Dec
12
Filed Under Environment | Comments Off
Daniel Yergin asked:
Over 1200 people turned up on June 5th in Sao Paulo, Brazil, for the “Ethanol Summit” - billed as the world’s first ethanol “congress.”
Among them was CNBC’s own Global Energy Expert, Daniel Yergin, who, as one of the keynoters, was charged with delivering the global energy view. CNBC’s Website caught up with Dan, chairman of Cambridge Energy Research Associates for a few questions between planes-en route from Sao Paulo to the St. Petersburg Economic Forum in Russia.
Brazil is way ahead of the U.S. in terms of ethanol production. What can we learn from their experience?
Brazil is ahead of the U.S. but not in terms of volume. The U.S. produces more, and output is growing fast. But Brazil is ahead in terms of experience -30 years of commercial activity- and cost. Its great advantage is that it is by far the low-cost producer.
Why?
Ethanol based on sugar cane is easier to produce. You’re starting with sugar. Corn needs to be turned into sugar. Another reason became very evident when, on a rainy, muddy Saturday - and an hour’s flight from Sao Paulo, and another 40 minutes by car into the countryside - I tramped around a mill and went out into the fields to watch sugar being harvested by state-of-the art harvesting machinery. These are highly integrated operations.
One of the key reasons for their low cost is that the mills are self-sufficient in terms of energy; they make their own electricity out of baggasse, the ground-up waste product from the sugar cane plant.
What has the ethanol experience done for Brazil’s energy consumption?
Ethanol has had its ups-and-downs, its booms and busts and disillusionment in Brazil. But people learned a lot. Today over 80% of new cars can operate on either gasoline or ethanol. And Brazilian gasoline itself is 23% ethanol. So, when you add it all up, about 40% of Brazilian auto fuel is ethanol, and that share is going to increase.
But keep scale in mind. The entire consumption of ethanol in Brazil is equivalent to about 3% of the U.S. gasoline market.
Is ethanol considered the long term solution for Brazil, or are they looking to future methods of fuel savings?
Brazil is committed to ethanol. Deeply committed. It’s one of the main things that President Lula talks about on his trips around the world. The Brazilian state oil company, Petrobras, is planning long-distance ethanol pipelines.
Dilma Rousseff, who chaired my panel, is the former energy minister and now Minister of State and Chief of Staff to the President Lula. In her own remarks, before she introduced me, she said that while renewables are about 15% of total world energy consumption, in Brazil — because of ethanol and hydropower — they are 45%. The renewable share will go up as ethanol use increases and as increasing amounts of bagasse from sugar cane is used to make electricity.
What were the major issues at the conference?
There was a lot of discussion about technology, markets, logistics, policies and regulation, and — of course — about cellulosic ethanol, the “second generation” ethanol.
But the big underlying question was whether and when a global traded commodity market in ethanol would get going. If it does, Brazil will likely be the dominant supplier. In CERA’s own new renewables study, we estimate that, in such a market, 70% to 80% of traded biofuels would come from Latin America, primarily Brazil.
Is this just a question for Brazil?
No. People in the rest of the world are beginning to see that opportunity. Three years ago, ethanol was not on the international investment agenda. Today a good deal of money from the United States, Europe, and Japan is flowing into Brazilian ethanol, often in partnership with the family businesses that are characteristic of the Brazilian business. These are investors who are betting on a global market.
George Soros stirred up quite a lot of attention at the conference when he announced that he is investing $900 million in Brazilian ethanol. He got even more when he described himself as a “speculator” in plunking down that much money, owing to the uncertainties that he sees about regulation in Brazil and about tariff and trade policies in the United States and Europe.
If the U.S. were to implement ethanol usage on the scale Brazil has, what would it do to U.S. gasoline consumption?
Forty percent of U.S. gasoline! That would be almost four million barrels per day! It took Brazil 30 years to get most of the distribution system into operation. You can see how the United States could get up to 900,000 or a million barrels per day with conventional U.S.-produced ethanol.
Down the road, it’s highly likely that Brazil along with other countries will be exporting ethanol to the United States.
But to get to really big numbers will take that breakthrough in cellulosic ethanol that people are working on. And the estimates for the timing are all over the lot. And then there would be the big-ticket costs to lay out the logistics across the country. It took Brazil 30 years.
What’s your takeaway?
There are two. First, it’s how quickly perceptions of Brazil and its ethanol have changed. A few years ago, it looked pretty peripheral, even parochial, from an international point of view. Today, it’s taken very seriously, and Brazil could well end up a significant oil exporter — except it won’t only be oil from its offshore oil wells, but also ethanol from sugar farms. This will add to the diversification of the global fuels market.
