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Good morning, everyone.
We are continuing our study that resulted from a motion adopted by the committee on June 3, 2008. We're continuing our study of the decision of Atomic Energy of Canada Limited and the government to discontinue the MAPLE reactors project, together with the ramifications of this decision on the supply of isotopes.
We have with us today two witnesses: Michael Binder, president of the Canadian Nuclear Safety Commission; and Nigel Lockyer, director of TRIUMF. Welcome, gentlemen. Thank you both for being here today.
Mr. Binder, do you have a presentation to make?
[Translation]
My opening remarks are available in both English and French but with your permission, I will present them in English.
[English]
What I'll do is I'll flip this slide deck.
I thought it would be good to talk a bit about how the commission operates and works. If you look at slide 2, the Canadian Nuclear Safety Commission is an independent, quasi-judicial administrative tribunal that regulates all nuclear facilities and activities in Canada, from nuclear plants to waste management.
On slide 3--just to reiterate--our core mission is to regulate to protect health, safety, security, and the environment in our international obligations. How do we do this? By setting up a clear regulatory framework, by conducting rigorous and open public hearing and consultation processes, and by relying on our world-class scientists and engineers.
On slide 4, we have pretty modern legislation that enables us to set up regulatory policy, to license nuclear facilities and nuclear activities, and to ensure compliance. It is governed by commissioners appointed by the Governor in Council, and the commissioners are renowned Canadians and experts in their own field. If you turn to the next slide, I actually put their names there so you can see they bring to the table diverse experience in geology, medicine, engineering, mining, etc.
On slide 6 there is a very quick overview of the public hearing that the commission conducts. That particular public hearing allows all the proponents and all interveners and the public to come in front of the commission and argue the merits of a submission. It's a unique kind of public hearing. It has two days of hearings. In day one, the proponent comes in and makes the application. Our own staff make a public analysis of the application and then it's all on the record, and 60 days later all interveners can come in front of the commission and argue the merits of the case. It's a pretty unique kind of process that maximizes the input of all interveners who are interested in the subject.
On slide 7--just to brag a bit about our own staff--there's amazing expertise in the commission, ranging from nuclear engineering and physics, environmental protection, radiology protection, waste management. They basically analyze any submission appearing in front of the commission and propose action, recommend what to do, ensure that the commission's decisions are implemented, and do a pre-audit audit and compliance analysis.
On slide 8--just to try to explain--the nuclear business is a very complicated business. We've set up some pretty extensive criteria for safety and for health. This is just an attempt to tell you the kinds of issues we are dealing with in every application that comes in front of us for a nuclear facility, from operating performance, performance assurance, equipment fitness, analysis, radiation protection, emergency preparedness, site security, etc.
On slide 9--just to state the obvious--the MAPLE project was subject to the same safety criteria as any other nuclear submission that came in front of us. We have exercised diligent regulatory oversight and allowed for AECL to do all the testing they had to do to try to understand the operation of the MAPLE project. It was the decision of AECL to discontinue the MAPLE project, and they'll have to come in front of us for an application for safely decommissioning the MAPLE reactors.
It's similar for the NRU. The NRU was also subject to the same safety criteria that I showed you before. We have conducted compliance and verification inspection, and I'm happy to report that the NRU right now is operating safely.
There is some question about whether the NRU licence will be extended beyond October 2011. The NRU is operating safely now. There is no reason to believe it will not continue to operate safely. The question is, for how long? That will be determined only when AECL appears in front of the commission with a submission that proposes the life extension, with all the things they have to do to make sure the plant is operating safely.
In conclusion, the CNSC regulates operations, but it is not running those operations. Regulators regulate, operators operate. Our role is to make sure, first, that we are protecting the health, safety, and security of Canadians and the environment, and second, that we are implementing Canada's international obligations efficiently.
Thank you.
My name is Nigel Lockyer. I grew up in southern Ontario, went to high school in Hamilton, and attended York University in Toronto. I did my graduate and post-graduate work in the U.S. I was a professor of physics for 22 years at the University of Pennsylvania. I'm a particle physicist by training, with a strong interest in accelerator physics and medical physics. I am the director of TRIUMF and a professor of physics at UBC.
