:
Good afternoon, everyone.
I call this meeting to order.
Welcome to meeting No. 65 of the House of Commons Standing Committee on Industry and Technology.
[English]
Pursuant to Standing Order 108(2) and the motion adopted by the committee on Monday, November 28, 2022, the committee is meeting to study the development and support of the electronics, metals and plastics recycling industry.
Today's meeting is taking place in a hybrid format, pursuant to the House order of Thursday, June 23, 2022. I'm happy to report that for the first time in a long time everyone is here in Ottawa, and all of our witnesses are here. It feels like 2019 all over again. It's good to have you.
[Translation]
I'm very happy to have you.
I would like to thank the witnesses for participating in this exercise.
So today we have Sheryl Groeneweg, Director General, Advanced Manufacturing and Industrial Strategy Branch, and Patrick Hum, Senior Director, Advanced Manufacturing and Materials Industries Directorate, both from the Department of Industry.
We also have Kimberley Lavoie, Associate Assistant Deputy Minister of Mineral Policy and Critical Minerals at the Department of Natural Resources.
And last, we have, from the Department of the Environment, Megan Nichols, Associate Assistant Deputy Minister, Environmental Protection Branch; Dany Drouin, Director General, Plastics and Waste Management Directorate; and Leah Canning, Director, Policy Priorities, Strategic Policy Branch.
Thank you for taking the time to come and meet with us and tell us about the subjects we are studying.
Without further ado, the floor is yours for five minutes, Ms. Groeneweg.
[English]
Good afternoon.
Thank you for the opportunity to appear before the committee in support of its study. I'm pleased to appear here with colleagues from Environment and Climate Change Canada; Innovation, Science and Economic Development Canada; and Natural Resources Canada.
The circular economy provides an alternative and more sustainable framework for the design, production and consumption of products and materials. It keeps them in the economy and out of landfills for as long as possible. That's all in support of the Government of Canada's efforts to tackle climate change, biodiversity loss and pollution, while creating opportunities for clean growth and job creation.
As such, the Government of Canada has embedded circular economy principles into policies and initiatives across a variety of sectors, including food waste, mining and minerals, home appliances and electronics, and plastics.
[Translation]
More specifically, I am going to talk about the approach taken by the Government of Canada to supporting the transition to a circular economy for plastics. My colleagues will address the other components of your study.
[English]
Improving the way we manage plastic waste can reduce plastic pollution and carbon pollution, retain the value of plastics in the economy, and generate new revenues and jobs. In support of this, we've set an ambitious Canada-wide goal of zero plastic waste by 2030 and announced over $275 million to support its achievement.
However, we know there are challenges to overcome. These include the cost of recycled plastics and the lack of economies of scale, especially compared to new plastics and the costs of landfilling; weak end-markets for recycled plastics due to limited supply and demand for these products, and their uneven quality; and low collection and recycling rates due to a range of factors, such as contamination and lack of infrastructure.
[Translation]
The approach taken by the government for meeting these challenges applies at each stage of the life cycle of plastics and follows the hierarchy of waste management. At the top of that hierarchy, measures for preventing and reducing waste are the most effective and often cost less and have environmental benefits. They are followed by reusing and repairing, remanufacturing and refurbishing, recycling, and, last, burying.
[English]
In Canada, this is a shared responsibility. The federal role in supporting the transition to a circular plastics economy rests in the government's market levers and environmental protection authorities. Downstream collection and disposal is the purview of the provinces and territories. Many have regulated producers of plastic packaging and electronics to require them to pay for the collection and recycling of these products through extended producer responsibility regulations. Municipal and regional governments manage public landfills and implement bylaws to increase waste diversion.
[Translation]
The federal government works closely with the provinces and territories, under the aegis of the Canadian Council of Ministers of the Environment, to implement the Canada-wide Action Plan on Zero Plastic Waste and the strategy that accompanies it.
[English]
The CCME action plan contains a broad range of activities, from improving plastic product design to supporting reuse and repair, establishing consistent extended producer responsibility programs across the country, providing support for infrastructure to recover and recycle plastics, and developing standards for recycled content in plastic products.
