EME 460
Geo-Resources Evaluation and Investment Analysis

Welcome to EME 460!

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Welcome to EME 460: Geo-resources Evaluation and Investment Analysis! This course is primarily about energy and mineral project evaluation and investment decisions. Your experience within this course will be challenging and productive, which can be very helpful to prepare for the future career in the natural resource and business industries. I strongly encourage you to carefully read the course syllabus where you find details regarding the course objectives, materials, quizzes, grading policy, schedule, and a short description of myself, your lecturer.

Who would not want to be able to assess the value of natural resources, after all! The International Energy Agency released a new report stating that the US will become the largest natural gas and oil producer by 2015 and 2017, respectively. The increasing production of oil and gas in North America is due to the recent shale gas/oil boom. The US is highly possible to be energy self-sufficient in the near future. Then there will be increased incentive to develop accurate and reliable tools to evaluate geo-resources. You can view the May 2013 press release.

Please watch the following video

Click for a transcript of "IEA's World Energy Outlook 2014" video.

SARAH LADISLAW: Good morning. Hi, my name is Sarah Ladislaw. I'm the Director of the Energy and National Security Program here at the Center for Strategic and International Studies. We're very pleased to have all of you here in the room, and the folks that are joining us on the web for what is one of our favorite events of the year.

We have Fatih Birol here with us today from the International Energy Agency. Fatih is the chief economist at the IEA, and also the lead author on the World Energy Outlook, a publication that we know all of you have come to count on as a source of insights and analysis on some of the key energy trends facing the energy sector, and some of the ongoing political-- and these days, geopolitical-- issues that we're discussing on a day to day basis.

We're very, very pleased to have Fatih here. I don't even know how long we've been hosting the WEO, and it is always one of our consistently very, very popular events. So we're very pleased to have all of you here today. It's actually quite shocking to have as many of you here on a Thanksgiving week as this. So that is a real true testament to the work that Fatih and his team put together.

So without further ado, we'll have Fatih give his presentation of this year's world energy outlook. Has a focus on nuclear energy, and also a special report that you all put out in October? October. On sub-Saharan Africa. But then also, just the insights on the policy direction, impacts on climate change, oil markets, and all of the things that we've come to really appreciate about the work that Fatih's team puts together in each of these reports.

So we'll have a bit of a presentation, and then we'll have a discussion with all of you. Looking forward to it. So please join me in welcoming Fatih Birol.

[APPLAUSE]

FATIH BIROL: So thank you very much, Sarah. And a very good morning to you, ladies and gentlemen. It is always a great pleasure to come back to CSIS. As Sarah said, it's one of our favorite events. And I can assure you that CSIS one of our most favorite venues to present our outlook. We are always very happy we have this warm welcome from Sarah, [? Frank, ?] [? Mr. Hamner, ?] and others.

Now today, I would like to take you through our last World Energy Outlook 2014, that we published two weeks ago. And I will first try to take you through what is the energy context we are in, we believe, and then try to give a look at the future. And after the presentation, as Sarah mentioned, we would be very happy to get your questions, comments, suggestions.

I should also thank the many colleagues here who give a hand to our work. Colleagues from [? DOEIC ?] here, met. And I have my colleagues here, [? Brant ?] and [? Ali ?] helping us. Mr. [? Hamner, ?] Frank, said I gave a very good contribution. Thank you very much to all of them.

Now where are we today? First of all, the current calm in the energy markets, we believe, should not mask the challenges we have in front of us. We believe energy security set to move high up in the international policy agenda very soon-- higher than it is today. We see oil prices coming to $80 in terms of the [? brand ?] prices. Lots of oil in the markets. Supply is plenty, demand is weak. But the what is happening in Middle East may well have major implications, as I will try to highlight in a minute, for the oil markets sometime soon.

In terms of gas markets, we are seeing the same movie third time. In Europe, especially, we see that the gas security is a permanent and serious issue. And putting these two things together-- looking at the countries today, we see some tensions, such as Iraq or the Middle East countries, Libya, Russia, Ukraine. Our first thesis is despite the slowdown in the prices-- prices coming down-- despite the less tension visible today, oil and gas security will be crucial for the international policy agenda in the next years to come.

The second point, which is stress point in our energy system is about the climate change. We have mixed signals. We are getting mixed signals about climate change. Of course, one very good news-- and I will comment in a minute-- US-China joint commitment, in terms of reducing the CO2 emissions, following the European Union's leaders having a 40% reduction 2030 commitment. This is of course a good one.

But when we look at the numbers, our report shows that last year, CO2 emissions increased again 2.6%, which puts the world perfectly in line with a temperature increase about 3.6 degrees Celsius, which would have devastating implications for all of us. And of this growth, about 60% of that growth came from one country last year, which is China.

Second, a rather important issue that we highlight every year, and we follow up very closely, and provide and police recommendations, is the fossil fuel subsidies for the consumers. In many countries, consumers at the pump station, electricity bill, and so on, pay artificially low prices-- extremely cheap prices, much, much, much cheaper than their economic value. And this is mainly in Middle East countries, in Russia, Caspian countries, in Asia, China, India, Indonesia.

What does this mean to put a subsidy to make the coal, oil, and gas prices much cheaper than what they are? What the governments are saying, the governments are saying to their consumers-- so their citizens-- please do dare to divert. If you do so, I will pay you money. This is more or less the translation of it. Or another translation would be, giving money to making the things much cheaper than what they are. Please don't very use the energy in an inefficient manner. Don't care about the efficiency. You use it-- waste it as much as you can. This is the message they are giving by the governments to their citizens.