TRIUMF has a mission statement, and it's just one paragraph:
TRIUMF is Canada's national laboratory for particle and nuclear physics. It is owned and operated as a joint venture by a consortium of Canadian universities via a contribution through the National Research Council Canada with building capital funds provided by the government of British Columbia. Its mission is:
To make discoveries that address the most compelling questions in particle physics, nuclear physics, nuclear medicine, and material science;
To act as Canada's steward for the advancement of particle accelerators and detection technologies; and
To transfer knowledge, train highly skilled personnel, and commercialize research for the economic, social, environmental and health benefit of all Canadians.
TRIUMF has four programs involving medical isotope production.
We've had a 30-year collaboration with MDS Nordion aiding them to produce 15% of Canada's medical isotopes. We produce 2.5 million patient doses per year. This is done with three small cyclotrons, or particle accelerators, which run essentially 24/7. There are about 90 staff, roughly 50 from MDS Nordion and about 40 from TRIUMF, who operate the cyclotrons. This has been a very successful partnership.
TRIUMF also produces isotopes with its main high-energy cyclotron, the 500 MeV cyclotron, which is the core of the facility. TRIUMF also has produced more than 6,000 patient doses of FDG, a sugar labeled with F-18, for the B.C. Cancer Agency in the last three years. We've done that since they entered into the business of PET screening for cancer patients, including several hundred children. These are produced using another small cyclotron at TRIUMF. The contacts would be Don Wilson and Francois Benard from BCCA.
TRIUMF also produces all the isotopes for the Pacific Parkinson's Research Centre at UBC, which has roughly 1,500 patients a year. That program is led by Dr. Jon Stoessl from UBC and Dr. Tom Ruth from TRIUMF. This is a highly successful 20-year program. Dr. Ruth is a radiochemist and a world expert on the production of medical isotopes. He's served on U.S. academies addressing medical isotope production and so on, so I would recommend him to you as one of Canada's true experts in this field. In this case, we produce primarily F-18 and C-11.
There are about eight operational cyclotrons in Canada in major medical centres and another eight being installed or commissioned, for a total of sixteen. For example, the Ottawa Heart Institute has its own cyclotron for producing medical isotopes, which are primarily focused on PET imaging.
These cyclotrons make isotopes primarily for PET, or positron emission tomography. That's a three-dimensional imaging of the metabolism of the patient. There are about 30 PET scanners in Canada. There are about 300 in the U.S. There are about 400 cyclotrons listed in the IAEA database around the world that are non-commercial. So that's 400 cyclotrons. If you include commercial cyclotrons, you have to guess, but it's about 900 worldwide.
PET is gaining a significant role in cancer screening, because it's able to assess the response to your cancer therapy.
Let me mention SPECT. There are two imaging modalities that are primarily used in nuclear medicine. One is SPECT, which is the older workhorse of the industry. It stands for single photon emission computed tomography. It drives the field today. There are about 900 SPECT cameras in Canada. I'm guessing that you have about eight processes per day, so if I round up, I can say that there are about 10,000 per day in Canada. It's larger than PET by about a factor of ten. PET is more advanced, more expensive, and to me, in the future, is the one that's going to be taking over in the field.
The sales of PET exceeded SPECT in the U.S. last year for the first time, so it gives you a sense that the field is changing.
PET is now purchased in combination with a CT scanner, which is an imaging X-ray, and you can also buy a SPECT with a CT scanner. You buy either a PET/CT or a SPECT/CT.
SPECT uses technetium-99. PET uses primarily FDG. They both can use other things, but they are the two.
The lifetime of FDG--or the half-life, to be more precise--is about two hours. The half life of technetium, as you know, is probably about six hours. The difference there is that SPECT uses technetium-99, which comes from a generator of molybdenum-99, and that generator is distributed around. For the FDG, you just produce it directly.
One final comment about TRIUMF is that its research, internally, is focused primarily on producing unstable isotopes, so in some sense, the business of TRIUMF is producing either this generation of isotopes or the next generation of isotopes.
I'll just stop there and wait for questions.
Good morning, gentlemen. Thank you for coming here.
I will first congratulate Dr. Binder on his appointment as the president of the Canadian Nuclear Safety Commission. I want to take this opportunity to benefit from his experience over the last few months there and see how we can learn, because we are hoping to develop a report on nuclear safety and the supply of isotopes in this committee.
Dr. Binder, there were reports a few months ago that the minister had added to the letter of mandate to the president of the commission to take into account the security of the supply of isotopes. Is that correct?
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Thank you, Mr. Binder. That's why we're examining this. That's why we're studying this. That's why we're considering all these scenarios.
