Mr. President, I ask unanimous consent that the order for the quorum call be rescinded. Mr. President, I return to the floor today to discuss the legislation under consideration. As I did yesterday, I wish to begin by again thanking both…
Mr. President, I ask unanimous consent that the order for the quorum call be rescinded.
Mr. President, I return to the floor today to discuss the legislation under consideration. As I did yesterday, I wish to begin by again thanking both the Senator from Alaska on our side of the aisle and the Senator from Washington on the other side of the aisle, who are the bill managers--the legislation managers in this case--of the Keystone XL Pipeline approval legislation that I put forward along with Senator Manchin. I wish to begin by thanking both of the managers for their diligence and for their bipartisanship and for working together to advance this legislation, but I also want to make sure all of the Members of this body get a chance to bring their amendments forward, debate those amendments, and have a vote.
This afternoon we have scheduled 18 votes, and that is great. Some of those amendments I support; some I oppose. But we are going to do what this body is supposed to do and what the American people elected us to do, and that is to have this discussion and then vote.
We are working to advance energy policy for this country that can not only truly help create more energy, jobs, and economic growth but also really address the national security implications of making our country energy secure. By that, I mean producing more energy than we consume and working with Canada, our friend and ally, to do that so that we don't have to depend on OPEC to do that and on parts of the world where there is great instability and where our interests are not aligned with the interests of some of those countries.
Also, it enables us to actually weaken some of our opponents that are petro-dependent, countries such as Iran, which is now trying to build a nuclear weapon, as well as, right now, Russia, which is invading its neighbor Ukraine, one of our allies, where we are trying to stop the adventurism of President Putin.
By truly becoming energy secure, by providing more supply of energy, we not only benefit every American at the pump--Americans are saving billions of dollars when they pull up to the pump. That is not only good for American consumers, it is good for our small businesses.
Energy is a foundational industry that strengthens every other industry out there. It makes us more competitive in the global economy across the board. As I say, it weakens some of our opponents. So that is really the debate in which we are engaged.
Yesterday I started to respond to some of the critics who oppose this legislation on the basis of saying this is a project for Canada and not for the United States, and that is not true at all. This pipeline would not only move crude from Canada to our refineries, it would also move crude from production in the United States, including in my State of North Dakota, which now produces 1.2 million barrels of oil a day-- second only to Texas--as well as Montana. So it also moves domestic crude to our refineries as well.
Furthermore, it really is about making our Nation energy secure, working with Canada to become energy secure so we don't have to depend on OPEC. That is very much a national interest issue for this country, for this Nation, and for all Americans. I spoke about that a little bit yesterday.
The second issue I would like to address is some of the environmental issues. I started to do that yesterday, but I deferred at that time because anytime we can get people to come to the floor to offer their amendments and make them pending, that is what we want to do. At that point we started getting people to come offer their amendments, and the bill managers, through their hard work, were able to get agreement, and we now have 18 amendments pending on a precloture basis. So we have made real progress in getting everyone involved and hopefully building more bipartisan consensus and getting on the energy debate the American people want and getting to a result where we can actually produce legislation that will help our Nation.
So I started to get into the second point I wanted to discuss, which is some of the environmental aspects of the oil sands development and how technology is being deployed, with hundreds of millions of private dollars invested in new technologies that are not only producing more energy but doing it with a smaller environmental footprint. That helps to reduce the greenhouse gas emissions of oil that is produced in the oil sands.
There are two projects I wish to speak about to give examples of how, if we continue to work to empower this kind of investment in new technologies, we get not only more energy more cost-effectively and more dependably but we also get it with environmental stewardship.
The first project I will speak about is a project that has been undertaken in the oil sands in Alberta, Canada. Going back to this earlier chart, we can see that it is up in the Hardisty area, and this second chart is a picture of the project. It is one that is undertaken by the Shell Oil Company. It is called their Quest project. I will read a little bit about the project.
Shell Canada will this year complete the world's first oil
sands carbon capture and storage project.
This is CCS--carbon capture and storage--something we have been working to develop in this country and apply to fossil fuels, not only things such as oil and gas but also coal. This is the new carbon capture technology. They will complete the world's first project. Continuing:
The project, called Quest, will begin permanently storing
CO2 by the end of the year and will permanently
store more than 1 million tons per year.
Let me read that again.
The project, called Quest, will begin permanently storing
CO2 by the end of the year and will permanently
store more than 1 million tons per year. Quest reduces the
emissions from Shell's upgrader by 35 percent--that's the
equivalent of taking 175,000 cars off the road each year.