In addition to collaborating with provinces and territories, the federal government is taking measures to achieve our zero plastic waste goal through innovation, regulations and collaboration with other actors. We have banned certain single-use plastic items where they are harmful to the environment and difficult to recycle. We have committed to requiring labelling of recyclable and compostable plastics to reduce confusion and improve recycling and composting outcomes. We have committed to implementing minimum recycled content requirements for plastic packaging to strengthen end-market demand and supply, and we have launched work to achieve a recycling rate of 90% for plastic beverage containers.
Canada continues to work with other countries as well to tackle plastic pollution. We are advocating for an ambitious, legally binding international agreement to address waste and pollution. If these negotiations are successful, plastic markets around the world will be under even greater pressure to become more circular.
[Translation]
Thank you for giving me the opportunity to talk with you today.
[English]
I look forward to answering your questions.
:
Thank you, Mr. Chair, for the opportunity to appear before committee today.
Critical minerals are the base inputs to electric vehicle batteries and advanced manufacturing sectors, including clean energy, information and communications technology, and defence applications. The demand for critical minerals is forecast to skyrocket in the years ahead.
[Translation]
In December 2022, Minister announced the Canadian Critical Minerals Strategy, with an overall goal of stimulating the development of Canadian critical mineral value chains—from exploration and research through to full-scale production, to recycling.
Representing the largest single investment that the Government of Canada has ever made in mining, the Canadian Critical Minerals Strategy includes the circular economy as a key tenet of supporting economic growth and competitiveness.
This commitment to a circular economy is also reflected in the Canadian Minerals and Metals Plan—a pan-Canadian policy framework to boost the competitiveness of the entire minerals and metals industry in this country.
[English]
Circular economy approaches will be essential to meet the material requirements of a low-carbon transition and ensure the long-term competitiveness of Canada's minerals and metals sector in meeting those requirements.
The Government of Canada is committed to helping embed circular economy principles into our sustainable mining practices, both here at home and on the world stage. For example, Canada announced the creation of the sustainable critical minerals alliance at COP15 in December 2022, which includes a commitment to building a circular economy.
[Translation]
And we are making progress. Canada is already a leading recycler of a number of minerals and metals including iron & steel, aluminum, scrap copper, lead, nickel and zinc, through our existing smelters and refining capacity. As first generation clean technologies like wind turbines and solar panels reach their end of life, new economic opportunities to recycle will emerge.
[English]
Further, the sector continues to innovate. Some of the leading practices the Canadian mining and minerals industry is undertaking here in Canada include CVW CleanTech, extracting titanium and zircon from oil sands tailings; Geomega recycling, building an alumina waste-processing plant and active in rare earth magnet recycling; and Li-Cycle, scaling up their lithium-ion battery-recycling facility in Kingston from 5,000 tonnes to 10,000 tonnes per year and expanding globally into France.
These are important examples to bring the concept of a circular economy to life and to demonstrate how it connects to economic activity and prosperity for our communities.
[Translation]
We are actively developing policies and working with provinces and territories on the regulatory frameworks to encourage more circular solutions.
Where supply chains are nascent or developing in Canada, as in the case of rare earth elements and battery materials, we may provide funding where this can help advance solutions and development.
[English]
We also develop science and technology policy more broadly. As well as conducting research and development, NRCan—Natural Resources Canada—leads the “mining value from waste” initiative, which is part of our ongoing green mining innovation research.
[Translation]
Governments can also play a role in de-risking technology adoption through initiatives like the Critical Minerals Research, Development and Demonstration program where Natural Resources Canada is supporting industry, including in the areas of recycling and from alternative sources.
[English]
I hope these examples of the innovative work happening on critical minerals and circular solutions to support the clean energy transition will inform the committee's thinking on approaches being undertaken in this important area.
[Translation]
Thank you.
I would be happy to take questions from members of the committee.
:
Thank you very much, Mr. Chair.
ISED's mandate is to improve conditions for economic investment, enhance Canada's innovation performance, increase Canada's share of global trade and ensure a fair, efficient and competitive marketplace. The department has a purview across a wide range of industrial sectors: steel, aluminum, chemicals, plastics, textiles and apparel, critical minerals, clean technologies, automobiles, aerospace, space, marine, digital, AI and quantum. It's quite a wide swath of the economy.