By the way, potential conflicts of interest are not meant to minimize someone's independence as an individual, or their strong-mindedness, or their integrity. It is for the institution, the setup, for the mechanism itself, so it's protected for the long haul and for other institutions. And I think it is a very important question to consider. The reason I'm asking you this is that you're in a position to offer us advice.
Let me ask this question differently. Do you see that changing the reporting direction to the would have any damaging effect on the performance or the effectiveness of the commission?
Welcome and thank you for coming, Mr. Binder. This is the first time I have met you, but I am sure it won't be the last.
We were very touched and troubled by what happened last winter when the former president of the commission was let go. She also had very strong opinions. Despite this, she was relieved of her duties.
I was surprised to learn at our last meeting that the NRU's licence will probably be extended beyond 2011. The company and Atomic Energy of Canada Limited viewed these as modalities and felt that the reactor could probably survive until 2016. This was stated rather confidently.
The main operators perceive this as a fact, but do you not expect that there will be pressure on the Canadian Nuclear Safety Commission to facilitate this licence extension, given that we are in a somewhat difficult situation? We have one old reactor and the MAPLE project has been discontinued.
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This won't necessarily be a long process. We are already having discussions with the people from AECL.
[English]
We're talking to them right now about the various criteria we need to make an informed decision that the reactor will operate safely. You should know that when we look at all the material coming before us—we look at when the last update was of the various pumps, material, pipes, and the whole security.... In the nuclear business, you are continuously upgrading the equipment: you're replacing old equipment, you're changing and upgrading.
AECL will have to come in front of us and argue the case, whether it will be for a one-, two-, a three-year extension. Our expert staff will assess this. We will seek opinions from other experts. We are now in the process of telling AECL, so that there will be no misunderstanding, what we need to make those decisions.
Those decisions will occur two years from now, so we're giving them ample warning and transparency as to the kinds of criteria we'll be using to assess their submission. We are going to focus on only one thing, and that is whether it is safe.
Thank you, Mr. Binder and Mr. Lockyer, for attending.
A couple of my questions have already been answered. Being third, that's what happens.
Mr. Binder, you've been in this job for about five months, I think you said. We know that because of the crisis that happened back in November and December of last year, new protocols were put in place for the supply of isotopes in the case of an emergency, because there had been some miscommunication, I guess, or a lack somewhere. From your perspective—and you've probably done an overview of everything—are you confident that the protocols that are in place are sufficient to address an emergency situation, if one were to happen, given that we don't have the MAPLEs coming on line?
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That's a question of an alternative production method for technetium-99, so I have a few things I could say about that. Let me simply say that the present method to make technetium-99 is to make moly-99. Moly-99 is the so-called generator, then from moly-99 it decays into technetium-99. The present method that's used, I think, is the best. It's the best method out there.
It takes highly enriched uranium, uranium 235, and uses a neutron to fission it, and that's how you make the moly-99. What you end up with is something that has what's called a very high specific activity. In other words, most of the unit of mass you're working with is almost entirely radioactive, so it's very pure.
There are alternative methods that are used. The most common method is to use moly-98 to start with, rather than uranium 235. Moly has two long-lived elements, moly-98 and moly-100, so they're the two you could use as a target. So the moly-98 could absorb a neutron and it becomes moly-99. That's pretty simple. The issue is that the absorption of that neutron is six times less likely than the fission of the uranium 235 that makes the moly-99 with the procedure we use now. That means you end up with a sample of technetium-99, which has what's called low specific activity, so the issue becomes how do you deal with that.
One option is to use a higher-flux reactor. The NRU reactor has about 1013 neutrons per centimetre squared per second. The Oak Ridge reactor is 100 times more intense. So you can compensate for neutron flux that way. That's used throughout the world now in other places, but it's not the preferred method because of the low specific activity.
There are other issues associated with low specific activity that you have to worry about, which is that it gets contaminated in this process of eluding the technetium-99 off of the moly-99 column. You basically take the moly-99, put it in a saline solution and pull off the technetium-99. That's a straightforward technique, but it has a bit of contamination in it, and that's where the regulation comes in.
The comparison of those two techniques, both of which use reactors, is that the present technique has very high specific activity; the alternative has low specific activity. The present technique requires highly enriched uranium; the alternative requires highly enriched moly-98. There's an advantage in that. That's not a weapons material, for example. The present technique generates a lot of radioactive waste; the other method does not--it has very little waste associated with it. You can make some other isotopes with the present method that you cannot make with the alternative method. So there's the balance. You could do it, but it's not as good.
