climate resilience. By leveraging nature-based solutions, the fund offers an approach that aligns with global efforts to integrate natural systems into climate strategies.

Alberta’s Oil Sands Emissions Cap

The Canadian government has proposed a 35% reduction in greenhouse gas emissions from the oil and gas sector below 2019 levels by 2030. This proposal targets the oil sands, which have seen a 142% increase in emissions since 2005. Implementing the cap also sets emission limits and encourages the adoption of cleaner technologies. The proposal has faced opposition from industry stakeholders, but it represents a significant step toward aligning Canada’s oil production with its climate commitments.

National Adaptation Strategy

Canada’s National Adaptation Strategy provides a comprehensive framework to address the risks associated with climate change impacts. Developed through extensive consultations, the strategy outlines priorities such as building climate-resilient infrastructure, protecting natural ecosystems, and supporting vulnerable populations. The strategy emphasises collaboration among federal, provincial, territorial, and Indigenous governments, the private sector, and civil society. By proactively addressing climate risks, the strategy aims to enhance Canada’s resilience and adaptive capacity.

Sustainable Forestry Certification

Canada leads the world in sustainable forest management certification, with 41% of the global certified forest area. This demonstrates the country’s commitment to responsible forestry practices and ensures that forest resources are managed to maintain biodiversity, productivity, and ecological processes. The certification also assures consumers and markets that Canadian forest products meet rigorous environmental and social standards. Canada’s leadership supports global efforts to promote sustainable resource use.

Clean Energy for Remote Indigenous Communities

Canada’s Clean Energy for Rural and Remote Communities Program, launched in 2018, supports Indigenous and northern communities in transitioning from diesel to clean, renewable energy sources. With over $220 million in funding, the program backs solar, wind, biomass, and hydroelectric projects that reduce greenhouse gas emissions and improve energy security. As of 2023, more than 150 projects have received funding, reducing over 900,000 tonnes of CO₂ emissions. The initiative prioritizes Indigenous leadership, job creation, and skills development, empowering communities to control their energy futures.

British Columbia’s Zero-Emission Vehicle (ZEV) Mandate

British Columbia’s ZEV Act mandates that 100% of new light-duty vehicles sold in the province must be zero-emission by 2035. Incentives of up to $4,000 per vehicle, alongside expanded charging infrastructure, have helped B.C. achieve the highest EV adoption rate in North America, with nearly 21% of new car sales in 2023 being electric. The initiative is expected to reduce 1.3 million tonnes of GHG emissions annually by 2030.

Prairie Resilience Plan (Saskatchewan)

The Prairie Resilience Strategy, launched in 2017 in Saskatchewan, emphasizes adaptation over regulation. The strategy focuses on building resilience in infrastructure, communities, and natural systems. Key components include climate-smart agriculture, efficient irrigation systems, and sustainable land-use practices. By 2023, over 20 pilot projects had been implemented to test resilience frameworks in extreme weather and drought-prone zones.

Ontario’s Industrial Emissions Performance Standards (EPS)

Ontario’s EPS program, introduced in 2019, sets performance-based emissions limits for large industrial emitters. It replaced the federal output-based pricing system and is designed to align with industry-specific output rather than flat carbon pricing. As of 2023, it applies to over 270 industrial facilities, aiming to reduce emissions without harming competitiveness.

Yukon’s Renewable Energy Development Initiative

Yukon’s REDI (Renewable Energy Development Initiative) offers funding for Indigenous governments and communities to develop small-scale renewable energy projects. Since 2017, over $15 million has been allocated to projects including solar microgrids, wind turbines, and biomass systems. This initiative helps reduce diesel reliance in off-grid areas and supports local economic development.

Net-Zero Accelerator Initiative

Launched as part of Canada’s climate plan, the Net-Zero Accelerator allocates $8 billion to help large emitters reduce carbon emissions and transition to net zero by 2050. Funding supports innovation in clean technologies, battery production, carbon capture, and energy-efficient manufacturing. By 2023, over $3 billion had been committed to projects in the steel, cement, and auto sectors, targeting emissions reductions of 50 megatonnes by 2030.

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