Shell will transport the CO2 50 miles north via
pipeline and permanently store it more than a mile below
ground under impermeable rock formations.
My point is that here is an example of where a private company is working with the Province of Alberta on this project to invest hundreds of millions of dollars in carbon capture and storage technology that will not only apply to the oil sands, but--think about it--this is also technology that is not only being developed but deployed on a commercial scale in production that we can now take advantage of and use in this country to produce more energy from multiple sources-- again, smaller footprint, lower greenhouse gas.
Isn't that the solution to better environmental stewardship where we get more energy that we produce here with our closest friends and allies, with better stewardship through investment by private companies in these new technologies and, in this case, working with Alberta? Alberta is also investing in this technology, but this is the innovation of our country, of our companies. This is the kind of ingenuity and
innovation that helps us build the kind of future we want. In this case, it is a secure energy future by deploying these new technologies.
The other point I will make as we look at this chart is that under the old system of oil sand production--remember, it is excavation, so they would be digging up this area and then extracting the oil from the oil sands. But under this new system of development, which is called in situ, they are actually drilling wells, and then they put steam down the hole to bring the oil up, and then they capture the CO2 and store it underground, so smaller environmental footprint and lower greenhouse gas emissions.
Since 1990 the greenhouse gas emissions on a per-barrel basis for oil sands production has gone down by 28 percent. So they have reduced it by almost a third. These new technologies will reduce it further going forward.
This is about finding good solutions to create jobs and economic activity and energy security and take us into the future. That is why I wanted to discuss that project for just a minute.
A second project I will reference is Exxon's Kearl project, spelled K-E-A-R-L. Just by way of preface, Exxon currently produces over 100,000 barrels of oil a day in the Canadian oil sands. They are going to increase that amount this year to 345,000 barrels a day. Their objective is to get to half a million barrels a day of oil produced in the Canadian oil sands. They are investing $10 billion in this project. That is their investment in this project and these new, better drilling techniques.
Let me tell my colleagues a little bit about their project. Exxon is doing it differently than Shell and Quest. They are employing different technologies but investing $10 billion to reduce the environmental footprint, to reduce greenhouse gas emissions, but produce a lot of energy for Canada and for our country.
Exxon's Kearl project will use cogeneration for steam, which a low- energy extraction process to recover oil, and heat integration between the extraction and treatment facilities to minimize energy consumption. As a result, oil produced from Kearl will have about the same life- cycle greenhouse gas emissions as many other crude oils refined in the United States as a result of technologies which significantly enhance environmental performance--again, smaller environmental footprint, lower greenhouse gas emissions.
This is how we work to address the challenges we face, whether it is producing energy or anything else. We deploy these new technologies that enable us to do it better.
Other environmental innovations for Kearl include onsite water storage to eliminate river withdrawals in low-flow periods and progressive land reclamation, which will return the land to the boreal forest.
I wish to emphasize that for a minute. What we see around this site, which is actually the Shell site--this is the boreal forest. I have been to Hardisty, and I have seen the oil sands production. I was also taken out to areas where they had reclaimed land that had been formerly used to produce oil sands. Now we can't tell the difference between the land that has been reclaimed and the land that hadn't ever been used in terms of oil production. I was there and I looked at both and I couldn't tell the difference. Of course, that is subjective. You want to return it to the state it was in before it was tapped. With this newer production, there is a much smaller area that we would ultimately have to return to its original state.
I wanted to touch on those two projects for a few minutes as well as point out that the Alberta Government actually requires that all land used in the development of oil sands has to be returned to the same or equivalent condition when it is no longer in use.
The final point I wish to touch on for just a minute or two is another issue that has been brought up, which is pipeline safety. There have been some references to recent pipeline spills--one in Poplar, MT, actually not too far from where I live in western North Dakota. But the spill is from what is called the Poplar Pipeline, which I believe is owned by the Bridger Company. It is a pipeline that goes underneath the Yellowstone River. It was built in the 1950s, so we are talking about a pipeline that is over 50 years old. Isn't that just the point, that whether it is roads or bridges or buildings or pipelines or transmission lines or anything else, we have to make the investment in new facilities rather than just continuing to rely on old facilities?
That is what I want to emphasize about the Keystone XL Pipeline project. This is an investment of $8 billion, not a penny of government investment but $8 billion in private investment in new steel and new technologies.