The other approach is with accelerators. I don't know if you're running out of time here—
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Yes, but maybe I should continue, because somebody else will be interested.
For accelerator production, you can think of an accelerator as a source of neutrons, like a reactor. The difference is that an accelerator, I would say, is easier to build and it's easier to regulate. If you turn it off, it goes off--that kind of thing. So you could imagine making moly-99 by simply mimicking a reactor. You take the highly enriched uranium and you would put the neutrons in it, not from a reactor but from an accelerator. The problem with that method, I think, is it's pretty expensive. That would be the drawback to it, but you could do it. There's no reason you couldn't do it; it's simply money.
The other approach, which I think is more interesting, is to start with moly-100 and use an electronic accelerator, which would then generate photons and you would use the photon to remove one of the neutrons. So moly-100 goes to moly-99. Remember, earlier I added a neutron to 98; now I'm subtracting one. It's the same issue as before: low specific activity. Can you build that accelerator? Yes. Is it relatively inexpensive? Yes. So what is the issue? The issue again is the low specific activity. I think that's the issue that has to be solved.
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I haven't seen any such cases.
Some people believe that because it's labelled a science it's black and white, easy to understand, right or wrong. It isn't like that. If it were, we wouldn't have the MAPLE issue. The MAPLE problem was that they couldn't understand the physics inside the core. That's why we're having this particular difficulty.
The tribunal, the staff, the proponent, the interveners—all of them bring different scientific perspectives to the table. We have a tribunal to take all of this into account in making a decision. They are probabilistic issues. We are talking about things that have a probabilistic outcome, and one has to make some judgment calls. This is a very long-winded way of telling you that, wherever possible, we take our staff into account and try to base our decisions on science.
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I wasn't surprised, because, as I've said before, they were not able to explain the physics of their reactor. They've been trying very hard and doing all kinds of experiments to try to understand how it operates--the physics of it and that different configuration. Different pressures and different things change the configuration.
They've been trying for a long time to understand and predict its behaviour, because without being able to predict its behaviour, you cannot assure safety, because you don't know what's going to happen.
Our staff, along with them, have been trying to figure out what it is, to allow them to experiment with this. It's been years and years, and still to this day, there is no answer. So I was not surprised--
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Well, it's actually an excellent question, which troubled me when I arrived.
This particular sector has been somewhat in a sleep mode for the last 30 years in terms of doing new things. Right now all of a sudden there is hyperactivity--an interest in mining, in maybe new builds, in refurbishment--so we had to prioritize internally.
We also are growing. In fact, in the last few years we have been recruiting more staff, and we have created more jobs that look after mines, after new builds, and new designs, etc. We've done all of the above by re-prioritizing, and we're growing by recruiting new staff.
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Mr. Binder, this is a new guideline and therefore it has not had to be enforced. During the isotope crisis, there was information being exchanged between Health Canada, the Department of Natural Resources, Atomic Energy of Canada Limited and the Canadian Nuclear Safety Commission. It wasn't straightforward. A communications protocol was issued, but there was not a clear picture of isotope needs throughout Canada. The data was not available.
If something were to happen today, would you have a protocol that would give you quick access to information on the need for isotopes, in order to be able to do a health and safety analysis based on accurate and true data?
Everywhere we have heard witnesses from the health sector and everyone had their own perspective of these needs depending on their province, whether it be British Columbia, Ontario or Quebec.
Are you able to answer that question? Do you have a source of information that would quickly give you an accurate picture of the need for isotopes throughout Canada?
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I'm just saying that on further reflection, I think that if I were to word it again, it would say that the committee report the following to the House at the earliest opportunity:
A carbon tax will have a negative impact on Canada's traditional industries, like forestry, and will eliminate jobs. The committee therefore recommends that the federal government reject any plans for new carbon taxes.
Basically, the reason for the motion, very simply, Mr. Chair, is that this is a committee of natural resources. We deal with industries that are very energy-intensive in Canada. We all know that putting taxes on any of these industries will make them less competitive, and will make it more difficult for them to promote well-being to Canada's economy. Therefore, I would like it to be put on record that this committee is opposed to a carbon tax.
My understanding is that the agriculture committee today, with support from three different parties, voted to support a similar motion.
The motion is in order. Proper notice has been given.