The composition, performance, pressures and opportunities facing these sectors are essential to setting the strategic direction for Canada's economic future. As ISED undertakes its work, there is recognition that, globally, there is an ever-increasing emphasis on industrial policy that sees competitive advantage in the transition to a low-carbon economy, and recycling as an economic advantage and, furthermore, an industrial policy pillar. There is a drive to spur on innovation and develop technologies that create new market value and are considerate of robust supply chains and resiliency.
In this context, ISED is active in areas related to circularity, particularly when it comes to emission reductions and industrial transformation. For the work of this committee, this includes areas such as critical minerals recycling, and innovation and development of the advanced materials necessary for Canada's clean technology and manufacturing industries. For example, with the growing demand for electric vehicles, Canadian companies continue to pursue advantage at the forefront of R and D. This includes considering how best to enable the sustainable recovery of critical minerals from spent electric vehicle batteries.
Across Canada's industrial sectors, companies are actively exploring and implementing disruptive changes to the ways in which they do business as the world transitions to a low-carbon economy. Through existing direct-funding programs, including the strategic innovation fund, the department is supporting projects that exemplify Canada's domestic orientation for industrial transformation towards a greener economy.
For example, with funding delivered through the Canadian critical minerals strategy, the SIF provided $222 million in support of a $737-million project with Rio Tinto Fer et Titane. This project aims to recover scandium from existing waste streams and promotes a circular economy approach, while also growing Canada's critical mineral production capacity for strategic industrial sectors.
SIF and the Canada Infrastructure Bank also provided $820 million in federal investments to ArcelorMittal Dofasco and Algoma Steel to support both producers in transitioning from coal-fired steelmaking to scrap-based electric arc furnace steel production in Sault Ste. Marie and Hamilton, Ontario, respectively.
Greater reliance on circularity, particularly in recycling, reuse and repair, has the potential to alleviate supply chain pressures that are persistent in the postpandemic global context. Both in Canada and around the world, a growing number of companies are looking at different ways to harvest key inputs, including critical minerals like lithium, neodymium, gallium, graphite, aluminum and copper, from post-consumer products. Some companies operating in this space are already processing 100,000 tonnes of recycled materials annually. This includes materials vital for Canada's emerging battery-manufacturing ecosystem, where new business models that promote circularity are just beginning to emerge now.
As the committee explores the topic of circularity and recycling, I would like to mention several market failures that are preventing widespread adoption in the deployment of recycling across industrial sectors.
For example, in many sectors, the cost of recycling—including collection, sorting and processing—is high. It is challenging for companies to grow and scale operations to a point of profitability, particularly when they are competing in the context of international markets. In many manufacturing sectors, it is often significantly cheaper to source new materials from overseas, many of which have a higher carbon intensity. Many recycling processes also require significant volumes of energy or need to be conducted at a scale the infrastructure across the country cannot currently support, such as in the case of plastics.
As well, I will point out that the complexity of the shift to a circular economy, particularly when considering a broad spectrum of products like electronics, metals and plastics, cannot be overstated. There is appreciable diversity within all industrial areas, each of which is facing particular challenges and opportunities that must be understood within their unique sectoral contexts.
With this understanding, ISED continues to support the government in advancing its circularity and climate objectives. The department's breadth of regulatory, legislative, policy, and program tools are available in support of these goals.
As the work of this committee continues, I would encourage you to speak with representatives from a broad range of sectors to understand the unique circumstances of different industries.
Thank you. I look forward to your questions.
[English]
My first question is for Kimberly Lavoie. It was a pleasure having you in Sudbury and seeing you again at PDAC earlier this month.
We talk a lot about critical minerals and the need for us to ramp up critical minerals. We've identified that there are really only three ways to do that: opening up new mines, ramping up existing mines or looking for minerals through some waste products. Experts, including the International Energy Agency, have suggested that recycling e-waste could alleviate pressure on critical mineral extraction, since most e-waste is made up of several minerals, including critical minerals.
Can you tell us what initiatives Canada has put in place specifically to reuse critical minerals in e-waste?
Then I have a second part to my question: What steps should Canada take to recover more of the high-value materials that are found in e-waste, such as iron, copper and gold?
Thank you very much for the question. I'm going to read my prepared answer, and then we can get into some more specifics on the question you have.