But in line with our recommendations, and the recommendation of others, some countries now are taking the lower oil prices as an opportunity to phase out those subsidies, such as when Indonesia now. There's a major reform process in Indonesia and some other countries. But this is a major problem.

Third, I think a good news-- it's about an efficiency front. There are colleagues who are much more experienced than me, worked in the governments. They all knew, would tell us that efficiency as a concept, as a statement, came out in almost every government's programs, leader's speeches, the modest presentations like this, and so on, many, many years. But for the first time, we are seeing significant impact of efficiency policies on trends-- on numbers-- concrete effect, in terms of slowing down the energy demand growth in the countries, in the areas where those policies are introduced.

This is extremely good. And I will give you some examples on that. But one number that I believe is a very interesting number. Today in the world, three out of four new cars sold are subject to fuel efficiency standards. That is new, and it's very good. Efforts have started in Japan, in Europe, followed by in the US, especially the first Obama administration, putting the new standards, and then followed by China, and now in India.

Now, we are going to see already all these two stress points on the climate change and on the energy security. They are both very important stress points, and complex. Lots of interwoven aspects there. The question is, this change to address them-- are they going to be changed by the government policies, and steer them in the right direction? Or the change will be driven by the events themselves. And we do believe the first one may well be better.

So looking at the future. In the future, we see a change about the contribution of different countries in the global energy demands. When you look at the last 10 years, global energy demand increased by 30% in 10 years. It's a big increase. And about half of that growth came from one country, which is China.

And in the OECD countries-- US, Japan, European countries put together-- their energy demand was more or less flat. And we expect this to be flat for the next years to come. There's upward pressure on with the economic growth, but also strong downward pressure on the efficiency gains. So more or less flat.

The news is, at least for me, is that we expect China to slow down. And this has, ladies and gentlemen, effect on everything-- oil, coal, investments, CO2-- on everything it will have major effects. And why China is slowing down? There are three reasons. One, I mentioned efficiency policies. If there is one country I have to pick up and say, this country has very ambitious policies, plus, more importantly, implements them, and monitors the results, it is China, by far.

Second reason is the Chinese economy is slowing down and changes the nature-- moving from a heavy industry-based economy to a slowly but surely a luxury economy. This is the second reason why we see a slow down in energy demand growth. And third, Chinese population-- it is coming to a peak sometime soon, and then will decline-- the aging process, following the example of Japan. As a result of these three reasons, we expect the dragon will slow down, with all its implications on the energy markets and climate change.

But there is a new driver now of the global energy demand growth, which is India plus East Asia and the Middle East countries. They are the engine of the global energy demand growth. And we are already seeing in the last two or three years, the numbers are changing. While China, when you look at the last two years, China energy demand growth slowed down considerably, and the others are growing very strong.

Now, something on the costs, which is a major issue in Europe, in Japan, and in other countries. Are we going to lose our competitiveness vis-a-vis the United States because of the cost of energy? And our answer is most likely yes. With the current policies in place, with the current trends in place, most likely yes.

What we have done-- we look at the average cost of energy a consumer pays in different countries-- a household, an industry, what they pay for one unit of energy in the past and in the future. How does it change in different countries, the cost of energy to the consumers. When we look at 2008, there was already some difference between Europe, Japan, and the United States, in favor of US.

And after the shale revolution, while we see the cost of energy, for one unit of energy, decline in the United States, it increased almost everywhere else, which puts the United States in a very advantageous position. And the question is, what is in the future? What we expect is, there will be a still significant gap, in terms of cost of energy, between the US versus Japan and Europe. But more importantly-- perhaps much more importantly-- we expect Chinese cost of energy will be higher than even that of the United States.

This is mainly as a result of China declining to reducing the share of dirty but cheap coal, and replacing it with other fuels. This is, of course, an issue which is good news for the United States. We'll hold a strong position vis-a-vis almost all other major players here, and therefore something to take note of. Of Course, these trends may well change as a result of efficiency policies. If you use energy more efficiently, we can lower the cost of energy down.

Now, an issue about the oil markets-- something that we feel we need to put everything in perspective after the shale revolution in the United States. Many colleagues, many commentators, many of us think that, as a result of the shale oil revolution in United States now, and the prices are going down, then the situation looks much, much better and more comfortable for many years to come, a view that we strongly disagree, for the following reason.

First of all, between now and the next 2 and 1/2 decades, global oil demand will increase 14 million barrels per day, a modest but a healthy increase global oil demand. The question is, who is going to meet that demand growth? Which countries? When we look around, there are four strong shoulders-- US, Canada, Brazil, and Middle East. All the other countries put together-- North Sea, Russia, Mexico-- some increase a bit, some decrease a bit. But in total, in sum, they see a bit of their total production a bit of a decline.

So how are we going to meet that demand growth? United States we expect the oil production mainly coming from shale will increase through 2020s, [? big ?] increase, which is a very good news for the global markets, I think today the consumers in the world. All the United States that the price of oil, recently and now, are kept in a level which is providing a comfort zone for the consumers. So very good news.

But when will get the deposits of the shale oil, we expect the growth will be significant. But this is far from meeting the entire global oil demand growth. And we expect, as our colleagues from the EIA, some time soon that growth will come to a plateau.

