lunes, 12 de noviembre de 2012

US net oil exporter by 2030 (NY Times)


The United States will overtake Saudi Arabia as the world’s leading oilproducer by about 2017 and will become a net oil exporter by 2030, the International Energy Agency said Monday.
Green
A blog about energy and the environment.
Eric Gay/Associated Press
A drilling rig near Kennedy, Tex. There are several components of the sudden shift in the world’s energy supply, but the prime mover is a resurgence of oil and gas production in the United States.
Jim Wilson/The New York Times
Oil facilities in North Dakota. The International Energy Agency said the United States would be a net exporter of oil by 2030.

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That increased oil production, combined with new American policies to improve energy efficiency, means that the United States will become “all but self-sufficient” in meeting its energy needs in about two decades — a “dramatic reversal of the trend” in most developed countries, a new report released by the agency says.
“The foundations of the global energy systems are shifting,” Fatih Birol, chief economist at the Paris-based organization, which produces the annual World Energy Outlook, said in an interview before the release. The agency, which advises industrialized nations on energy issues, had previously predicted that Saudi Arabia would be the leading producer until 2035.
The report also predicted that global energy demand would grow between 35 and 46 percent from 2010 to 2035, depending on whether policies that have been proposed are put in place. Most of that growth will come from China, India and the Middle East, where the consuming class is growing rapidly. The consequences are “potentially far-reaching” for global energy markets and trade, the report said.
Dr. Birol noted, for example, that Middle Eastern oil once bound for the United States would probably be rerouted to China. American-mined coal, facing declining demand in its home market, is already heading to Europe and China instead.
There are several components of the sudden shift in the world’s energy supply, but the prime mover is a resurgence of oil and gas production in the United States, particularly the unlocking of new reserves of oil and gas found in shale rock. The widespread adoption of techniques like hydraulic fracturing and horizontal drilling has made those reserves much more accessible, and in the case of natural gasresulted in a vast glut that has sent prices plunging.
The report predicted that the United States would overtake Russia as the leading producer of natural gas in 2015.
The strong statements and specific predictions by the energy agency lend new weight to trends that have become increasingly apparent in the last year.
“This striking conclusion confirms a lot of recent projections,” said Michael A. Levi, senior fellow for energy and environment at the Council on Foreign Relations.
Formed in 1974 after the oil crisis by a group of oil-importing nations, including the United States, the International Energy Agency monitors and analyzes global energy trends to ensure a safe and sustainable supply.
Mr. Levi said that the agency’s report was generally “good news” for the United States because it highlighted the nation’s new sources of energy. But he cautioned that being self-sufficient did not mean that the country would be insulated from seesawing energy prices, since those oil prices are set by global markets.
“You may be somewhat less vulnerable to price shocks and the U.S. may be slightly more protected, but it doesn’t give you the energy independence some people claim,” he said.
Also, he noted, the agency’s projection of United States self-sufficiency assumed that the country would improve gas mileage in cars and energy efficiency in homes and appliances. “It’s supply and demand together that adds up to this striking conclusion,” Mr. Levi said.
Dr. Birol said the agency’s prediction of increasing American self-sufficiency was 55 percent a reflection of more oil production and 45 percent a reflection of improving energy efficiency in the United States, primarily from the Obama administration’s new fuel economy standards for cars. He added that even stronger policies to promote energy efficiency were needed in the United States and many other countries.
The report said that several other factors could also have a large impact on world energy markets over the next few years. These include the recovery of the Iraqi oil industry, which would lead to new supply, and the decision by some countries, notably Germany and Japan, to move away from nuclear energy after the Fukushima disaster.
The new energy sources will help the United States economy, Dr. Birol said, providing continued cheap energy relative to the rest of the world. The energy agency estimates that electricity prices will be about 50 percent cheaper in the United States than in Europe, largely because of a rise in the number of power plants fueled by cheap natural gas, which would help American industries and consumers.
But the message is more sobering for the planet, in terms of climate change. Although natural gas is frequently promoted for being relatively low in carbon emissions compared to oil or coal, the new global energy market could make it harder to prevent dangerous levels of warming.
The United States’ reduced reliance on coal will just mean that coal moves to other places, the report says. And the use of coal, now the dirtiest fuel, continues to rise elsewhere. China’s coal demand will peak around 2020 and then stay steady until 2035, the report predicted, and in 2025, India will overtake the United States as the world’s second-largest coal user.
The report warns that no more than one-third of the proved reserves of fossil fuels should be used by 2050 to limit global warming to 2 degrees Celsius, as many scientists recommend.
Such restraint is unlikely without a binding international treaty by 2017 that requires countries to limit the growth of their emissions, Dr. Birol said. He added that pushing ahead with technologies that could capture and store carbon dioxide was also crucial.
“The report confirms that, given the current policies, we will blow past every safe target for emissions,” Mr. Levi said. “This should put to rest the idea that the boom in natural gas will save us from that.”
This article has been revised to reflect the following correction:
Correction: November 12, 2012
An earlier version of this article misstated the International Energy Agency’s prediction of American self-sufficiency in energy production. The agency said 55 percent of the improvement would come from more oil production and 45 percent from improvements in energy efficiency. It did not say that domestic oil production would rise 55 percent. Also, an earlier version of a photo caption with this article misidentified the equipment shown in use in an oil field in Greensburg, Kan. It is a pump jack, not an oil rig.