The second is that in years past, Brazil was not an important country from an energy point of view. Today, it is at the forefront in deep water drilling — it has added half a million barrels of capacity since the beginning of this decade. And it is at the forefront of ethanol. They expected 500 people at the conference. More than 1200 showed up. And an awful lot of them were not from Brazil!
JIM
Over 1200 people turned up on June 5th in Sao Paulo, Brazil, for the “Ethanol Summit” - billed as the world’s first ethanol “congress.”
Among them was CNBC’s own Global Energy Expert, Daniel Yergin, who, as one of the keynoters, was charged with delivering the global energy view. CNBC’s Website caught up with Dan, chairman of Cambridge Energy Research Associates for a few questions between planes-en route from Sao Paulo to the St. Petersburg Economic Forum in Russia.
Brazil is ahead of the U.S. but not in terms of volume. The U.S. produces more, and output is growing fast. But Brazil is ahead in terms of experience -30 years of commercial activity- and cost. Its great advantage is that it is by far the low-cost producer.
Why?
Ethanol based on sugar cane is easier to produce. You’re starting with sugar. Corn needs to be turned into sugar. Another reason became very evident when, on a rainy, muddy Saturday - and an hour’s flight from Sao Paulo, and another 40 minutes by car into the countryside - I tramped around a mill and went out into the fields to watch sugar being harvested by state-of-the art harvesting machinery. These are highly integrated operations.
One of the key reasons for their low cost is that the mills are self-sufficient in terms of energy; they make their own electricity out of baggasse, the ground-up waste product from the sugar cane plant.
What has the ethanol experience done for Brazil’s energy consumption?
Ethanol has had its ups-and-downs, its booms and busts and disillusionment in Brazil. But people learned a lot. Today over 80% of new cars can operate on either gasoline or ethanol. And Brazilian gasoline itself is 23% ethanol. So, when you add it all up, about 40% of Brazilian auto fuel is ethanol, and that share is going to increase.
But keep scale in mind. The entire consumption of ethanol in Brazil is equivalent to about 3% of the U.S. gasoline market.
Is ethanol considered the long term solution for Brazil, or are they looking to future methods of fuel savings?
Brazil is committed to ethanol. Deeply committed. It’s one of the main things that President Lula talks about on his trips around the world. The Brazilian state oil company, Petrobras, is planning long-distance ethanol pipelines.
Dilma Rousseff, who chaired my panel, is the former energy minister and now Minister of State and Chief of Staff to the President Lula. In her own remarks, before she introduced me, she said that while renewables are about 15% of total world energy consumption, in Brazil — because of ethanol and hydropower — they are 45%. The renewable share will go up as ethanol use increases and as increasing amounts of bagasse from sugar cane is used to make electricity.
What were the major issues at the conference?
There was a lot of discussion about technology, markets, logistics, policies and regulation, and — of course — about cellulosic ethanol, the “second generation” ethanol.
But the big underlying question was whether and when a global traded commodity market in ethanol would get going. If it does, Brazil will likely be the dominant supplier. In CERA’s own new renewables study, we estimate that, in such a market, 70% to 80% of traded biofuels would come from Latin America, primarily Brazil.
Is this just a question for Brazil?
No. People in the rest of the world are beginning to see that opportunity. Three years ago, ethanol was not on the international investment agenda. Today a good deal of money from the United States, Europe, and Japan is flowing into Brazilian ethanol, often in partnership with the family businesses that are characteristic of the Brazilian business. These are investors who are betting on a global market.
George Soros stirred up quite a lot of attention at the conference when he announced that he is investing $900 million in Brazilian ethanol. He got even more when he described himself as a “speculator” in plunking down that much money, owing to the uncertainties that he sees about regulation in Brazil and about tariff and trade policies in the United States and Europe.
If the U.S. were to implement ethanol usage on the scale Brazil has, what would it do to U.S. gasoline consumption?
Forty percent of U.S. gasoline! That would be almost four million barrels per day! It took Brazil 30 years to get most of the distribution system into operation. You can see how the United States could get up to 900,000 or a million barrels per day with conventional U.S.-produced ethanol.
Down the road, it’s highly likely that Brazil along with other countries will be exporting ethanol to the United States.
But to get to really big numbers will take that breakthrough in cellulosic ethanol that people are working on. And the estimates for the timing are all over the lot. And then there would be the big-ticket costs to lay out the logistics across the country. It took Brazil 30 years.
What’s your takeaway?