From Canada, we also expect strong growth coming from oil sense, even though there are some challenges, we believe those challenges can be overcome. And we may well see a growth coming from Canada, which makes an important contribution. And the third strong shoulder is Brazil. Offshore production with them will get all these projects we can see, expect a significant growth coming from Brazil.

But there is still a big gap, especially around 2020s, when the production growth from US slows down, where will the oil come from? And there is only one address, which is the Middle East. If you know anything, gas in a province that we forgot visit us now. But this is the Middle East. And it is the very reason why we are very worried, among other things, about the current developments in Middle East.

Because of this growth in Middle East, half of it needs to come from one country, which is Iraq. When you look at the size of the reserves, when you look at the ongoing plans, when you look at the [? virginity ?] of the fields, it is Iraq. It's not only our view, it's a view of almost many serious organizations working on that. And in Iraq, of course, very easy geology, cheap to produce the oil, everything is OK. And the only thing is that you have invest every year $15 billion to make that oil come to the markets.

But today, in this security situation, having the appetite to invest in Iraq and Middle East countries-- many Middle East countries-- are close to zero. And assuming that the security issue today in Iraq and [INAUDIBLE] will not be resolved tomorrow-- will be with us for some time to come-- this is, we believe, a major issue. Because if you want to see a production growth in 2020s Middle East, we have to invest today.

It is not like electricity button, you just push the button and the light comes out. There are many oil colleagues here who know it better than me. It is five or six years of an elite [INAUDIBLE] project. And if you aren't able to invest now, how are we going to see the production growth which we badly needed in 2020s, unless there's a major economic problem which will push the demand down.

So from that point of view, we are very worried. And here the energy security is not only a problem for the IEA countries-- our own countries. Because today, a bit more than 50% of the Middle East oil goes to Asia. And tomorrow, it will be more than 90% of the Middle East oil will go to Asia. So therefore, there is a very strong common denominator between the Western countries and the Asian consumers, namely stability, and the investment in the Middle East countries to increase the production growth when we need it badly around 2020s.

Now, how does the current oil markets fit into this picture? First of all, why do we have the lower price? We think there may be many reasons, but two of them are key. Lots of supply coming from US, very successful growth of US oil production, and at the same time, weak demands. Many European economies weak, China is slowing down, Japan is in a recession.

But the question is, will it be down now-- prices-- for a very, very long time? Our answer is we don't think that it will be like this for a very, very long time, but there will be a downward pressure on the prices in the next couple of years. And this downward pressure may well mean that many companies may give a second look at their spending plans with the lower price levels.

And especially the countries, or the [INAUDIBLE] fields which require a certain level of prices can be more affected than the others. We may well see in North America current price levels, and especially if there's a downward pressure further on, may push the companies to look at their capital expenditures next year.

There are already some signs from some major companies to cut the spending during 2015, and this may well continue. In Brazil, a big part of the investments are carried out as a result of the cash flows coming to the Petrobras. And if they go down as a result of lower prices, this may well put a effect on their investment plans. So the very first effect of the lower prices is putting a downward pressure on the investment plans.

And second, if the prices stay at these levels-- $80 today-- while it gives a breathing space for the consumers, a comfort zone, which is very good. But when the prices go down, we may see an upward pressure on the demand growth, if the economy is in the normal trajectory. So the going from 100 tons to 80s may well give you upward pressure on the demand side.

So putting these two things together-- lower prices putting a downward pressure on the investments and the production growth, especially in the high cost areas. Second, putting upward pressure on the demand growth may well mean that we will need, in a lower price environment, perhaps more reliance on the Middle East oil, which once again makes our security concerns even much stronger, coupled with the investment challenges we are facing today.

Now, a couple of words on natural gas. We see that the natural gas is growing strongly almost everywhere in the world, and sometime soon will overtake oil as the number one fuel in the global energy mix into the case of time or so. Now, I said everywhere, but there is one exception it doesn't grow, which is Europe. In Europe, natural gas is in a winter sleep. We think natural gas consumption in Europe will go back to pre-2010 levels only around 2030s. So therefore, there is a big gap there.

And for Europe, while the European demand will stay more or less stable, European import needs will increase significantly as a result of the huge declines in the domestic gas production. And the question is, while Europe is now today is worried that they are getting a big chunk of their gas from one single source, with the growing import, is what to do. And one of the options here in the medium and longer term is LNG.

We see that the LNG trade is increasing substantially. Today 50% of the gas trade is made by pipelines, 50% by LNG. And we think this will grow significantly in favor of LNG, mainly as a result of many LNG projects are coming to a completion sometime soon.

And not only the amount of LNG is increasing, providing flexibility to the markets from 300 to almost 600 BCM. But perhaps more importantly, the countries which produce LNG are increasing. So double flexibility. Lots of LNG providing flexibility, plus the number of countries are growing. To the pure advance, we expect the US, Canada, African countries-- Mozambique, Tanzania-- and big projects from Australia. Lots of LNG coming to the markets.

This will make the hands of the consumers stronger in terms of the options they have in front of them. If they use their cards cleverly. However, we do not believe that so much LNG coming into the markets will bring the gas prices down, as many people hope, to the US gas price levels. That would be still a major price gap between the US and the rest of the-- Europe or Japan-- for two reasons.

One, the capital costs of LNG-- we have colleagues from LNG companies here-- are going up. And second, shipping gas from point A to point B is a costly business. So to bring the US cost to Europe costs about $6, $6.50, $7 just to bring it here, plus the price-- about $4-- it's already $11. So growing LNG is a very important trend, a good news for the consumers from a flexibility point of view. But the hope that the gas prices will go down is not the view that we subscribe.