E-waste is both an environmental waste management issue, given the volumes that exist, and an economic opportunity for Canada. I'll note that provincial governments are the lead in regulations and legislation regarding e-waste. That's a very important factor in terms of how that's managed in the Canadian ecosystem, although I would note that there are federal levers related to the treatment of certain toxins in metals, such as mercury, lead and arsenic.
ISED has taken an important role in helping to ensure the longer life of electronic goods by diverting electronic waste from landfills. One example I can describe is the computers for schools program that we have. Through diverting computers that are no longer in their first life of use, they can be taken to another, second life for lower-income people or schools, etc.
There continues to be a significant volume of e-waste in Canada, and that moves through the recycling industry. Businesses in the recycling industry that specialize in the safe disposal of e-waste ensure that components, from plastics to valuable metals, are disposed of properly and re-enter supply chains as recycled content. However, not all recycled inputs have the same value, which impacts the demand for these recycled materials.
In essence, we have a very nascent, burgeoning recycling of e-waste sector, if you can even call it a sector. In some instances, the products of e-waste might go to various offshoots or key inputs of other parts of the manufacturing system. It's quite dependent, as I said in my opening remarks, upon the ability of those products to be absorbed into the manufacturing sectors for which they could become part of the circular economy.
I hope that somewhat answers your question.
I would like to thank everyone. I'm happy we have been able to begin this study. I think you have all laid the groundwork very well, as have our analysts.
I initiated this important work at the Standing Committee on Industry and Technology because I believe in the importance of critical and strategic minerals, in particular, in the energy transition. I also believe in the importance of the circular economy in this regard, something we are hearing about more and more, both in the various government publications and in what industry representatives are saying.
I think my colleagues would agree with me that what we also want is to see more predictability, transparency and honesty in everything relating to this challenge connected with recycling. We want to highlight the work to be done to strengthen the implementation of this circular economy. We want to see our things being transformed instead of seeing them just retired when there are still good quality inputs that could be used in manufacturing other items.
I wanted to tackle this study a few months ago now because I think the recycling industry is part of the solution and the extraction and transformation of critical and strategic minerals also presents challenges in terms of social acceptance.
I come from Rouyn-Noranda. You have all heard about the problems connected with the Horne Foundry. Those problems have definitely divided our community and had an impact on social harmony. We can never play with people's health. The main factors affecting health, public health and the environment were obviously the responsibility of the Government of Quebec, and I think it was important for it to table its plans before we started a study like this one.
How do you see the question of social acceptance in a context like that?
Mr. Guilbeault had announced that the federal government—more specifically, the Department of the Environment—had asked questions and requested a study.
What is this study that was requested?
What comments and recommendations, if any, do you have?
:
As we look at the work that's being done in the critical mineral space, it's very much a balance between economic opportunity and environmental protection. We work very closely with our colleagues at Environment, and we work very closely with our colleagues at Industry, to look at how we can achieve that balance.
The particular situation in the Horne smelter is one that is incredibly unfortunate. It's an old smelter. It's one that has been around for a long time, but it is the only one in North America that is currently recycling copper, and it's recycling e-waste as well. The objective that we are looking towards is how we can allow that smelter to continue to do its important work while still protecting human health. That's the work that's happening with Environment, with Health Canada, with the province, and actually Glencore itself. They have agreed to put in measures. They are putting $500 million into cleanup measures to reduce the emissions, and they have set a target to do that.
I think if we all work together, we can certainly reduce the environmental impacts, improve the outcomes for human health, and still ensure that we achieve our recycling and smelting objectives.
:
That's a very good point. I do think that industry has a huge role to play in this work, and Glencore is no exception to that. They are a key tenant in the minerals industry in Canada, both in Quebec and in Ontario, in Sudbury in particular.
I think that if we all roll up our sleeves and look at the art of the possible with respect to embracing new technologies that can clean up the emissions that are coming out of that factory, that refinery can actually be part of the solution on a go-forward basis.
As we are looking to mine more copper, which we need for everything.... For every light we have, the electricity runs through copper. If we don't have that smelter capacity, then we actually have no choice but to export that raw material and not have the value chain in Canada. In order to do that, we need to work with industry to help them be able to reduce their emissions, be able to achieve the targets they need to achieve so that people can have long, happy lives as well as good-paying jobs, and be able to achieve our shared objectives.