viernes, 2 de noviembre de 2012

Sweden to import 800,000 Tonnes of Waste (wired uk)



Sweden plans to import nearly 800,000 tonnes of waste each year to satisfy its waste-to-energy plants -- waste conscious Swedes have been recycling so efficiently, the country doesn't have enough of its own trash to burn. According to an environmental advisor, it could spell the beginning of a future where garbage actually becomes worth something.
"I would say maybe in the future, this waste will be valued even more so -- maybe you could sell your waste because there will be a shortage of resources within the world," said Catarina Ostlund, senior advisor for the Swedish Environmental Protection Agency. As it stands now, countries will actually pay Sweden for the service.
Sweden began incinerating its trash in the 40s and now, each year, it sends a paltry four percent of its waste to landfills. This has been made possible by the tightening of restrictions on waste disposal -- landfilling of organic waste was outlawed in 2005 -- and the fact that the incineration process has become a cleaner, greener alternative in recent years, with most harmful byproducts of the conversion destroyed.
Currently, 20 percent of Sweden's heat supply is produced by incinerating garbage -- that's 810,000 homes -- with the remaining energy providing 250,000 homes with electricity. To make up for the lack of litter generated by its diligent citizens (the country's plants can process two million tonnes of household waste), Sweden will mainly be importing trash from Norway. Not only will Norway be paying Sweden to destroy its waste, the only thing it will get back in return will be a pile of ash, rich with heavy metals and harmful dioxins that will need to be deposited in landfills. Despite this added burden, it is still the most economical way for Norway to dispose of its household waste.
Sweden is ahead of the curve when it comes to meeting the EU's 2020 sustainability directives, and well ahead of other nations when it comes to its waste-to-energy plan. According to a Eurostat report, municipal waste in Sweden was landfilled at a rate of seven kilograms per inhabitant in 2009 -- compare this to figures for the UK, a hefty 260kg per inhabitant. Conversely, Sweden incinerates 235kg of municipal waste per person, and the UK, just nine kilograms. Countries like Estonia, Greece, Romania and Turkey still do not operate any waste-to-energy plants, and could present future partnerships for Sweden.
Incineration has also become far greener since the 80s in Sweden, when limits on emissions were tightened. According to a report released by the country's waste management association, Avfall Sverige, since that time incineration emission levels have dropped by between 90 and 99 percent because of better waste sorting technologies.
Byproducts of incineration include ash and flue gases, which both contain harmful substances like dioxin. These are now largely cleaned out, however. Dust is passed through an electrostatic precipitator to give the particles a negative electric charge. These are then attracted to positively charged metal plates, shaken off, collected and taken to an ash silo. The gases are washed out with water that contains lime -- this reacts with the gases and removes them. This is done several times to remove different things -- first heavy metals, then acids, sulphur dioxide and the remainder. Finally, a catalytic convertor removes nitrous oxides by passing the remaining flue gases through a porous material and converting them to nitrogen. The idea is that mainly carbon dioxide and water are released and, under the terms with Norway, anything else will be deposited in landfills.

domingo, 21 de octubre de 2012

Panorama petrolero 2013 por Joseph Lazzaro


Will Crude Fall Substantially In 2013?