Now, a few things on coal markets. We see that the coal demand is slowing down, with all its implications. Now, we have seen the coal demand peaking in Europe in mid-90s, 80s. Then the US, mid 2005. And now, the most important thing is we see a Chinese coal demand plateauing. This is extremely important. Even if you don't have anything to do with coal in your life, it is important for you, because you have to do something with gas. And this will affect coal gas price competition worldwide. This will affect the CO2 emission trends. This will affect the investment in renewable trends.

And this is what we are projecting. And I can tell you, leave aside our projections. Until last two years, Chinese coal demand increased 10% per year on average, like an automatic pilot. In the last two years, the growth rate in '12 and '13 was about 5% per year.

So you may say, 10%, 5%, what is the difference? The difference is, given the size of China, 10% versus 5% in one year is equal to all the ASEAN Asian countries, coal consumption put together. So all put the ASEAN countries there-- Thailand, Philippine, Indonesia, all of them is equal to the 5%. So this is very, very important. And this is mainly driven by local pollution concerns.

But do we expect India to move up, in terms of coal consumption, very strongly, and soon overtake US as the second largest coal consumer-- second after China. And as I said, we see coal slowing down. And we have already the first signals of that.

If the coal industry would like to see the trend going up still, the buttons to be pushed are on the technology front-- how to use coal through CCS, through other technologies in a friendly way. But this will have implications for the market equilibrium in many aspects.

Now, coming back to power sector. We again wanted to challenge one issue. Many colleagues think-- many governments think that the demand growth in the OECD countries are more or less flat, electricity demand growth. So electricity sector is not such an important sector anymore, because our demand slows down. This is, again, an idea we don't agree with. Because in the OPEC countries today, the need for building new power plants are not coming from the fact that the demand is growing, but mainly the existing capacity is retiring, and we have to replace them.

Today, worldwide, we have about 6,000 gigawatt of power plants, entire world. And within the next two decades, we see 40% of the existing capacity will leave us-- they will retire. Power plants, like the human beings, they produce power, come to a certain age, and then retire. This is the unfortunate destiny. So this is what happens. And then they are thrown out, the power plants.

So here, what happens is that, in the OECD countries, even though the demand growth of the existing amount is almost zero, we have to build a lot of power plants to replace the-- especially the terminal capacity. And what is the terminal capacity-- what is the new capacity coming from in the future? This will be mainly renewable energies, as a result of government support. And this is subsidies. About half of the growth of the new capacity worldwide will be renewables.

But when I say renewables, mainly hydro power, followed by wind and solar. And we see also a significant amount of natural gas. So we see more and more an approach in many countries between renewables and natural gas. So the point is, this retirement issue, especially in OECD countries, while it poses an important challenge in terms of funding the money, etc. It at the same time gives you an opportunity, if you want to give a new shape to your power system, going from coal to gas, or from coals gas to renewables, from centralized to decentralized-- whatever you want. You have now a chance to mix the [? cuts ?] again in the OECD countries.

And another challenge, especially for Europe, this is a major problem, and perhaps in the US as well, the penetration of renewables are so strong that you do not have enough reliable power to support the renewable energies.

In Europe, in the next 10 years, we need to build 100 gigawatts of uninterruptable power. It can be [? large ?] hydro, gas, or whatever. And appetite for investment is close to zero now.

And this is a major issue from a security of supply point of view. So therefore, to find a balance between the renewable policies and the system reliability remains a challenge for Europe, and perhaps in other countries, as well.

Now renewables, I said they are growing very strongly. And the good news is a big chunk of the renewables are coming from wind and solar, in addition to hydro power. And the amount of subsidies we are paying them will soon come down, as a result of cost reductions.

So this is definitely a very, very good development-- that the cost of renewables, in some cases, are coming down-- onshore wind and some solar technologies, which is good from the economists' point of view. But from a system reliability point of view, we still need to have reliable supply there.

As Sarah mentioned, every year we look at all the fuels in general, but one fuel in particular in depth. It can be one year oil, one year efficiency, one year coal. And this year, we look at the nuclear power. We see that many countries in the world are still interested in building nuclear power plants after Fukushima. We expect there will be strong growth. And this growth will come mainly from non-OECD countries-- mainly but not exclusively.

And they are driven by three factors. Renewables-- many countries believe it is good for energy security. Second, it is a reliable base load generation of electricity. And third, a very important tool to reduce carbon dioxide emissions. So as a result of these drivers-- energy security, economics, and the climate change-- we expect the renewables will grow. But with the current policies, we do not see a nuclear Renaissance in sight.

In Europe, we are seeing a big decline of nuclear capacity, mainly as a result of retirements, because of their age come to a certain level. Because we built most of the nuclear power plants in Europe 50 or 60 years ago. And as a result of some governments, such as Germany, Belgium, and others, want to phase out their nuclear plants in a premature way.

And of course, with all respect to all the governments to choose this way or that way, I personally believe it is the government's responsibility, if they phase out one technology, they have to make sure that have this gap, with which technology it is going to be compensated, filled. And what are the economic, energy security, and climate change implications of this new plan? I think this is very important.

In Japan, we expect it slowly but surely we will see nuclear plants come in the command stream, after the Fukushima incident. And there will be a few new additions. But we will also see some retirements in Japan, as well. But in sum, we expect the Japanese nuclear power plants will still play an important role in the Japanese energy future, but will be less pronounced than before Fukushima.