Thank you to the witnesses.
If I pop out, it's because I'm going to get my phone, which broke, and then my glasses broke. These are 15 years old, so I can't see you. If I'm squinting at you, it's not because I don't believe you.
Mr. Vis had a good question with regard to the exportation of plastics and so forth. It was really embarrassing, I think, for a lot of Canadians when we saw what took place in the Philippines. I want to follow up on that.
Are you making assurances here for us today that, if it goes to the United States...? I'd never thought about what Mr. Vis just brought up, which is that we could do indirectly what we can't supposedly do directly now. I believe that—I'm just going by memory now because I dealt with this file—we didn't sign all the international agreements on plastic dumping into developing countries and other countries.
Can you perhaps give me an update as to those two things? I think there was a side agreement—it starts with a B—to stop some of that, and I'm not sure if Canada signed that. Can you also talk about what Mr. Vis raised with regard to sending it to the United States, maybe to Mexico or some other place—it doesn't matter where—to end up somewhere else that we can't track?
:
Okay, but there's no real audit. This gives me a lot to think about and follow up on.
Quite frankly, I know of one country that was accepting Canada's waste and whose leader bragged about throwing somebody out of a helicopter. We have more Canadian waste going there. Later on, they complained about it.
What I'm looking for is this: What would the best process be for Parliament to further follow up, if some of us felt there was still a bit of weakness in our ability to track what we're actually sending overseas, which can often end up in the oceans or in other places?
I have a long history with microbeads. We moved on that. I give the Conservatives credit for that. It was an NDP motion—thank you, NDP—but it was Stephen Harper who enacted the motion. It could have been dismissed, but it was actually implemented by Stephen Harper, at that time. I give them credit for that.
How can we move on this with a bit more accountability?
:
Thank you so much for that question. I'll attempt to answer your question by taking some real examples from a sectoral basis.
I'll take steel, for example. Steel is a highly recyclable material. We're very fortunate in Canada to have a very strong and advanced steel manufacturing sector. Steel is decarbonized by using scrap, so the recycling becomes part of a business opportunity and a market share opportunity going down that path. It's heavy. There are transportation considerations in acquiring steel scrap. There's likely going to be a global constraint on scrap availability as the world's steel production goes towards scrap metal usage. In some ways, that sector is contending with some countries that are putting in place export barriers to scrap, for example, from their waste streams.
Let's take plastics as an example. There are high energy costs to process plastics for recycling. I think there are technological barriers in terms of, for example, how to use plastics in a food context, where you must have certain standards for use in food packaging. The world is starting to solve that problem but is not quite there. It's about filtering the plastics that are good for that and filtering out those that are not, and then ensuring that there's the chemical process involved.
In Canada, is the plastics recycling stream sufficiently oriented towards feedstocks for any endeavour that would use recycled feedstocks to transform plastic into other manufactured products? That could have barriers, for example, on a province-to-province basis. Again, as I said in my opening remarks, the provinces tackle that in unique ways, and they have features they have built up within their systems.
There are means by which we could use, for example, by-products from the forestry sector as an input fuel, as an energy resource. Biochar is a good example of that. On the cost input to using biochar as a new energy resource that could go into a sector that needs high heat values to transform streel, for example, the cost of the input is not such that it's competitive with the alternative that might be currently used. Often, there's a cost price consideration; that dynamic means the market hasn't really picked up that signal yet.
Then, I would say, there's scale. Scale becomes a feature whereby unless the input sector has reached a sufficient scale—and therefore has a cost consideration as to how viable it would be as an input or a long supply chain as a consideration—the market failure means that the private sector, the market, is not necessarily readily picking that up on its own. Market failures are very important to recognize, and then we can figure out how to address them. That's sometimes why you see governments coming into play to incentivize, either through regulation changes or through funding mechanisms, to add a sweetener to businesses that are changing into a new business model.
Those are a few examples, but honestly, on a sector-by-sector basis, it's so particular.
:
In Canada, there is a code governing Canadian foundries.
What are the Canadian government's objectives when it comes to arsenic emissions, for example, and how does that compare to other countries in terms of the standards applied, in particular to the Horne Foundry?