Posted on 21 October 2012 by Gary Truitt
Right now, the price of oil is high: $90 per barrel. And don’t let anyone fool you: crude is not cheap today, and is ridiculously high compared to its 150-year average price (1861-2011) of about $25 per barrel. The compelling questions for investors and consumers are: 1) why are oil prices high today? and 2) where are oil prices headed over the next year, and in the next five years? Regarding oil prices today, it’s not simply a supply and demand equation. If it was, oil would be selling for $50 or even $40 per barrel, not $90. Despite increased demand from emerging market economies, primarily China, there has not been a sustained disruption in oil’s supply anywhere in the world. In other words, in the globalization era that began in 1989, whenever a nation, be it the United States, Japan or Germany, sought oil, it has been able to buy it. With no shortages during that 30-year span, why then has the price of oil remained at such high levels? You guessed it: geopolitical risk. Ongoing civil unrest in the Middle East (Syria, Egypt) near major oil producing nations, has placed a “geopolitical risk premium” on the price of oil, adding roughly $10-15 per barrel to oil’s price.

Add the above to the possibility of supply disruptions in Venezuela and Nigeria, and U.S./E.U. sanctions imposed on oil producer Iran over its nuclear program, and the result is an oil price that has been bid-up substantially – far above where oil would be trading if solely supply and demand factors ruled the day.

Second – and this may surprise some consumers – oil is not just an energy form, it’s an alternative investment, particularly for institutional investors (hedge funds, investment funds, and other high-net-worth investors). Frustrated by this decade’s inadequate returns in the stock and bond markets, institutional investors (IIs) have bid-up the price of commodities, and one of their favorite commodities is: oil. Further, so long as IIs believe the likely rate of return from oil futures (and other commodities) is substantially greater than the rate of return from stocks, bonds, real estate etc., these investors will continue to pour money into oil futures – and the price of oil will remain well above where supply/factors would place it.

Any Good News On The Horizon?

So now you know two major reasons (geopolitical risk, oil as alternative investment) why oil prices are so high today. Given the above, is there any good news on the horizon for businesses and consumers who use oil? Indeed there is.

Natural gas, and in particular unconventional natural gas stemming from new hydraulic fracturing or “fracking” technology, has become a comparatively cheap, abundant source of energy in the United States, and major, new supply additions are also possible in Europe, Russia, and the Middle East.

In North America, natural gas closed Friday at $3.58 per million Btus (MMBtu) – which means it sold for the oil equivalent of $20.74 per barrel. In other words, natural gas costs about one-fourth of oil, for the same amount of energy delivered.

To be sure, those huge increases in natural gas’s supply are contingent on fracking technology deployed safely. In some areas, fracking has led to environmental damage and it is not appropriate for all, potential drilling areas, but if those approved fracking sites continue to produce at current rates in the United States, natural gas will continue to displace oil in factories, home heating, and displace coal (and other fuels) in electric power generation.

Natural gas is also making in-roads in transportation, in the fleet vehicle market (buses, garbage trucks, short-haul delivery trucks), or where vehicles return to the same site to re-fuel. (The long-haul, 18-wheeler truck and civilian car/SUV markets will have to await the build-out of the U.S. natural gas filling station network.)

In other words, natural gas will decrease U.S. oil consumption, and in the process take some pressure off global oil demand.

Second, as the International Energy Agency (IEA) indicated in its latest global oil outlook, just as it has with natural gas, fracking and other, new drilling technologies applied to shale and tight formations in North America is increasing oil production. The IEA confirms what President Barack Obama has stated on the campaign trail: oil production in the U.S. has increased 13.1 percent since 2008 to 5.658 million barrels per day (bpd) in 2011, according to the U.S. Energy Information Agency, with the IEA calling the new oil drilling techniques, “a game-changer in the making.”

In other words, new drilling techniques will continue to increase U.S. oil production, and will play a role in increasing international oil production, boosting global oil production by 9.3 million bpd to 102 million bpd by 2017, the IEA said. Meanwhile, global oil demand is expected to rise to 95.7 million bpd by 2017.

The net result? The world’s spare capacity or “safety cushion” for oil is expected to roughly double – to 5-7 million bpd in 2017 – a safety cushion size the world has not seen since before 2003.

domingo, 7 de octubre de 2012

Colombia: Hidroituango, a 171 km. de Medellín, tendrá una inversión total de US$5.508 millones, estará finalizado en 2021.