Yes, we expect some net increase. There's six gigawatt of plants under construction, especially in those areas where prices have a more regulated nature. India and Russia, they are making a significant amount of efforts to build nuclear power plants. Both of them are building today, especially India. Russia has huge plans. We are discounting their plans, taking it through a feasibility filter.

But, ladies and gentlemen, the biggest growth in terms of nuclear comes from one country only, which is China. About 50% of the new nuclear capacity in the world will come from China. And where you look at effect today. Today we have 80 gigawatts of plants under construction-- 80 gigawatts. Half of it is being constructed in China.

So what are the implications of that? First one-- there are many, but I want to say two of them. The first one is, China is today developing its own nuclear technology, and by building, constructing a lot of nuclear power plants, bringing the cost down. And we may well see China soon to be a serious competitor to Western countries, in terms of exporting the nuclear technology.

Today, the main nuclear technology countries-- North America, Europe, Japan, Korea-- we may well see China with a new generation, and lower costs may well be a serious competitor there, with all its implications. Second, today in the world 80% of the nuclear plants are in OECD countries, 20% in non-OECD countries. As a result of this picture, in two decades of time, it will be 50% OECD, 50% non-OECD countries of the nuclear power plants worldwide. And of course, this will have lots of implications in terms of climate change, in terms of energy security, and all other issues.

For nuclear today, we see two major challenges. One is to finance the process. The other one is the public concerns. And in terms of public concerns, we think governments who are really seriously want to address the nuclear plant must listen the concerns of the people, and try to address them. There are two of them we want to highlight.

The first one is that we expect, in the next two decades or so, we will see, as a result of natural and policy-related retirements, we will see 200 nuclear power plants are going to retire. And up to now, we've experienced worldwide with retirements about 10 nuclear power plants, more or less, decommissioned.

So how are we going to deal with these 200 nuclear power plants retiring? How we are going to decommission them? What to do with them? We don't experience-- and in most of the countries, we are not well prepared how to deal with them. And this is not only for the countries who want to pursue nuclear policy, but also the ones who want to say goodbye to their nuclear policy. What are we going to do with these 200 nuclear power plants? A serious challenge in front of us.

The second one is about the waste. Today, as a result of generation of nuclear power in the last few decades, we have about 10,000 to 15,000 tons of nuclear waste. And this will be doubled based on the projections I show to you coming from different countries. And today, when we look at the world, the attempts to dispose the nuclear waste is very, very limited.

There are many temporary solutions, but to have a permanent solution, the international efforts are not at their maximum what they have to be. And therefore, our call is that there is a need for concerted international efforts to fund a solution to the high level waste, once again, within the international collaboration framework. And we have enjoyed very much the proposal of the suggestions we got from Mr. [? Hamre ?] in that context.

So before finishing, an important issue-- a critical issue-- which is the climate change. Now, energy sector, as you all know, is the main responsible sector when it comes to climate change. Why? More than 2/3 of the emissions causing climate change come from the energy sector. So if you wanted to look where we are today in terms of climate change, because the scientists told us that, in order to keep the world more or less like today, temperature increase should be maximum two degrees Celsius, which is, I think, if I'm not wrong, nine degrees Fahrenheit, if I am not wrong.

So how we want to see very obvious today, with that perspective. Mother Nature told us that, you human beings, I give you a budget, an allocation of dirtying the world-- putting your CO2 in the atmosphere-- which is 2,300 gigatons. If you emit more than this, you jump on the threshold, and just get ready to be in a different world. This is our threshold, and it's agreed these two degrees target by the world leaders a few years ago.

And when we look at where we are, as of today, we human beings already consumed half of the budget given to us. So the allowance of dirtying the world, half of it is already used-- through the Industrial Revolution, most of it-- by using a lot of coal, oil, and gas, putting a lot of carbon in the atmosphere.

And if we continue with our current policies with the projections I showed to you, which takes into account the new policies put in place, we see that around 2040, we are completely exhausting the budget given to us. So then, because the emissions in 2040-- about 80% of the emissions in 2040 is already determined today-- the investment we are making today. So we are looking in at that future.

So it means if we don't have a major change in the energy investment trends, we may well say goodbye to the world we used to have since several centuries. And in that context, to give a signal to the energy investments-- clean energy investments and efficiency, I believe we have a historical chance, which is the chance in Paris next year-- 2015 Paris meeting.

And before that meeting, we have heard very encouraging news. First of all, European Union made a statement, has now a package reducing the emissions by 40% in 2030. Second, President Obama and President Xi jointly announced a commitment for both countries. And this is extremely important for three reasons.

One, numbers. US plus China responsible for 45% of the emissions, plus Europe, 15%-- all together, 60% of the emissions-- there is a political commitment at the highest level. The countries which show the responsible leadership at the international level-- 28 European countries plus United States plus China. This is the in terms of numbers.

Second, this I believe, especially China and US, being a part of the game, this will inject a very strong political momentum to the Paris process. It will be more and more difficult for the countries who are other significant emitters who will not be a part of the coalition of finding a solution. It will be very difficult for them to afford not to be part of the countries who want to find a solution. And these countries are, I said, the 28 European countries, US, and China. The political momentum, number two, all these countries.

Number three. I believe the key issue here is China. In Europe, and I believe in North America, in Asia many people who drag their feet to find a solution to climate change said, say, and will say that we can do a lot of things to reduce the CO2 emissions. But if China doesn't move, we cannot find a solution. So why should we punish our economy, if China, the largest emitter, doesn't move?