If there are differences with the other provinces, how do we explain them?
Has the code been updated recently?
In terms of regulations, what is the impact of new knowledge and new data about toxic emissions and what is the impact of base metals on the regulations?
I would like those documents to be provided to the Committee, if that is possible.
The last aspect we should address in connection with this industry, in my opinion, is obviously the question of recycled products. I believe that a tiny portion of recycled products in Quebec and Canada is sent to the Horne Foundry. For example, we know that products from Silicon Valley will end up there.
How could we increase the volume of electronic waste and metals that end up there? In my opinion, it would be in our interest to do that. The more products we recycle, the less we will depend on complex concentrates to get the same volume of products.
At the same time, this waste that is to be recycled, which comes from electronic parts, in particular, contains silicon components, paint, and toxic elements. What impact does that have on product recycling and on the environment? There seems to be a disconnect between the standards and their effects on the environment.
In other words, can we increase production of anodes or copper by mandating that a larger volume of electronic products be recycled?
What it often comes down to is money. I get the feeling that it costs less to go international, and that corporations—often private corporations—will make more money by buying products and exporting them internationally rather than keeping them here. That means we also lose the resource.
:
Thank you so much. That's a very important line of questioning. Hopefully, I'm answering your question as directly as I can.
The demand for copper is going to be quite a bit bigger—even conservative estimates are very strong. The world has to consider all avenues for access to copper, including through extraction and then refining virgin copper from the earth, as well as what has already been extracted and transformed into some manufactured product, and then the recycling of those.
There will be differentials around the world in terms of how this is approached. In Canada, we are very fortunate to have natural resources and the ability to extract and process, etc. There are countries that are not as fortunate as Canada. They are looking very hard at how to recycle what they have within their borders now and where to get access to greater post-consumer product recycling. I would imagine that those approaches will put farther ahead the ability for recycling to be a more viable economic way in which to do this.
It's not absent right now, of course. You know that the Horne foundry is accepting recycled material and is processing that. It's a very important part of what it does. It does both. It takes virgin copper and it takes recycled content. I would see more of both things happening around the world, and I would see Canada having a very important role in how this plays out as well.
:
He's not here. I'm ready to go.
Thank you.
There are six of you here, so I'm sure one of you can answer my question. I'm trying to understand the extended producer responsibility, because the latest statistics we have in our possession show that Canada has lagged way behind the Europeans in the collection of e-waste. In fact, Sweden is at 70%, and Canada is at 14%. Mr. Drouin, I think you're coming up with some additional stats on this, but that is not a pretty picture to paint for Canadians. We're laggards in that area.
My understanding of extended producer responsibility is that those very manufacturers of the products that end up being waste, which those manufacturers profit from, are responsible for the eventual recycling or at least collection of that waste. Do I have that correct so far?
All right. I see you nodding. Thank you.
Yet, we're at 14% in Canada. These manufacturers, by the way, charge fees to consumers, to their customers. At some point in time, to obviate the responsibility of the consumer to do all the recycling, the manufacturer gets paid for this, yet it doesn't appear that the producers are actually doing the work they have been paid to do. I'm obviously missing something in that equation. Can someone explain to me EPR and the degree to which manufacturers are actually responsible for recycling e-waste?
:
We'll give you a better seat.
Thanks to the witnesses for all their time and all the work they do in the departments every day. I'm extremely grateful. All of us are.
Ms. Lavoie, I'll start with you.
We've heard a lot today about the critical minerals strategy and the importance of critical minerals in all kinds of things, from electric vehicle batteries to defence and telecommunications. The list is long. The demands are great. As we progress into this future, we have to figure out ways to mitigate the pressure on extraction and all the geopolitical, environmental and social complications that come with that. We have to really turn to recycling and using what we have out of the ground already.
I just wonder if you could provide to us what you know of the programs. Which programs are in place now in Canada? What are we doing in Canada right now to extract critical minerals from e-waste and then reuse them?
:
Canada is doing some really interesting work, actually. We have a program that is running through the CanmetMINING system in the federal government in partnership with industry and academia. It's called “mining value from waste”. It is really looking at old mines and the tailings of those mines, which contain many tonnes—in some cases, hundreds or thousands of tonnes—of material that is actually usable, particularly in the critical minerals space.