The members have heard the discussion from Mr. Trost. We do have a list. We have Mr. Alghabra, Mr. Boshcoff, Ms. Bell, and Monsieur Ouellet so far.
Unless you want to go directly to a vote on this, Mr. Alghabra, go ahead, please.
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As much as I want to go to a vote, Mr. Chair, I can't resist offering my reflections, as the member has done himself.
Obviously the member is having some remorse about how he worded the original motion, but he still has not been able to save himself. Look, this is ridiculous, especially the first sentence--“A carbon tax is a trick”.
First, Mr. Chair, let me clarify something he said, which was wrong. The agriculture committee did not pass a similar motion. The agriculture committee amended the motion and voted to conduct a study on carbon tax. The PMO and the Conservative Party are spreading lies, because they were not aware that the motion was amended. I want to help Mr. Trost so he doesn't commit the same mistake again.
Let me say, Mr. Chair, this motion is a trick on its own. If the member is saying pricing carbon is the wrong way to go, I want to advise him to speak to the , the , and the , who, under their environmental plan, are putting a carbon price up to $65 a tonne. It's in their economic forecasting. So if he wants to go through this motion, he needs to know he's actually condemning his government and its policy.
That being said, this motion is part of the style of this government. Initially they went after Ontario. Now they're going after British Columbia, which, by the way, has implemented a neutral carbon tax, which was complimented by the . Now this member of his party is saying it should be condemned.
The Conservative Party appears to be completely confused and not sure what to do about this issue, and I'm not surprised. But that being said, it goes without saying that this motion is inaccurate; it is ridiculous, over-the-top partisan, and I will not be supporting it.
Thank you.
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Just about an hour and a half ago we went through a very similar motion. I know that there's a cross-committee campaign with similar types of motions all across the parliamentary structure. I voted against the resolution because I was appalled at the process and the very nature. So I essentially had a protest vote that these types of things would be coming forward.
I have just learned that there has been a media release saying that somehow we are divided. I can only emphasize that if you wanted to make me angry, you really have, because this is an abuse of democracy. It's outrageously false. I guess we could have done the same thing that we did to the when Mr. Harris issued his release about how he was the hero of the forest industry and thought of something that none of us had done and convinced the Prime Minister and the minister to conduct a study into the forest industry. If it wasn't so laughable, we probably would have pursued it.
Can anybody here tell me why all of these types of resolutions were received or sent out within a 36-hour process? Is it the most absolutely amazing set of coincidences or not? In the previous committee, natural resources, the NDP member made some very good points in speaking against this, as did the Bloc. They were much more direct in terms of the understanding of campaigning on political policy and trying to distort. I find that the resolution before us.... I guess Mr. Trost really understands how childish it looks now that he sees it in print.
Mr. Chair, I think this is another attempt to disrupt the work of the committee, to slow down the committee work in general. We know that just like comments on Wednesday with regard to first nations, this is probably directed by the . This isn't an isolated case. There is certainly enough evidence, and it was confirmed yesterday in the House by the member from Peterborough that in the finance committee a similar resolution had come forward.
This is a dishonouring of the committee process that this is happening across committees and that these are being adapted. So I feel quite offended by it all, especially this recent media release. I just want you to know you can try to dance around it in terms of trying to fix this thing up, but it's a pure embarrassment for you and your party.
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This motion talks about devastating effects. It says that the tax would devastate people. I question that statement because I believe that it is climate change, rather, that would be devastating.
The carbon tax, whether it would be right or wrong, is simply a way to deal with, or not, climate change. I think that it is completely misleading to claim that a carbon tax would be devastating. It does not say that climate change would be devastating.
It says that the tax would be devastating for families, seniors and people on a fixed income but there is no mention of the environment. There will be huge and devastating effects on the environment. Why is that not mentioned? It makes no sense. The environment will be the first to suffer. If jobs are lost, a carbon tax will not be a significant factor.
This morning, Air Canada said that it wants to lay off 2,000 people. There is no carbon tax, this is simply due to fuel and oil prices. A carbon tax will not eliminate jobs, but the fact that we are moving towards a change in our society will have consequences. There is climate change, and the cost of oil, for the many reasons we are aware of, is beyond the government's control.