And now, China moving, making such a commitment for the first time, putting a target-- if you wish we can discuss this target, what it means-- is, for me, taking that argument from the hands of the people who drag their feet.

To sum up, I am cautiously optimistic about this Paris event. And it may be well our last chance to give the right signal to the clean energy investment so that we can be in line with our two degrees target, or at least we don't throw the two degrees target in the trash. Currently, the clean energy investments-- for efficiency, for renewables, for nuclear, and so on-- are about $400 billion. In our essential scenario, which finishes everything around 2040, the budget is closed, they are already increasing to us.

But to be able to see to save the world, if I may say so, to save the planet, we need to increase the clean energy investment four times compared to today. And this will not happen if there is not a serious signal coming to investors that they will be punished or they will be rewarded with their investments coming, depending on the technology they choose. And Paris may well be the kickoff of that very new way for accelerating the clean energy investment trends.

So, ladies and gentlemen, if I can finish up our words, I believe, in terms of energy security, there is a growing risk at present in a number of parts of the world that are very important strategically for the energy sector. Iraq, Libya, and other Middle East countries, Russia, North Africa-- these are very crucial countries, provinces. And as such, the current lower oil prices should not disguise the challenges we have in front of us. And I believe energy security will be a crucial issue in the next years to come.

What is happening in the Middle East today raises concerns about the investment flow in the region as a result of lack of security, lack of predictability. And if the investments will not come in a timely manner, we may well see the future production work is very, very weak, and this may bring challenges for the oil markets.

Many countries believe nuclear energy can play an important role in terms of improving energy security, addressing climate change, but the public concerns remain a major issue, together with financing. And these need to be addressed if the governments take the nuclear expansion plans seriously.

We are in the opinion that the success story in Paris may well change the flow of investment for clean energy technologies, renewables, efficiency, nuclear power, switch from coal to gas. But to do that, we have to see an agreement-- a major political will coming from Paris. And as such, the recent China-US deal following the European targets is a very welcome step.

And finally, we at the IEA believe that the market instruments are the best to address energy sector challenges for sure. But looking at the complexity of these two major problems we are facing-- energy security, oil, gas, economics, foreign policy defense, all of these things-- plus the climate change. So many things are involved. There is a need that these market policies are put in a framework by far-sighted government policies to steer us in a right direction.

Thank you, and thank you very much for your attention.

[APPLAUSE]

SARAH LADISLAW: Fatih, thank you very much for that wonderful and comprehensive look at-- well, actually, it's probably not comprehensive. There is probably a lot more in the WEO than what you highlighted there. But certainly a lot of issues to talk about. We have about 20 minutes for conversation. I'm going to open up to the audience in just a moment. But I thought maybe I'd start with a couple of questions that I had.

One is, you were pretty pessimistic about the prospect for increased investment in the Middle East given what you term as turmoil, right? But you were also pretty positive about investment in Brazil, which, to some outside perspectives, could look kind of tumultuous, as well. How much of your view on both of those countries is predicated on a security environment, versus the investment commercial framework governance architecture that both put on the table?

Because I could argue that, for both of those regions, those are really the crux of the issues that dissuade investment.

FATIH BIROL: I thank you. For Middle East, the main reason why we are-- I wouldn't say pessimistic, but we are question the growth from Middle East around 2020s is lack of investment, not because of the economies, but because of the security issue here.

The current lack of security and the unpredictability of the Middle East may well mean that some key investments are not carried out, especially in Iraq, where we expect half of the growth to come from. And when we talk with Iraqi colleagues today, we see that the appetite for investment is almost close to zero. This is the reason why we are concerned.

For Brazil, this is a different story. This is a story of the ability of Petrobras to be able to raise the necessary funds. And as we highlighted in our report, and also try to do it now, if the prices go to $80 and below, we may see that Brazil may be one of the regions which will have the toughest challenges, because their investments are basically financed through cash flows. And if they go down, they need to go and increase their debts, which would be a major issue for Petrobras. Of course, there's an important question mark about the production growth coming from Brazil, as well.

SARAH LADISLAW: Maybe turning the page a little bit on the issue of subsidies-- an issue that I would give you all, and the IEA in general, tremendous credit for actually framing a lot of the debate, and actually quantifying a lot of how we talk about energy subsidies on both the fossil-based and renewable energy side of the equation.

You mentioned that there was progress being made on the subsidies issue. Can you characterize a little bit the nature of that progress? Because I think one of the ways you had talked about it was sending a signal about using energy inefficiently, or using one kind of energy versus another. For a lot of the countries where these subsidies exist, one of the real political challenges of getting them removed is they see them as an access issue or an equitability issue. Are we becoming smarter about how we implement sanctions? And are you guys seeing evidence of that in your research?

FATIH BIROL: I think these subsidies-- exactly. Subsidies are being questioned by many governments, mainly because of the pressure on the budget. Because governments are feeling this big pressure on their budget. And it is becoming, even for the oil-producing countries, becoming a major problem. In Indonesia, the main reason that they move ahead is because of the government budget cannot afford any more. And there was a new government. A freshly-elected government has the strong confidence of the voters. And they took a very good step in the right direction, very much in line with our suggestions.

In Middle East, many governments are taking steps, especially in power generation. Today in Middle East, we use two million barrels per day of oil to generate electricity. From economic point of view, this is not economic, I should say. I didn't want to say something. It is something like that.