We're looking at extracting the nickel and cobalt that we need for those batteries that we're all looking to put into our vehicles and our storage. We are looking at how we can get those from those waste streams.
It's also a double bottom line because those tailings ponds need to be managed into perpetuity. If we look at extracting value from those tailings ponds, we can also, at the same time, look at environmental remediation to help clean them up. It becomes a source of valuable metals, so it's also an economic opportunity because it creates jobs. It's also improving the environment, which is absolutely a win-win scenario.
There's work that's being undertaken in that space. That work is accelerating as we move forward and recognize that we need to find ways to do more than greenfield mines and look at breaking new ground.
There's also existing technology and new technology that's being developed every single day that allows us to extend the life of current mines. Mines that normally would have a 25-year mine life are now being extended to 35 or 50 years. There's technology that allows people to go deeper, to find new pockets under the ground and to use remote technology so that there's no threat to human life and workers don't have to be in those confined spaces as you go deeper. You can get the ore out of the ground without creating a larger footprint. Both of those are great opportunities.
I mentioned the research, development and demonstration program. That program is very much working with industry to look at innovative approaches to the mining sector. That includes things like recycling and repurposing tailings.
:
I'll just add to what Kim mentioned about programs.
The $1.5 billion that was identified in last year's budget to go to the strategic innovation fund for critical minerals also includes a recycling incentive. If there are projects related to some sort of recycling in the critical mineral space, then that would qualify.
That's just to make sure there's a more comprehensive answer to that.
At this time, there's nothing yet on the standardization. It's a very good question. This is a very nascent part of the new development of a brand new sector within Canada and the world.
It's complicated. Let's just take batteries alone. You have to separate the plastics—and the kinds of plastics they are—from the various component parts that could all go off into different new production streams. There are some companies that are getting into this space, not just in Canada but elsewhere, because there is a market opportunity there. Standardization is definitely an interesting policy option worth considering.
I would imagine that this would require a global effort, though. You'd be out of step with the world and it makes it less effective and less considerate of how value chains actually function.
:
I would like to thank all the witnesses for being with us today.
My mother always told me: "Nothing is lost, nothing is created, everything is transformed." What is created on planet Earth therefore stays on planet Earth and is recycled—or so we hope, in any event.
I was the mayor of La Pocatière for four years, from 2005 to 2009. During those years, the Government of Quebec announced a policy calling for all biodegradable material to be recycled or transformed.
That said, 18 years later, 50 per cent of that material is being recycled or transformed. Initially, the deadline was 2015, which was then pushed back to 2020. Today, the target date is 2025. It might even get pushed back to 2030 or 2035.
So at the time, new objectives were set. However, as set out in the document entitled "Greening Government Strategy: A Government of Canada Directive," the Government of Canada committed to diverting at least 75 per cent by weight of plastic waste from landfills by 2030. That is six and a half years from now.
I asked my friend ChatGPT to get me some data. According to that controversial robot, in 2019, in Quebec alone, ten per cent of plastic material was recycled.
I am ordinarily a very optimistic man, but would it be a bit too optimistic to think we will be able to recycle 75 per cent of plastic material in Canada by 2025?
This is 2023, I would remind you. So that is in two years. Personally, I think it is impossible.
So what would be a genuine, realistic strategy?
I repeat: 2030 is in six years. I don't believe that in six years we will be recycling 75 per cent of all plastic in Canada—not because I don't want that to be true, but because we have to be realistic. There are technologies now that allow plastic to be recycled and transformed back into oil. Obviously, we will be inviting a lot of witnesses over the coming weeks and months in order to do this study, which will be extremely interesting.
I have a business myself, and in my print shop, which has about 20 employees, we recycle 95 per cent of all inputs, and have done for over 20 years. We were the first printing plant in Quebec to be recognized by RECYC-QUÉBEC for recycling 90 per cent or more of its materials. It is doable, but it takes a lot of energy to get there.
Is Canada really capable of recycling 75 per cent of plastic products by six years from now? The question answers itself, but I am asking you all the same.
:
Thank you for the question.
[English]
Indeed, it's a very ambitious goal. We're well aware of that. It's going to take a concerted effort by all players along the value chain—governments, industry and municipalities—to achieve our goal. Right now, this goal is collectively shared across federal and provincial governments. I think the fact that we are all aiming for the same target is a very positive step. Certainly, however, there are a number of challenges we need to overcome.