Also, the Department of Transportation's Pipeline and Hazardous Material Safety Administration--PHMSA--the division of the Department of Transportation that oversees pipeline safety, has required 57 special conditions for this pipeline to make sure it is as safe as possible. I am going to touch on some of those to give a sense of what they are.
The whole point is that here we are trying to create a business climate, a business environment where companies can put billions of dollars into these new technologies and this new infrastructure so that we can have energy as safely as possible, with the best stewardship possible, so we aren't relying on pipelines or other infrastructure that is more than 50 years old.
We are trying to get that upgrade. We are not doing it at taxpayer expense. We are getting tax revenues. We will get hundreds of millions of tax revenues that will come back in from private sector projects where we are trying to empower that investment. At the same time, the PHMSA, the Department of Transportation Pipeline and Hazardous Materials Safety Administration, has all these requirements that they are making part of the approval process--57 different special safety conditions for the Keystone XL Pipeline. They are conditions such as puncture resistance. For example, TransCanada is required by PHMSA in the environmental impact statement to ensure that the steel used in the pipeline can withstand impact from a 65-ton excavator with 3\1/2\-inch teeth.
There is corrosion resistance coating, making sure it has a coating on it that is resistant to corrosion. There is cathodic protection. Cathodic protection is applied to a pipe so where it connects to other--it could be structures such as a bridge. It could be any place where the pipes are connected to make sure those other connections don't rust through into the pipe.
For maintenance, TransCanada must submit certification that demonstrates compliance with all 57 conditions before they commence operation of the pipe.
Airplanes will patrol the right of away at least 26 times a year. They will send cleaning and inspection tools through the pipeline once a year to collect and analyze basic sediment and water.
Compare all of this to a pipeline that was built 50 years ago and laid on the floor of a river--versus a pipeline now, where if they have to cross a river, they use directional drilling. So they go down 25 feet below the river and put the pipe 25 feet down in the rock below the river, versus older pipelines that were just laid in there. Again, this is the new technology--the new safeguards.
In horizontal drilling and directional drilling the pipe will be buried approximately 25 feet below riverbeds. So if there any riverbeds that cross, that is 25 feet below using directional drilling.
There are automatic shutoff valves. So they will have automatic shutoff valves and they will be placed every 20 miles along the pipeline route. Extra miles will also be placed where there are protected water crossing and other areas of higher consequence. They can be closed remotely on either side of the line, isolating a damaged area within minutes of detection.
Again, it is about making sure if there is an issue of any kind, that you can minimize and mitigate any kind of spill.
With 100 percent weld inspections, there is a requirement that 100 percent of welds are inspected rather than just some of the welds under a test basis.
With satellite monitoring and leak detection, Keystone XL will have more than 13,500 sensors feeding constant and detailed information about flow rates to the control center 24 hours a day, 7 days a week. That is so that if any kind of a leak is detected, it is immediately shut down so you minimize the amount of product that would leak.
Those are the kinds of safety features--and there are 57 of them-- required by the administration's Pipeline and Hazardous Material Safety Administration. When we talk about pipeline safety and somebody comes in and says there is this pipe that broke so we should never have another pipe, we need to talk about that and address that in a sensible way.
We have over 2 million miles of pipe in this country. The point is we do need to build new pipelines and upgrade them and take other steps to make sure the system is safe. But you don't do that by blocking investment in the new technologies and the new pipeline that will help us move product more safely, more cost-effectively, and more dependably.
Those are the three issues I wanted to address. Again, I covered some of them yesterday, but I wanted to make sure that any time we had somebody coming down to offer amendments, we deferred to those individuals. I am pleased now we have 18 amendments pending on a whole gamut of issues related to this project, to this energy discussion, and to our efforts to advance a better energy future for our country.
Again, I look forward to the debate this afternoon, to voting on these amendments, and to continuing to advance this legislation on behalf of the American people.
I yield the floor, and I suggest the absence of a quorum.
Mr. President, I want to express my appreciation to the bill managers for their hard work today and for their efforts in the work that was done in a bipartisan way on this legislation. I know both the bill managers have spent an awful lot of time putting together these amendments, and I think they have really bent over backward to make sure Members on both sides of the aisle have had an opportunity to file their amendments, to make those amendments pending, and to get votes on the amendments. So I would like to express my appreciation to both of them for all the work they have done and for the process today in voting on amendments.
With that, I yield the floor.
Mr. President, I ask unanimous consent that the order for the quorum call be rescinded.