To run your car, you use Chanel Sinq perfume. So this is to run your car. It is not economic very at all. But the governments are seeing it, and they are moving to gas, especially, and others. Again in Middle East-- I say Middle East because half of those subsidies are in Middle East countries-- it is, for me, it is unbelievable that on one hand, governments want to improve the renewable energies. They have a market share. On the other hand, they are putting substantial subsidies for fossil fuels.

This is unbelievable, because you push the renewables in order to have a better chance to compete in terms of prices, so you get your subsidies. But you give more subsidies to fossil fuels. And you have no chance. This is definitely not a right way.

And as you said, we work on Africa this year. And one of the reasons why people say we have subsidies for energy is to protect the poor. And our numbers show that, out of this money-- $550 billion-- only 8% of the subsidies go to 20% lowest income groups. And more than 90% of the subsidies go to medium and higher income groups. So it doesn't at the end help the poor, it helps more the middlemen higher income levels.

So therefore, we have some suggestions in the context with at the G20, how to realize these subsidy reforms. And we will be working also this year with the Turkish G20 presidency to move the subsidy program further.

SARAH LADISLAW: Here one final question from me, and then we'll open it up to the audience. And you know I can't get away with not asking a climate change question. And one of the interesting things for those of us who have read your report for years upon years, and look at the climate messages that you brought, I think one year it was the door is almost closed.

And then the next year, it was just avoid the lock in. And you've basically said, last chance for 2 degrees. Is that how you are really characterizing Paris and putting your long-term forecasting hat on? What needs to happen in Paris to feel confident that we're on that path? And if we're not, what comes next?

FATIH BIROL: The thing is if-- you have to understand one thing in the energy sector, which is very different than the others. Tomorrow's-- in 20, 30 years of oil, gas, coal, CO2-- trends are determined by today's investments. So it doesn't-- there's a long lead time. The decision and the impact, there's a big time lag here. So the 2040 trends-- 2040 CO2 emissions are determined today's investments

So if we are not able to get our acts together and give a new impetus to clean energy investments, unless, as I said, unless there's a major economic downturn, we have to say goodbye to the two degrees world. This is what we are seeing.

And to be very frank, we done if we are able to get the Paris agreement, which is the one which could give a signal to all the countries, investors, and others that a climate change is a major issue when you make your business plans. If it doesn't go through, it can be a true international agreement, through a ceiling, through some type of allocation of responsibilities, then we better try to find out, what are the ways to get used to in a different planet?

SARAH LADISLAW: OK, we're going to take some questions now. We've only got about 10, 15 minutes left. So I'm going to group them in threes. Please wait for the mic, identify yourself, and put your question in the form of a question, please. We'll start right here.

AUDIENCE: Brian Beary, Washington correspondent for Europolitics. Just a Europe question about the price differential you mentioned, and the competitiveness issue. Is there a possibility that if Europe increased its own shale gas production, that some of that competitiveness issue would be addressed?

SARAH LADISLAW: Right here. Right here. Yeah.

AUDIENCE: Hi. Chen [? Wai ?] of China Daily. Do you have any China-specifical recommendation or comments on its nuclear energy plan? Actually, specifically, I mean the government announced last week to triple the nuclear power generation capacity by 2020. And more will be under construction. Thank you.

SARAH LADISLAW: And did we have a question over on this side? Yeah, we got Will right up here. Oh, Jamie, did you have one?

AUDIENCE: Yeah I did.

SARAH LADISLAW: Oh. Jamie, go ahead, and then Will. We'll take four. I lied.

AUDIENCE: Thank you. Fatih, thanks so much for your comments. In the short term, this week is the OPEC meeting, and you are unique in that you have worked for both OPEC and now at the IEA. How much do you think that the US shale boom is going to end up complicating, if at all, that OPEC decision, both just this meeting, but also over the next year to two years?

SARAH LADISLAW: OK, and then one final one from Will Cole.

AUDIENCE: Will Cole, Johns Hopkins. Question on nuclear power. Some industry people would contend that the prospect of SMRs-- small modular reactors-- could give a very positive stimulus to the industry, because they would be cheaper, shorter construction times, safety, etc. Yet none of these have been licensed so far. I'm just curious, how did you treat that issue in your analysis of going forward?

FATIH BIROL: In Europe, we have today a significant amount of shale gas deposits in Poland, Germany, France, UK, if you consider Ukraine. But we cannot expect that, in the next 10 years, it will bring a major contribution to European gas supply. Having said that, if we start to work very hard, and if we get rid of the dogmatic barriers we have in front of us, not to make use of shale gas, it may well help us, at least to compensate the decline in the European commercial and gas production. And as such, could be a important factor in improving the competitiveness of Europe.

This will not be enough to close the gap between Europe and the United States, but it can definitely helpful in terms of narrowing that gap, and also good for the gas security of Europe.

Now, nuclear energy in China-- this is definitely one of the most important push that China has in its energy history. When I look at our numbers, China is making a lot of efforts on efficiency and renewables. But when I look at the nuclear numbers, they are very, very impressive, which means half of the growth in the global nuclear capacity will come only from China.

This reminds me, at that scale, China, between mid-1980s and mid-1990s-- in 10 years of time-- brought electricity to half a billion people. There was 500 million people didn't have access to electricity, but there was a big collective action, and China brought electricity to those people as a result of government decision. This at the same level, it will be very important for reducing the share of coal in the Chinese power gen mix. It will be very good for reducing the CO2 emissions, and it will bring China as an important nuclear power.

