Tag Archives: net zero

Rethinking Canada Tariffs On China EVs

Via friends at C.D. Howe Institute. A version of this memo first appeared in the Financial Post.

To: Canadian trade watchers 
From: Ari Van Assche 
Date:  August, 2024
Re: Canada’s Electric Vehicle De-Risking Trilemma 

With the recent wrap-up of Ottawa’s month-long public consultation on levying tariffs on electrical vehicles (EVs) made in China, let’s paraphrase a story Nobel Prize-winner Paul Krugman once used to explain the often under-appreciated benefits of free trade:

Consider a Canadian entrepreneur who starts a new business that uses secret technology to transform Canadian lumber and canola into affordable EVs. She is lauded as a champion of industry for her innovative spirit and commitment to Net Zero. But a suspicious reporter discovers that what she is really doing is exporting Canadian-made lumber and canola and using the proceeds to purchase Chinese-made EVs. Sentiment turns sharply against her. On social media, she is widely denounced as a fraud who is destroying Canadian jobs and threatening national security. Parliament passes a unanimous resolution condemning her.

Going the other direction: China is Canada’s third largest destination for agricultural products.

This story underscores a critical dilemma that should have been central in the public consultations.

Those opposing tariffs argue that trade is a potent yet undervalued tool in our fight against climate change: It provides Canada access to low-emissions technologies at increasingly affordable prices, which is essential for transitioning society away from carbon-intensive energy sources. In contrast, those in favour are concerned about supply security, fearing excessive reliance on our biggest geopolitical rival for low-emissions technologies. They warn against swapping the West’s age-old energy insecurity in oil for insecurity in the supply of critical minerals and EV batteries.

The $70,000 cad Polestar 2 EV produced by Volvo. In 2010, Geely Holding Group a Chinese automotive group bought Volvo.

Copilot AI

“As of now, the Chinese electric vehicle (EV) market is making strides globally, but in Canada, the landscape is still evolving: Tesla Model Y and Polestar 2: While not exclusively Chinese, the Tesla Model Y (which is produced in China) and the Polestar 2 (a subsidiary of Volvo, which has Chinese ownership) are currently the most prominent Chinese-made EVs available in Canada. These models have gained attention due to their performance, range, and brand reputation1.”

I examined some of the national security issues that have surfaced in the discussion surrounding supply chains for low-emissions energy technologies like EV batteries in my recent C.D. Howe Institute report.

After examining the various de-risking policies governments have implemented, including their downsides and unintended consequences, I conclude Ottawa probably should develop de-risking policies.

But it needs to apply them judiciously, prudently and rarely. And it needs to justify them with credible, detailed evidence regarding concerns about supply security and whether domestic industry really would be able to compete if market conditions were fairer. This will be important in upholding Canada’s reputation as a leading proponent of the rules-based multilateral system.

China’s role in the supply chains of low-emissions energy technologies does raise real security concerns. China has established near monopolies in several critical minerals and other components of EV batteries, solar panels and wind turbines. No ready alternatives are produced in other countries. For example, 79 percent of global production capacity of polysilicon, which is key for solar cell production, is in China. The next biggest producers, Germany and the United States, have difficulty competing with China’s high-quality, ultra-cheap polysilicon.

China’s monopolies create chokepoints that could enable its government to manipulate production to pursue its own geopolitical ambitions.

Precedents exist: China blocked rare-earth exports to Japan in 2010 and banned exports of rare-earth processing technology in 2023.

Several countries have started adopting de-risking policies to reduce their reliance on these Chinese chokepoints, usually either onshoring or friendshoring. Canada’s recent Critical Minerals Strategy is typical. It was designed in part to reduce this country’s dependence on foreign-mined and processed critical raw materials by, among other things, allocating $1.5 billion to support Canadian critical minerals projects related to advanced manufacturing, processing and recycling.

But these de-risking policies come at a cost.

Ottawa needs to carefully navigate a “policy trilemma” as it strives to formulate a policy agenda that simultaneously targets three goals: Advancing security, promoting low-emissions energy adoption, and capturing the benefits of trade for consumers and businesses.