Empresas Públicas de Medellín inicia en los próximos días el proyecto hidroeléctrico más grande de sus 47 años de historia y uno de los más importantes del país. Tras una audiencia de seis horas realizada el pasado martes, en la que hubo señalamientos, llamados al orden y retiros del auditorio Himerio Pérez de EPM, la empresa antioqueña le adjudicó el contrato de las principales obras civiles del proyecto hidroeléctrico Ituango al Consorcio CCC Ituango, el mismo que construyó Porce III y que se preveía como posible ganador.
Para Juan E. Calle, gerente de EPM, el consorcio, conformado por las firmas Comercio Camargo Correa (Brasil), Conconcreto y Coninsa Ramón H. (Colombia), ganó el contrato porque cumplió con los tres principales requisitos: menor valor de la propuesta ($1,89 billones), cumplimiento en contratos anteriores y oferta de financiación en firme. “El 45% del consorcio está en firmas colombianas; este es el porcentaje más alto en proyectos de este tipo en la historia de EPM”, dijo Calle.
Ahora el reto de CCC Ituango es construir en seis años y tres meses un dique de 20 millones de metros cúbicos de roca y 225 metros de altura, entre otras obras. El proyecto, que tendrá una inversión total de US$5.508 millones, comenzará a operar en 2018 y estará finalizado en 2021. En ese momento, sus 2.400 megavatios, que equivaldrían al 16% de la capacidad de energía total de Colombia, duplicarán la capacidad de EPM.
Pese a que el gerente Calle dijo al final de la audiencia que el proceso de contratación finalizó sin traumatismos, lo cierto es que diversas voces mostraron en el transcurso de la audiencia su desacuerdo con lo que, según ellos, fue un proceso amañado. EPM respondió que las propuestas del Consorcio Pescadero Ituango y de la Unión Temporal AOCO fueron rechazadas porque se constató que no cumplían con el requisito de experiencia exigido en el pliego de condiciones, en el que dice, por ejemplo, que “no se aceptará experiencia que provenga (…) de sociedades que hayan recibido de otras sociedades aportes en especie”.
A pesar de que esta aclaración fue hecha siete días antes de la fecha de cierre para la presentación de las propuestas (21 de marzo de 2012), EPM aseguró que, de acuerdo con el pliego de condiciones, era posible modificar los términos hasta cinco días hábiles antes del plazo final. Sin embargo, AOCO puso una acción de tutela, argumentando violación a los derechos fundamentales al debido proceso y a la igualdad. El Juzgado 18 Civil Municipal de Medellín respondió que no encontró “vulneración argumentada por las empresas accionantes”.
Otro aspecto que enturbió parte del proceso fue la inquietud sobre si un miembro de la junta directiva de Coninsa Ramón H. era el representante legal de la empresa que diseñó el proyecto hidroeléctrico. En este punto, EPM afirmó que Jairo Hoyos, el aludido y representante legal de Integral, ya no hacía parte de Coninsa —según un certificado de 2011 de la Cámara de Comercio de Medellín— y que su empresa no hizo los diseños.
Pese a que Hoyos era miembro de las juntas directivas de las empresas que integraron el consorcio Generación Ituango, conformado por dos filiales de Integral —Solingral e Integral Ingeniería de Consulta—, EPM aseguró, basada en una respuesta de CCC Ituango, que Hoyos no intervino directamente en los diseños porque en ese período no ejerció funciones operativas, administrativas o de ejecución en Solingral y no actuó como miembro de junta de Integral Ingeniería.
Impacto, historia y polémica
La obra se construye a 171 kilómetros de Medellín, en tierras de los municipios de Briceño, Ituango y Toledo. A la fecha, el proyecto ha vinculado a 3.061 personas, de las cuales un porcentaje significativo corresponde a mano de obra no calificada y semicalificada de la zona. En su fase plena, generará cerca de 7.000 empleos directos y unos 20.000 indirectos. A junio de 2012 se habían invertido $2.310 millones en compras menores en los municipios, dinamizando así las economías regionales.
La visión de esta gran hidroeléctrica se concibió desde la década de los 60, pero EPM lo consideró por mucho tiempo un proyecto inviable. El proyecto Hidroituango, adscrito al Instituto para el Desarrollo de Antioquia (Idea), carecía de los recursos necesarios para la magnitud de la obra y cobró un inusitado protagonismo en 2008, cuando el entonces gobernador de Antioquia, Luis Alfredo Ramos, decidió que el Idea se hiciera a un paquete de acciones de socios minoritarios y sacara la megaobra por medio de subasta.
Empresas internacionales se interesaron en la ejecución y el regionalismo antioqueño se agitó, moviendo fichas para que EPM se hiciera a la materialización de la obra. Al final se logró que Ramos suscribiera un acuerdo entre EPM y el Idea para no subastar el proyecto. El Idea obtuvo la capitalización de Hidroituango y EPM se comprometió a construir y operar la hidroeléctrica.