There are two. First, it’s how quickly perceptions of Brazil and its ethanol have changed. A few years ago, it looked pretty peripheral, even parochial, from an international point of view. Today, it’s taken very seriously, and Brazil could well end up a significant oil exporter — except it won’t only be oil from its offshore oil wells, but also ethanol from sugar farms. This will add to the diversification of the global fuels market.
The second is that in years past, Brazil was not an important country from an energy point of view. Today, it is at the forefront in deep water drilling — it has added half a million barrels of capacity since the beginning of this decade. And it is at the forefront of ethanol. They expected 500 people at the conference. More than 1200 showed up. And an awful lot of them were not from Brazil!
JIM
Nov
15
Filed Under Environment | Comments Off
Paul Fezziwig asked:
What are Flex Fuel Vehicles (FFV) ? These vehicles run on E85, which is short for 85% ethanol 15% gasoline and can also run on regular gasoline, there are already a few million of them in America. They are essentially the same as the gasoline cars we drive today, they just offer the option to use a different fuel mixture.
Why the fuss ? Well, the ethanol can be created locally from products like sugar cane, wheat, corn and wood, not middle eastern oil. Brazilians already faced the problem of middle eastern oil dependency over 10 years ago and decided to use their own oversupply of sugar cane to make the ethanol. They now use these flex fuel vehicles (FFV) as commonly as we use our gasoline cars and are essentially independent of world oil price gauging and in the process strengthened their own farming industry by using their own sugar cane and the E85 even produces less green house gases.
North Americans have an oversupply of wheat and wood to make their own ethanol and this too would benefit local farmers and reduce dependency on foreign oil. Local ethanol producing companies are now seeing increased investing as demand exceeds supply. These companies and flex fuel cars also have bi partisan support politically, so you can expect even more support for the ethanol producing companies and FFV advocacy (only oil and gas funded politicians oppose such development)
GM has acknowledged this as a viable North American solution for our gas woes (and their sagging sales-see below) and is developing the upgrades necessary to convert their larger cars to FFV. Apparently it cost them about $250 to upgrade the larger pricier cars to FFV, which makes more sense with higher profit margin luxury cars where $250 is less of an issue to deter buyers.
Toyota is hot on their heels to catch up with this technology but faces an uphill battle as its price conscious smaller cars with lower profit margins cannot absorb the extra $250 as easily. (Personally I can’t wait to buy a flex fuel Prius)
Who would of imagined GM as a leader in producing a greener car for north Americans! Their motivation is driven by poor sales of larger fuel in-efficient cars due to high gas prices of course. I guess this is one benefit of high gas prices.
While this is a promising solution to our gas woes more research is needed as some oil and gas lackeys argue it’s too expensive to produce the ethanol, which seems odd, seeing as cash starved Brazil can make it work after politicians committed to it. There will no doubt be increased efficiencies in ethanol production and lower cost of production with private and public sector support of these companies. With no disrespect to Brazil, if they can do, so should we.
Mr Fezziwig
Green Cars Now
NICKOLAS
What are Flex Fuel Vehicles (FFV) ? These vehicles run on E85, which is short for 85% ethanol 15% gasoline and can also run on regular gasoline, there are already a few million of them in America. They are essentially the same as the gasoline cars we drive today, they just offer the option to use a different fuel mixture.
Why the fuss ? Well, the ethanol can be created locally from products like sugar cane, wheat, corn and wood, not middle eastern oil. Brazilians already faced the problem of middle eastern oil dependency over 10 years ago and decided to use their own oversupply of sugar cane to make the ethanol. They now use these flex fuel vehicles (FFV) as commonly as we use our gasoline cars and are essentially independent of world oil price gauging and in the process strengthened their own farming industry by using their own sugar cane and the E85 even produces less green house gases.
North Americans have an oversupply of wheat and wood to make their own ethanol and this too would benefit local farmers and reduce dependency on foreign oil. Local ethanol producing companies are now seeing increased investing as demand exceeds supply. These companies and flex fuel cars also have bi partisan support politically, so you can expect even more support for the ethanol producing companies and FFV advocacy (only oil and gas funded politicians oppose such development)
Toyota is hot on their heels to catch up with this technology but faces an uphill battle as its price conscious smaller cars with lower profit margins cannot absorb the extra $250 as easily. (Personally I can’t wait to buy a flex fuel Prius)
Who would of imagined GM as a leader in producing a greener car for north Americans! Their motivation is driven by poor sales of larger fuel in-efficient cars due to high gas prices of course. I guess this is one benefit of high gas prices.