Proposed steep tariffs on Chinese EV imports provide a good example of the trilemma.

They may well safeguard security by protecting a domestic production base. But they could discourage the uptake of EVs, which are already experiencing a slowdown in sales. Moreover, such unilateral action against China could escalate geopolitical tensions, thereby generating new risks, including Chinese retaliation. The path to effective de-risking is clearly fraught with trade-offs and requires careful navigation.

There is scant evidence that China is on its way to becoming a near-monopoly in global EV production itself, but it may seek to benefit from its near-monopoly in key inputs. The ultimate question that the government should answer is, therefore, whether the security concerns regarding these chokepoints, and more generally China’s willingness to compete fairly under these conditions, justify the costs and risks of higher tariffs. The burden on Ottawa is to provide concrete evidence to that effect before imposing an inherently costly tariff on Canadians.

Ari Van Assche is a professor of international business at HEC Montréal and Fellow-in-Residence at the C.D. Howe Institute.

Canada- Discarding Used Solar Panels in Landfills Poses Significant Pollution Risk

Global Affairs Canada is seeking a contractor who can present an environmentally friendly way to recycle solar panels.

Discarding Used Solar Panels in Landfills Poses ‘Significant’ Pollution Risk, Gov’t Says
A worker installs solar panels on the rooftop of a house in Pomona, Calif., on Oct. 19, 2023. (Mario Tama/Getty Images)

Via friends at the epoch times. Landfilling of used solar panels poses a “significant” pollution risk due to toxic chemicals potentially leaching into groundwater, a government document says.To solve this issue, Global Affairs Canada is seeking a contractor who can present a cost-effective and environmentally friendly way to recycle solar panels, according to a July 23 notice on the government website.

“Solar panels have valuable materials, including critical materials such as aluminum, tellurium, and antimony as well as gallium and indium in some thin-film modules, which are currently not being recycled once the panels reach their end of life,” said the notice posted by Global Affairs Canada.

Solar panels and renewables are part of the federal plan to get to net-zero greenhouse gas emissions by 2050, the government says. As more and more panels are used, however, Ottawa needs a plan to recycle them in order to reduce the pollution risk.

The government has earmarked $1.15 million CAD for the contract.

“As the photovoltaic market grows, both for public and private use, the volume of end-of-life solar panels will also grow, which will result in significant pollution risks,” the website notice says.

“The overall environmental impact of solar panels is much higher if they are dumped in landfills, where hazardous chemicals and heavy metals can leach into groundwater.” For the Silo, Chandra Philip.

Chandra Philip

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‘Dirty Secret’: Made-in-China Solar Panels Produce 3 Times More Carbon Emissions Than UN Claims: Study

‘Dirty Secret’: Made-in-China Solar Panels Produce 3 Times More Carbon Emissions Than UN Claims: Study

Solar Panel Waste Predicted to Hit 1 Million Tonnes by 2030: Australian Research

Solar Panel Waste Predicted to Hit 1 Million Tonnes by 2030: Australian Research

As part of the contract, proposals must ensure that all materials removed from the solar panels are free from contaminants like metals and radiation. Contractors are also required to manage the toxic chemicals from the panels, like lead and cadmium, ensuring they will not be released into the environment or cause health risks to humans.

Solar panels also contain some key elements that are worth recycling and reusing, the website says.

“These individual materials are often a part of the devices that Canadians use every day such as smartphones and computers,” Global Affairs says. “As such, recycling these materials should provide significant economic, environmental, and social benefits.”

Solar panel recycling can also reduce the need for critical mineral mining, an activity that has extensive negative environmental and social impacts, the government notice says.

The way solar panels are constructed, however, can make it difficult to separate and recycle these valuable materials, Global Affairs says.

“Separating those materials and uniquely recycling them is a complex and expensive process as opposed to the cheap method of discarding the entire panel into a landfill,” says the website.