And in terms of nuclear capacity, China will overtake United States as the number one nuclear power in the world. So as such, I think the Chinese emergence as a major nuclear power producer will redefine the nuclear landscape, if the other countries do not change their policies.

The third question-- yes. What do we expect from the next OPEC meeting? It's a question that I will not be able to comment. But I can tell you the following. Shale oil from United States, oil sands from Canada, these are extremely important developments in the hydrocarbon sector, revolution in nature. And this provides a lot of comfort. This provides the energy security zone for many people. As such, they are very, very important.

However, I would highlight that we will soon forget that even these two success stories, we will still need Middle East oil in the future. I think we should therefore view the current investment issues, current security issues in Middle East from that angle. We shouldn't be blind with the big numbers we are seeing today. There is also tomorrow. And this is very important to putting therefore, I believe, in perspective.

SMRs are important, especially given the growing appetite of many emerging countries who cannot finance standard nuclear power plants. But we need to see the feasibility and transferability from one country to another. But as we have heard that in our report, they may well play an important role in the emerging countries where the finance is limited, but the electricity demand is growing, and they have limited natural resources.

SARAH LADISLAW: OK. Let's take a couple more questions. We got time for one more quick round. So we got on back there, and do one over here.

AUDIENCE: Yeah. Nina Gardner, Strategy International. Hi, Fatih. Just reacting to something you just said. How do you square the whole tar sands issue with the two degrees centigrade target? I don't see how you can square that hole.

SARAH LADISLAW: OK. And then a question over here.

AUDIENCE: Hi. It's [? John Cleo ?] from [INAUDIBLE]. The same continental investment [INAUDIBLE] Asia [INAUDIBLE]

SARAH LADISLAW: OK. Just because I think your mic wasn't on. It was a question about gas price decline in Asia. OK. And then we have one more right here. Joe, can we get that one?

AUDIENCE: Jeff [? Bouvier, ?] private investor. How confident are you that CO2 is the most important-- it's is the most important, but how confident are you the other gaseous pollutants are contributing to global warming? Thank you.

FATIH BIROL: OK?

SARAH LADISLAW: Mm-hmm.

FATIH BIROL: So oil sands, or as you describe in a tar sense, they do emit more emissions than conventional oil. That is true. But if you put it in a context-- how much additional CO2 comes from oil sands vis-a-vis conventional oil, the difference is really, really very limited. I will tell you the numbers.

In our report, we expect that the oil sands will increase about 3 million barrels per day. If we assume this 3 million barrels per day wouldn't come from oil sands, but would come from average conventional oil somewhere else, these 3 million barrels per day, and oil sands stays as it is, the difference of additional CO2-- oil sands versus conventional-- is equal to not even one day of emissions of China in an entire year-- well, 23 hours. Very small additional CO2 emissions growth.

Yes, there is an increase there, but it is very, very small if you put it in that context. And if we want to see oil sands to play a role, for energy security role for something else, then we have to find a way to compensate these 23 hours of China's daily CO2 emissions growth. It can be carbon capture and storage, it can efficiency, it can be renewables through other technologies.

Gas price in Asia-- I didn't say that it will not be a downward pressure on the prices. But what I said is that we should expect that it will be that the US price is everywhere. There would be at least a downward pressure if it comes there, but we shouldn't also forget that the cost of capital of building LNG facilities are going up. And therefore perhaps we will not see today's $16, $17. But we will see a downward pressure, but it will be very much far from what we have in the United States today. But to US gas is definitely have help to provide some flexibility in the markets in Asia. It would also bring a downward pressure on the prices.

There are other gas systems-- CO2, methane is another gas, and there are many other gases. But the CO2, when we talk about the energy sector, CO2 is one of the most potent gas, together with methane, and the others. That is the reason, since more than 2/3 of the emissions of CO2 comes from the energy sector, it is the very reason we look at CO2. But other gases are important-- methane. And for methane, the main issue is this point often belongs to us have to reduce them. And it is rather-- compared to CO2-- easier to fix, to be honest with you, through some technical and regulatory measures.

SARAH LADISLAW: OK. Well, I think we've come to the end of our time. I just wanted to thank Fatih for being here. I know you've got to go to New York and continue the WEO tour. But given your description of retirement and the power generation sector, we know there's no risk of you retiring anytime soon. So we'll hope to see you again here sometime in the very near future.

I want to thank you and your team for the excellent work that you bring to the broader energy discussion. On our side, I want to thank Annie Hudson on our team for putting together today's event. And please join me in thanking Fatih.

With this video, you will have a quick glimpse at the natural resource industry: supply and demand, how big is the natural resource industry, import/export issues related to natural resources, cost of extraction, the importance of technology innovation (fracking), policy and regulation, prices, environmental impact, society dependence on natural resources, etc. Tools of evaluation that will be covered include compound interest calculation, rate of return analysis, escalated and constant dollars, uncertainty/risk analysis and tax issues. All these aspects enter into geo-resource evaluation and investment decision making, so welcome on board and enjoy the journey we will be taking together.

Another topic I am particularly interested in is the uncertainty embedded in geo-resource projects and the new evaluation method such as real option approach. We will cover this advanced evaluation technique in the second half of the course.

The study of resource evaluation and investment decision making is part art and part science. As such, you will see that the learning comes with reading the textbook and completing the different class activities. You will learn the most from each other and most probably will end up working together in the industry after your graduate. So, take advantage of this opportunity to build long-lasting professional relationships!