While this is a promising solution to our gas woes more research is needed as some oil and gas lackeys argue it’s too expensive to produce the ethanol, which seems odd, seeing as cash starved Brazil can make it work after politicians committed to it. There will no doubt be increased efficiencies in ethanol production and lower cost of production with private and public sector support of these companies. With no disrespect to Brazil, if they can do, so should we.
Mr Fezziwig
Green Cars Now
NICKOLAS
Dec
28
Greg McGuire asked:
Determine the most inexpensive and easier to StrategiesThe improve your fuel economy is to change how your car leads the current. Air-conditioning. As a general rule, if you're driving below 40 miles per hour (MPH) is more economical in fuel consumption turn off your air conditioner and roll down the windows. Greater than 40 MPH, however, the resistance on your car windows open generated from the leads to use more gas in order to turn the air really improve your fuel economy. Acceleration. In accelerating, is acting in this way gradually. Tap your feet to the gas pedal at every stop of lantern lights or causes the engine to **** the fuel to meet the burden you are putting on it. A more gradual approach can significantly improve fuel economy. Slow down. Let off the gas long before a stop light or a traffic light and allowing along to a stop while gently apply the brakes. Accelerating all the way down and then ramming onto the exhaust brake not only runs faster your findings of brake. Speed. For every ten miles per hour that slow, you can store up to 5 miles per gallon (MPG). So if the speed limit is 65 MPH and drive 55, you can increase your MPG to 5 miles. Adding MaintenanceIn the car to improve your strategies motives, use the following tips for maintenance of cars to raise your fuel economy: Inflation rubber. Fasten you to keep your tires properly inflated forever. This not only extends the length of rubber, it will help your fuel economy. Generally, inflation standard for most of automobile tires is 35 pounds per square inch (PSI). Â Some may suggest mechanical inflate your tires to 30 PSI to improve the convenience of driving, that is true, but with gas prices the way they are the best thing to do is to make the proper inflation. Selo sure please check with your dealer rubber or rubber owner 's manual of instructions for proper inflation. Grade fuel. The conditions of the mountain to the west (New Mexico, Colorado, Montana, etc..) Offer of 85 fuel eighth, while most other conditions to offer only the 87 octane and rising. Check your owner 's manual, as some models have a minimum requirement eighth. Using a lower octane supplies that what your vehicle is designed to drastically reduces fuel economy. Also, does not improve your mileage for gas to use a higher fuel eighth that the minimum requirement of your car. Alignment. Most cars need an alignment every three - five years, even if your mechanic does it suggest that often. A simple test of your alignment is briefly to release the steering wheel while running less than 55 MPH on a straight stretch of highway. Please ensure that there is no oncoming traffic, and that's a quiet day! If your car immediately turn left or right, side to your mechanic check the alignment. The alignment problem affecting your fuel economy and wear your tires down more quickly. Rotation and balance of rubber. Have your tires has turned every 5000 miles. Â This not only improves their life but also leads to consistent, meaning the fuel economy of the best guide as more evenly. Your tires should be balanced when first installed and in general should not need another balancing. Check regularly to see if there's weights wheel mounted on each of rubber on your vehicle. These shares will be oblunghe to the edge of the metal stops, one for rubber. If you don 't see the one on your gum, asks the mechanic to balance your tires when running. Most of the traders who sell rubber your new tire run and balance those tires for free. Tune increases. Check your owner 's manual for the recommended duration of your vehicle' spark plugs for s, the plug and wire coils. The spark plugs should generally be changed every 55,000 - 75,000 miles and the draft sets every 100,000 - 120,000 miles. If your engine running at very least in principle, or cut easily, make your check mechanical reels. Also sure to change out of your vehicle 'from air filters and fuel s regularly. Â All these parts affect your vehicle 'fuel economy s. The purchase of new CarWhen studying the possibility of buying a new car, please note that the miles per gallon estimates sent on new cars are always very optimistic. Those estimates are generated by running the car in terms of drive perfect, as in 55 MPH a windless day at sea level on flat ground with the windows rolled up and air conditioner and the radio off. Your actual miles per gallon are typically two - five gallons less than the estimate. Go smaller! The technology has improved to the point where many smaller vehicles have high security assessments and perform very well in states unfavorable to drive. Remember that if you spend a little more on a smaller car with posi-traction at odds with a larger engine lunk with four wheels, the savings will be realized in better fuel economy down the road. And you don 't need to put the thing in the engine to four wheels, it will act in this way if! It should be hybrid if you can. Some factors are very important to remember: the technology industry and electric hybrid is getting to the stars now, so vehicles that come out for five - ten years show a huge improvement over those available today. If you have much disposable income and buy a new car every three - five years, however, is now a hybrid affair. If you are not that lucky, follow the above tips to make your current vehicle and tough it out until the car companies may not lead to introduce the technology on the market developing now. Â