Global Affairs says it wants a “scalable and cost-effective” recycling solution that can be used for solar panels at any time during their lifecycle: production, use period, and end-of-life stage. The agency says it may give out multiple contracts to help solve the problem.

World Economic Forum to Accelerate Multistakeholder Climate Action at COP28

The World Economic Forum will advance multistakeholder initiatives for enhanced climate solutions at the 28th Conference of the Parties of the UNFCCC. The Forum will focus on key priority action areas including industry decarbonization and net zero, energy transition, food, nature and innovative finance.COP28 takes place from 30 November to 12 December 2023 in Dubai, United Arab Emirates, and serves as an urgent call to action to the global climate crisis.Learn more about the Forum’s work at COP28 here.

Geneva, Switzerland, November 2023 – The World Economic Forum will convene heads of state, ministers, business leaders, philanthropy and civil society to advance climate action at the 28th Conference of the Parties of the UNFCCC (COP28) at the Expo City Dubai, in Dubai, United Arab Emirates. The Forum’s focus at COP28 is to address priority action areas including industry decarbonization and net zero, energy transition, food, nature and innovative finance.

“We have to take a holistic approach to address the environment crisis, with people at the heart of the agenda, focusing on restoring and protecting nature ecosystems, strengthening community resilience in the face of water stresses and extreme temperatures, while stopping the pollution of our land, sea and water,” said Gim Huay Neo, Managing Director, World Economic Forum. “Fostering a sense of inter-dependence, mutual trust and support as well as active collaboration between governments, the private sector, philanthropy, civil society and communities is needed to build a more harmonious relationship among communities and with the planet. COP28 is an opportunity for the World Economic Forum to provide a platform for multistakeholders to take stock on progress, enhance partnership efforts and explore new ideas and solutions together to safeguard our global commons.”

The discussions in Dubai will build on outcomes from the Forum’s Sustainable Development Impact Meetings 2023, which reflected on progress made on the Sustainable Development Goals (SDGs) and created momentum in addressing the climate and nature crises and advancing an inclusive energy transition.
 
As part of the COP28 programme, the Forum will hold several sessions aligned to the meeting’s thematic areas. Most of the sessions will take place at the COP28 Blue Zone, which is accessible to UNFCCC-accredited media.
 
Insights and initiatives
 
The following Forum announcements and publications will be released at COP28.
 22 Nov.: Net Zero Industry Tracker 202322 Nov.: Financing Energy Transition Projects with Industrial Clusters in Europe26 Nov.: Biodiversity Credits: Demand Analysis and Market Outlook27 Nov.: Biodiversity Credits: A Guide to Support Effective Use29 Nov.: Launch of Scope 3 Action Plan from the Alliance of CEO Climate Leaders29 Nov.: Navigating Article 6: Opportunities for the Middle East and North Africa30 Nov.: Grassroots to Boardrooms:Social Innovation Partnerships for Climate Adaptation30 Nov.: Catalysing Climate Action in Asia: Unlocking the Power of Philanthropic-Private-Public Partnerships30 Nov.: Policy Action to Mobilize Climate Finance and Market Responses 1 Dec.: Taking Stock of Global Business Efforts on Adaptation4 Dec.: Joint Communiqué: CEOs from the Leaders for a Sustainable MENA Sign Joint Letter to Pledging Net Zero by 2050 and to Reduce 200MT CO2 Emissions by 20304 Dec.: Roadmap for Enabling Measures for Green Hydrogen in the MENA Region4 Dec.: Fuelling the Future of Shipping: Key Barriers to Scaling Zero-Emission Fuel Supply5 Dec.: Circularity in the Built Environment: Maximizing CO2 Abatement and Business Opportunities5 Dec.: Using a People-positive Approach to Accelerate the Scale-up of Clean Power: A C-Suite Guide for Community Engagement Find more about World Economic Forum insight publications here.

The World Economic Forum, committed to improving the state of the world, is the International Organization for Public-Private Cooperation. The Forum engages the foremost political, business and other leaders of society to shape global, regional and industry agendas. (www.weforum.org).