It's also important to note that some of the measures put in place are only just starting to bear fruit, such as the single-use plastics ban. We announced that we would be coming out with recycled content requirements for plastic packaging. We will have labelling requirements across the country, so there is less consumer confusion about what can be recycled and composted. Some of these are the challenges we're facing in achieving our goal. Moreover, we know we need more infrastructure and recycling capacity across the country.
We won't get there alone. We're probably going to need to do more. At this point, we are optimistic that, together—
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The Town of La Pocatière, where I was mayor, was the first town in all of eastern Quebec to install brown bins, with the help of federal and provincial subsidies, of course. We support recycling.
Initially, we had recycling platforms and facilities for capturing leachate. Those facilities then became a biomethanation plant. It is managed by the Rivière-du-Loup region Société d'économie mixte d'énergie renouvelable, or SÉMER, a supraregional body. At the time, the project was to cost $10 million, but it ultimately cost $25 million. It included the biomethanation plant, which today produces gas, part of which is sold. In any event, investment of about $5 million remains to be made to make it completely operational.
We have developed our capacities, but the plant has still only been in operation since 2010, and it is now 2023. These things take a lot of time, and a lot of money has to be invested before any concrete results are achieved, all our goodwill notwithstanding. We hope to improve regional cooperation for using these new tools and extending that use on a larger scale. However, I do note that Quebec City and Laval have recently abandoned their biomethanation project.
I know I am digressing a bit.
Mr. Chair, do I have any time left? It seems like I still have at least five minutes. Be generous. You have been with everyone up to now.
The Government of Quebec has prepared a five-year plan to tackle the issue of recycling head on, particularly the recycling of critical and strategic minerals. Some components of that plan deal with mapping and data collection concerning those materials. A research and development network is to be created. It talks about financial support for projects and developing and consolidating energy transportation and telecommunications networks, in particular, within Quebec. It also talks about recycling and reusing critical and strategic minerals.
The plan even proposes a companion leaflet for potential investors for this industry of the future. We have tried a bit to see whether there was something comparable at the federal level, to try to help these industries in a relatively targeted way.
Can you give me some information about what the federal government is proposing in terms of a strategy directed exclusively to recycling?
If it's possible, could you send us that data?
Do you believe that companies in the electronics ecosystem in particular, which covers a broad spectrum, should also consider a modest eco tax on the products sold?
Those funds could also be directed to projects for facility updating or workforce training. That could open up some rather interesting opportunities.
I would be curious to hear what you have to say on this subject.
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I think my colleagues are looking at me.
Thank you very much for the question. Currently, is there a recycling strategy in the federal government? There is not one ubiquitous recycling strategy. Indeed, as I said in my opening remarks, recycling is very particular when you take it as a sector-by-sector consideration. I think that's part of the dimensionality of thinking about this very important topic.
I'd have to read the Quebec plan a bit more in depth to be able to respond to your question. We will of course respond, perhaps in writing, to the direct request for information that you're making.
There are program tools available in the federal government for industry-led, value-creating, innovative capital projects. One of the biggest programs, which resides in my department, is the strategic innovation fund. Of course, it's an ongoing, rolling intake. If projects come in that tick the criteria for what qualifies for funding and they actually meet the objectives the government has laid out, including on the environment, those projects are very much of interest to officials, as we give advice to the government in terms of what it may or may not wish to fund. There is absolutely availability for high-value projects to be considered.
Similar to the Volkswagen battery announcement, on Stellantis as well, in Windsor, where I'm from, I'd like to get the same information for it that we're getting for that. In the auto industry, there's a lot of clustering that goes on. What is happening with regard to recycling and clustering potential options for these battery plants? Has it been discussed? Is there something happening there? A huge part of the investment isn't just the actual investments; it's the spinoffs. In the auto sector, one job generally creates seven.
Is there a plan there? What's happening with that? Does it include recycling as well? It would be awful if we ended up shipping all of this stuff all over the place, instead of clustering it together, which is the tradition. A minivan made in Windsor literally crosses the border between Windsor, Detroit and other areas about seven times before it's made.