EDWARDO
Determine the most inexpensive and easier to StrategiesThe improve your fuel economy is to change how your car leads the current. Air-conditioning. As a general rule, if you're driving below 40 miles per hour (MPH) is more economical in fuel consumption turn off your air conditioner and roll down the windows. Greater than 40 MPH, however, the resistance on your car windows open generated from the leads to use more gas in order to turn the air really improve your fuel economy. Acceleration. In accelerating, is acting in this way gradually. Tap your feet to the gas pedal at every stop of lantern lights or causes the engine to **** the fuel to meet the burden you are putting on it. A more gradual approach can significantly improve fuel economy. Slow down. Let off the gas long before a stop light or a traffic light and allowing along to a stop while gently apply the brakes. Accelerating all the way down and then ramming onto the exhaust brake not only runs faster your findings of brake. Speed. For every ten miles per hour that slow, you can store up to 5 miles per gallon (MPG). So if the speed limit is 65 MPH and drive 55, you can increase your MPG to 5 miles. Adding MaintenanceIn the car to improve your strategies motives, use the following tips for maintenance of cars to raise your fuel economy: Inflation rubber. Fasten you to keep your tires properly inflated forever. This not only extends the length of rubber, it will help your fuel economy. Generally, inflation standard for most of automobile tires is 35 pounds per square inch (PSI). Â Some may suggest mechanical inflate your tires to 30 PSI to improve the convenience of driving, that is true, but with gas prices the way they are the best thing to do is to make the proper inflation. Selo sure please check with your dealer rubber or rubber owner 's manual of instructions for proper inflation. Grade fuel. The conditions of the mountain to the west (New Mexico, Colorado, Montana, etc..) Offer of 85 fuel eighth, while most other conditions to offer only the 87 octane and rising. Check your owner 's manual, as some models have a minimum requirement eighth. Using a lower octane supplies that what your vehicle is designed to drastically reduces fuel economy. Also, does not improve your mileage for gas to use a higher fuel eighth that the minimum requirement of your car. Alignment. Most cars need an alignment every three - five years, even if your mechanic does it suggest that often. A simple test of your alignment is briefly to release the steering wheel while running less than 55 MPH on a straight stretch of highway. Please ensure that there is no oncoming traffic, and that's a quiet day! If your car immediately turn left or right, side to your mechanic check the alignment. The alignment problem affecting your fuel economy and wear your tires down more quickly. Rotation and balance of rubber. Have your tires has turned every 5000 miles. Â This not only improves their life but also leads to consistent, meaning the fuel economy of the best guide as more evenly. Your tires should be balanced when first installed and in general should not need another balancing. Check regularly to see if there's weights wheel mounted on each of rubber on your vehicle. These shares will be oblunghe to the edge of the metal stops, one for rubber. If you don 't see the one on your gum, asks the mechanic to balance your tires when running. Most of the traders who sell rubber your new tire run and balance those tires for free. Tune increases. Check your owner 's manual for the recommended duration of your vehicle' spark plugs for s, the plug and wire coils. The spark plugs should generally be changed every 55,000 - 75,000 miles and the draft sets every 100,000 - 120,000 miles. If your engine running at very least in principle, or cut easily, make your check mechanical reels. Also sure to change out of your vehicle 'from air filters and fuel s regularly. Â All these parts affect your vehicle 'fuel economy s. The purchase of new CarWhen studying the possibility of buying a new car, please note that the miles per gallon estimates sent on new cars are always very optimistic. Those estimates are generated by running the car in terms of drive perfect, as in 55 MPH a windless day at sea level on flat ground with the windows rolled up and air conditioner and the radio off. Your actual miles per gallon are typically two - five gallons less than the estimate. Go smaller! The technology has improved to the point where many smaller vehicles have high security assessments and perform very well in states unfavorable to drive. Remember that if you spend a little more on a smaller car with posi-traction at odds with a larger engine lunk with four wheels, the savings will be realized in better fuel economy down the road. And you don 't need to put the thing in the engine to four wheels, it will act in this way if! It should be hybrid if you can. Some factors are very important to remember: the technology industry and electric hybrid is getting to the stars now, so vehicles that come out for five - ten years show a huge improvement over those available today. If you have much disposable income and buy a new car every three - five years, however, is now a hybrid affair. If you are not that lucky, follow the above tips to make your current vehicle and tough it out until the car companies may not lead to introduce the technology on the market developing now. Â
EDWARDO