Canada Take Note: UK Needs Hydrogen to Achieve its Net Zero Goals?

The UK Hydrogen Strategy estimates that to meet Net Zero aims by 2050, hydrogen will make up 20-35% of the UK’s final energy demand (250-460 TWh a year). Hydrogen therefore has a critical role to play in the decarbonization of industry, power, heat and transport.

Yet in this recent report, the UK Hydrogen Champion found that there is a need for greater clarity on upcoming policy decisions for hydrogen users, the funding available and overall delivery of the hydrogen roadmap to 2030 and beyond. Is the UK (and for that matter what about here in Canada? CP) really doing everything it can to maintain momentum and realize hydrogen opportunities?

Tevva’s area of expertise – transport – will have a critical role to play in the United Kingdom’s decarbonization goals. Worldwide around a fifth of CO2 emissions comes from trucks, and both McKinsey and the Hydrogen Council believe the most competitive use of hydrogen lies in decarbonizing trucks. Trucks using batteries or hydrogen fuel cells instead of diesel engines will indeed need to make up the vast majority of new sales by 2040 under plans to reduce CO2 emissions from medium- and heavy-duty vehicles. Yet only around 700 trucks that run on batteries or fuel cells were sold in Europe last year – about 0.2% of the total.

The good news is that the economics of owning and operating electric and hydrogen trucks, their total cost of ownership or TCO, are improving rapidly. And with diesel truck prices set to increase with Euro 7, electrification of our sector could happen sooner than previously thought.

Yet there are still serious challenges around the lack of hydrogen refueling stations and the fact that most fleet operators have no experience of hydrogen, in addition many hydrogen suppliers have no experience of truck fleets.

As an early adopter and developer of hydrogen technology, Tevva is playing an important role in demonstrating the potential for hydrogen electric trucks. We showcased our concept prototype 7.5t and 19t hydrogen electric trucks at the IAA in Hanover last year and have been encouraged by the high level of interest in these dual energy vehicles.

In January we took the 7.5t prototype on a ‘border run’ to Berwick-on-Tweed, England’s northernmost town. On the way up we stopped at an Element 2 refueling station in Teesside, and the return journey saw us cover almost 350 miles without needing to stop at all. This was made possible by the truck’s hydrogen fuel cell which tops up the range-extended vehicle’s lithium battery when needed.

Still, there is an urgent need for a more comprehensive hydrogen refueling network in the UK, and the speed and scalability of hydrogen refueling systems will be crucial to adoption while keeping costs under control. Element 2 is doing great work in this space. They are in the process of putting a skeleton network in place with 100 miles between each refueling station, giving confidence to any haulage company that is considering hydrogen electric trucks.

Today the UK has pockets of Megawatt (MW)-scale hydrogen activities that are evolving alongside ambitious proposals for Gigawatt (GW)-scale low carbon hydrogen clusters by 2030. Learning from initiatives in Europe, Asia and North America, as well as the UK’s own experiences, coordination is vital to minimize costs and maximize the benefits of hydrogen infrastructure. The opportunity is now for UK central, regional and local Government bodies and industry to plan and invest jointly to grow hydrogen transport systems holistically.

The UK does have a supportive and growing hydrogen ecosystem with many public bodies, new and established companies, universities, and others building their hydrogen capabilities and strategies. However, the experience of individual organizations and maturity of cross-industry collaboration in dealing with hydrogen systems is typically orders of magnitude lower than for traditional fossil fuel systems. Therefore, in the short term early adopters need more support to overcome the limited infrastructure and complexity of supply chains, higher unit costs, and long or uncertain lead times for hydrogen products and services.  

As low-carbon hydrogen becomes cheaper and more widely available, hydrogen refueling has the potential to become as simple as diesel refueling is today. We are committed to making hydrogen convenient, affordable and sustainable for truck fleet operators. Achieving the UK’s net zero goals depends on it. For the Silo, Harsh Pershad, Head of Hydrogen at Tevva.