Mr. Speaker, this has been a very interesting debate in the House on an exceedingly important issue, given the fact that Parliament will be asked to ratify or not to ratify the Kyoto accord.
I draw the attention of the House to a very important fact. There is a lot of misinformation or misnomers about nuclear power. It has its upsides and downsides, particularly with respect to effete fuel rods that are byproducts of nuclear power.
We are concerned about the reduction of pollution of not only greenhouse gas emissions which are not pollution because they are primarily carbon dioxide. However pollution from coal burning generators that produce various particulate matter causes many health problems particularly in southern Ontario and border states.
Here is a very important and interesting fact. With 40% of the global market share Canadian uranium is powering commercial reactors that void over one billion tonnes of carbon dioxide each year which contribute to greenhouse gas emissions.
If we want to reduce carbon dioxide and greenhouse gas emissions the question arises about how we will do it. It will not magically happen by virtue of doing nothing. We have an obligation to meet our power obligations and the energy requirements of a growing population. How are we to do it?
The answer that we can perhaps adopt is one that involves the adoption of a large array of different energy sources including nuclear power. The utilization of nuclear power in an appropriate setting will reduce pollution, will reduce carbon dioxide and greenhouse gas emissions, and will enable us to meet our energy demands.
It is not the whole answer by any means. As I mentioned we have to dispose of the fuel rods. That is a significant problem. There is a potential risk of problems with the reactor that can happen in any event, but we have to accept the fact that nuclear power is here to stay. We must use it in appropriate amounts and in balance with other energy sources.
The other side of the coin is how we meet our Kyoto requirements. How do we reduce our carbon dioxide emissions which are not, I might add, pollution as we have come to know it?
It is sad that Kyoto is a shell game. The way Canada has actually adopted Kyoto is not to reduce the emissions of carbon dioxide that we as a country are supposed to do. Through an energy trading scheme we will actually enable our country to produce more greenhouse gas emissions in exchange for giving money to other countries that have larger carbon sinks, which are basically forests. That is what is happening.
All members of the House, including the public who is watching, want to reduce carbon dioxide and other greenhouse gas emissions. Will Kyoto as we have organized it do that? The answer is a flat no because it is a shell game of moving around the ability of producing greenhouse gas emissions in exchange for paying money to other countries that do not produce as much as we do.
In effect, if Canada signs on to Kyoto we as a country will not reduce our greenhouse gas emissions. That is counterintuitive on the surface but those are the facts. Then the question arises of how we manage to reduce greenhouse gas emissions.
Last week I attended a very interesting breakfast meeting with a gentleman by the name of Mr. Anderson who runs a large company in the U.S. His company, a very energy demanding company, produces carpets. It managed to reduce its greenhouse gas emissions by 50%. How did the company do that? It did that by being able to conserve energy and increase the efficiencies of the process that entailed less demand.
His thesis is as follows. First, Canada can meet its greenhouse gas emissions under Kyoto and beyond by using available technologies to save energy. In the manner in which we build our buildings using existing technologies we can save huge amounts of money and huge amounts of energy utilization
Second, we need to use existing technologies in a manner in which other industries actually use their energy. There is much we can do in conservation, much we can do in efficiencies of energy utilization, much we can do in terms of increasing the carbon sinks that take carbon dioxide out of the environment and actually turn it into an innocent substance, water. If we crunch the numbers we will be able to meet our Kyoto requirements and beyond.
A man by the name of Ralph Torrie in Ottawa has crunched the numbers. He has come up with a very provocative set of solutions that will enable us to meet and go beyond those emissions standards, which is what we have to do anyway, and not take on the oil patch, interestingly enough. In the end 95% of our Kyoto requirements can be met by using energy resources more efficiently and using existing technologies to save energy, for example, in the manner in which we build buildings. There is much that can be done to build buildings in a way that conserves energy more efficiently. If we do that the energy savings are massive.
If we look back in history we see the manner in which we have employed new technologies to make buildings more efficient and to save energy, particularly with cars. We find that the bulk savings in greenhouse gas emissions and pollution are so large that they dwarf our commitments under Kyoto, which is very interesting.
We are saying that there are solutions out there. People have done the work in our country which demonstrates very clearly that we have the industrial capabilities and the technology to meet our Kyoto requirements and go beyond them. We know our Kyoto requirements will only affect a very small percentage of what we ought to be dealing with in terms of our emissions.
In summary, Canada must employ some key policy initiatives. First, in a rational economy energy should be developed and used in response to the demand for goods and services, not to produce energy for its own sake.
Second, emissions reduction strategies should be based on existing technologies that have been shown to be effective and economic.
Third, in the future Canadians will continue to expect economic growth and social mobility. Our low carbon scenario anticipates that we can have a 50% per capita reduction in GDP.
The implementation plan should not rely on punitive energy taxes. However a good plan should reflect the full cost of each energy option, including the subsidies that currently flow to petroleum and nuclear production, as well as health and environmental costs.
Energy from local small scale sources will encourage greater self-reliance and insulate consumers from geopolitical crises such as what we are seeing in the Middle East and large scale system failures as we have seen in other countries.
Working with these principles, Canada can achieve the following using existing technologies with current economic assumptions. The first is a doubling of the thermal efficiency of residential and commercial buildings. This again means using current technologies in the manner in which we build buildings that increase efficiencies in energy savings.
The second is a doubling of the fuel efficiency of truck fleets. There are technologies that can be applied to trucks that can greatly reduce pollution coming out the other end.
The third involves a tripling of the efficiency of the passenger car fleet and a doubling of the average efficiency of electrical devices including lighting, motors and appliances, a 1% per year improvement in the energy efficiency of industrial output, a phasing out of coal and less demands on other generating plants.
If we do that we will meet our economic targets, save money, meet our environmental standards and have a healthier environment.