Mr. Speaker, I am always intrigued by how hard things die. Here we have a situation where a product has been on the market and it was discovered nearly 20 years ago that there were problems with it. It was discovered about 10 years ago in Canada by the Ministry of the Environment that there were some problems with it. Now there is an alternative.
I do not blame the vested interests that keep promoting these things, but the fact is that it has taken a long time for reality to set in and for life to take its course, as it should.
I would like to go back a little in terms of the history of fuel additives. In about 1928 it was discovered that tetra-ethyl lead added to gasoline would enhance the octane and provide some upper cylinder lubrication to engines. It was called the anti-knock compound and was produced by the Ethyl Corporation. At the same time another body of equally distinguished scientists and chemists promoted the idea of ethanol in gasolines. As a matter of fact, Henry Ford had been a strong advocate of ethanol. His first Model T ran on pure ethanol.
The debate raged through the 1930s and finally lead won out over ethanol. It is an interesting story. According to the information I have, the Du Pont Corporation owned and controlled the Ethyl Corporation of America and it also held 24 per cent of General Motors' stock. Consequently, General Motors became a promoter of lead. In 1929 Ford stopped putting extra jets on carburettors so that ethanol could be burned. That is not the only story like that in history.
When I was a young person spraying the apple trees at our home farm, I used arsenical to kill grubs and worms. It was discovered during my early teenage years that arsenic really was a heavy metal and it was not very nice to spray on trees and on the ground. Finally, by the time I got to agricultural college a solution had been found to the problem-mercurial. Mercurials were going to be the be-all and end-all. It was not for many years, too many for me to admit to, that industry realized that products used in these areas have to be biodegradable, able to return to the soil from whence they originate. The same realization is slowly coming with our fuel additives.
So we went to lead. It was discovered that lead really was not what we wanted to be spewing around into the environment in ever increasing quantities. When government decided to take lead out, a substitute was found, which was going to be the miracle replacement for lead. It was another heavy metal, methyl manganese. There are a lot of $10 words following that one that I am not prepared to repeat.
For almost a generation we have realized that there are some difficulties. The people who support one side of the case and the other side of the case make their stories, but we know now that there is a better substitute. There is a substitute.
My friend from Athabasca felt that one of the motivations of the government was because the product ethanol could be manufactured in Canada. That has not been a motivation of the government. It is one of my motivations, because I believe that a Canadian ethanol industry has potential to be one of the great things for Canadian agriculture.
Since the government did its little arrangement about a year ago, about $300 million has been committed in Ontario alone for ethanol development. If ethanol were to replace MMT at the rate of 10 per cent in Canada, it would take approximately 10 investments of the size that are taking place in Ontario right now in order to fill that need. One can see that there is great potential.
The cost of ethanol has been raised, and it is a very legitimate argument. What about the cost? The cost of grain is increasing at the present time, and of course grain is a cyclical thing.
The answer to that is twofold. One is that the cost of grain is not the only factor in determining the cost of ethanol production. There are by-products. If we are making ethanol from wheat, gluten and some of these other things are important products and they are important in the economics of the ethanol industry. If we are making it from corn, corn oil, distillers grains, distillers solubles and so on, they are also very important by-products and they are quite meaningful when we are calculating the cost.
The other part of the cost equation is not just eight cents, which was the excise tax on ethanol. The cost of any fuel is not just the direct cost. The cost of a shovelful of coal is not whether you are going to pay 30 cents or a dollar for that shovelful of coal. It has to be looked upon as the whole cost. What is the cost of the impact on the environment? There is a dollar attachment to those things now. Things can be costed. I think I once saw the word monetized. When you have emissions into the environment, they carry with them a real cost, a real impact cost.
When we talk about substituting ethanol in gasoline for MMT, the actual cost of the ethanol itself is not the true cost. The injection of MMT and the cost of MMT is not the true cost. The whole costing is what is really important here.
If we have a product like ethanol that is going to result in certain reductions in emissions, which are positive, I think of carbon monoxide and I think of carbon dioxide emissions. Carbon monoxide is touted to be reduced by about 20 per cent or 25 per cent and carbon dioxide by approximately 15 per cent.
Then we get to the cost of nitrous oxide, which tends to offset that to a certain extent. But I beg you to look at the figures when you are looking at the emissions, because nitrous oxide is the smallest of all the emissions. It is very tiny. If you were to increase the nitrous oxide emissions by 150 per cent, you are still looking at 150 per cent of zip. However, it is the only emission that increases in this whole scenario.
A comment was made about looking for one type of gasoline. I am not sure how that is evaluated. There are about four types of gasoline on the market right now. Most of them are based on octane. One of them is based on whether or not there is an ethanol additive which is presently increasing in interest and usage. About two years ago there were 50 outlets selling gasoline containing an ethanol additive. Right now there are 500 and the prognosis is that there will be 5,000 within the next two years.
The oil companies should not be the least bit concerned about enhancing their product with ethanol versus MMT. The kind of raw product they produce is a little different. The vapour pressure of the two is different but that is really where it ends. In terms of a public relations gesture they should be able able to say that they are striving for a cleaner product. Here it is a cleaner product when they used ethanol instead of MMT.
As I say, I do not blame the Ethyl Corporation for wanting to protect its turf. One of the things I would say to a company like the Ethyl Corporation is that there is a time when one has to put the past by and move on into the future. If I were that corporation right now I would be looking very hard at producing ethanol, ETBE or whatever in order to get on into a more modern mode.
We cannot spend our whole lives trying to hang onto the past forever and ever. The fact is too that some refineries have already made the switch to ethanol. I do not know whether my friend from Athabasca buys gasoline at Mohawk outlets, but the Mohawk adopted this some time ago and promoted it in Ontario.
Sunoco is refining ethanol gasoline and does it because it considers it to be good business. In Canada it should be considered good business.
We are starting to use grain to produce ethanol and it is helping agriculture. That will become a base line now. As science and technology and research and development continue in the production process the next natural move is into cellulosic waste, sawdust, wood waste and so on. That technology is known now. It is being done commercially in France but it is not competitive yet. When it is competitive in Canada, it will be more competitive probably than ethanol from grain. That is only a few years down the road.
What we are dealing with here is simply the conflict between moving on to something that is better and finally putting past us something we have been hanging onto for nearly two decades. According to what I know we are the only country left in the world
that is using MMT. Even tiny Bulgaria considered using MMT and turned it down for whatever reason. We have every reason to get on with the modern age and let things move.
The automobile industry is supporting it for its own reasons. Whether or not those studies are correct it is amazing that all the studies the automobile companies did were independent unto themselves and they all came to the same conclusion. That is very interesting in terms of emission controls or the monitoring that reads the emissions and indicates whether or not the emission control system is working properly. Canadian citizens deserve to have on their cars the most modern emission control systems as can be manufactured and researched. I do not think we want to accept second best in order to continue on the importation of this manganese product in our gasoline.
My humble submission is yes we should get on with the job, allow the past to go by and get on with the future.