If most countries see a carbon tax as being a solution, then why don't we? I am throwing out the question. What will make prices go up: climate change, or the carbon tax? Is it better to collectively invest in order to change the attitudes of consumers or to wait for the collapse of a part of our society, a part of the economy, because of a severe lack of fuel or because of huge storms? Should we start assessing how we can change this or should we just allow climate change, storms and fuel prices to happen? We aren't dealing with the true problem, which is greenhouse gases. It makes perfect sense to speak about this here. It is not the carbon tax that is going to change this situation. The situation is deteriorating. A carbon tax can help change people's attitudes or not. We will have to see, that is another topic.
I refuse to say that a carbon tax will be devastating and will eliminate jobs. That is false, absolutely false.
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Thank you, Mr. Chairman.
I agree with Mr. Alghabra that the carbon tax is ridiculous, but I do wish to correct the record, in that the Standing Committee on Agriculture put forth the motion that they study the negative effects of a carbon tax or a broad-based environment tax.
Despite the election promise by the Ontario premier to close coal-fired plants for electricity, their lives have actually been extended as a consequence of more than a decade of darkness in the previous Liberal government, whereby they starved the nuclear industry. Consequently, the electrical--
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Mr. Chair, we want to work with the opposition, as always, and because we had some support at the agriculture committee we'd like to work in a way that would allow the opposition, particularly the three Liberals who voted with the government on the motion at the agriculture committee, to be able to do the same here. Mr. Tonks was not at the agriculture committee and is the only one who's innocent here, but he can join Mr. Alghabra, Mr. St. Amand, and myself.
In the spirit of cooperation, I would like to pose a friendly amendment along the lines that Mr. Trost had suggested that will remove some of the text from our motion. So it would read that the committee report the following to the House at the earliest opportunity:
A carbon tax will have a negative impact on Canada's traditional industries, like forestry, and will eliminate jobs. The committee recommends, therefore, that the federal government reject any plans for new carbon taxes.
Actually, I have good hope that this would pass. I hope it will with the support of the official opposition. I was actually surprised to hear the Bloc now, Mr. Ouellet, expressing support for a nationwide carbon tax. I think that's something that should be noted as well. Hopefully they'll vote with us anyway.
I'd like to put the question if we can.
I'm very surprised that the opposition voted down the amendment, for a couple of reasons. Number one, as Mr. Boshcoff pointed out, we came out of our forestry study with a consensus report, and we talked about some of the things that are going to be needed in the forest industry. I'm very surprised that people didn't pick up on the impact this will have on rural Canada and on the forest industries, because when you look at the major input costs in the forest industry, you're talking about the person who is going out there with their power saw, with their fuel. You're talking about the person who's taking a bunch of folks out in their four-wheel-drive, who's going to have to buy fuel. You're talking about the folks who are running the skidders, who are going to have to buy fuel. There are all of these impacts.
And while I'll grant you that some of the mills have converted to using biomass, once the costs start working their way back into the food chain or to the inputs that are coming into those mills, a carbon tax on the fuel is going to grind these people right to a halt.
I'm just amazed to be hearing some of the statements I'm hearing, especially when other countries now are very much debating how positive these carbon taxes are—as is rural B.C., as well.
Mr. Chair, I'm very surprised, considering the unanimous report we had on the forest industry, in which we wanted to make 23 recommendations to improve the industry, and now here we are looking to go away from a recommendation that would help, versus absolutely destroying the industry.
Thank you, Mr. Chair.
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Mr. Chair, I never said that I supported the tax nor that I was opposed to it. I said that we have to ask ourselves the question and that the most important thing was to tackle climate change. That is what will bring about a change in society. The tax is precisely something...
I agree with Mr. Allen that we must consider this. This is not something that we can just throw out spontaneously. You can't simply be for or against it. I agree with him, and several countries are studying this. Why don't we take the time to study this rather than coming to a decision right now? I do not think we have to have a clear precise opinion on this motion immediately. This is a very complex subject and we have to look at what the consequences of a carbon tax would be.
Should we do as Quebec, as British Columbia, or as Europe is proposing? There are so many ways of acting. What are we talking about when we talk about a carbon tax? We do not know, but we are about to vote for or against!
To claim that we actually have enough information to support or oppose the motion makes no sense. I am against the motion because it does not give us a true picture. The motion does not deal with climate change and it does not focus on the environment. In my opinion this is simply playing political games. The motion is trying to make us believe that this would lead to a horrible situation and that families will suffer, etc.
However, it does not say that there has to be a change in society or in attitudes. However, big countries like China are actually tackling that first, that is, an attitude change. But that is not stated.The effects of the tax are being talked about first.