La licitación, adjudicada por EPM en representación de EPM Ituango, incluye la compra de los equipos (turbinas, generadores y máquinas asociadas), el diseño, la fabricación, las pruebas, el transporte, la supervisión del montaje y la capacitación para el personal de EPM que lo operará.
El contrato que firmará la compañía brasileña, cuya sede es la ciudad de Sao Paulo, con EPM tendrá un costo de 225,5 millones de dólares y un plazo de ejecución de 127 meses, es decir, un poco más de 10 años y medio.
Al término de la audiencia pública en la que se reveló el nombre de la compañía ganadora, el gerente General de EPM, Juan Esteban Calle, indicó que Alstom Brasil Energía e Transporte ofrece garantía y confianza para cumplir este nuevo compromiso adquirido por EPM en la ejecución del proyecto Ituango, ya que tiene amplia experiencia en el suministro de equipamientos y servicios para la generación de energía eléctrica y servicios ferroviarios.

sábado, 6 de octubre de 2012

Energía brasileña, competitividad y Dilma Rouseff.

La presidenta brasileña, Dilma Rousseff, anunció la reducción de hasta un 28 por ciento de las tarifas de energía cobradas a la industria. La medida forma parte de una serie de iniciativas destinadas a dotar de mayor competitividad” a la economía y se ubican dentro de lo que llamó un “salto” en el modelo de desarrollo. Lo afirmó durante el mensaje alusivo al 7 de septiembre, Día de la Independencia, cuando subrayó que Brasil fue menos afectado que los países desarrollados por la crisis y en el cual retomó el discurso de aliento a las inversiones anunciado el mes pasado al lanzar la privatización de carreteras y vías férreas. Rousseff dijo que su gobierno va a implementar la más fuerte reducción de tarifas de energía eléctrica. “Los consumidores residenciales tendrán una reducción media del 16,2 por ciento y para el sector productivo va a llegar al 28 por ciento a partir del inicio de 2013”, precisó. “Nuestro exitoso modelo de desarrollo se apoyó en tres palabritas mágicas: estabilidad, crecimiento e inclusión. Y para tornar nuestro modelo más vigoroso y abrir un nuevo ciclo de desarrollo vamos a incorporar una nueva palabra: competitividad”, aseguró. “Como la mayoría de los países, tuvimos una reducción temporal del índice de crecimiento, pero tenemos condiciones para iniciar este nuevo y decisivo salto”, sostuvo. La presidenta ha manifestado su empeño en reanimar una economía que, según cálculos privados publicados esta semana, crecerá el 1,64 por ciento en 2012.

viernes, 31 de agosto de 2012

Brazil says offshore find holds high-grade oil


Preliminary drilling has confirmed that an offshore deposit discovered in March contains significant reserves of light crude, Brazilian state oil giant Petrobras said.
"New oil samples were collected at depth of up to 6,131 meters (19,000 feet)," according to a statement from Petrobras, which said the oil has a density of 31 degrees API.
The higher the degree on the 10-50 API scale, the less dense the oil and the more easily it can be refined into fuel.
The Carcara well has "an oil column of over 400 meters, showing reservoirs that are mostly continuous and connected," Petrobras said.
The well is located in the BM-S-8 block of the Santos basin, 230 kilometers (140 miles) off the coast of the southeastern state of Sao Paulo.
BM-S-8 lies within the pre-salt region, so-named because the tens of billions of barrels of reserves it is estimated to hold are located far beneath the ocean floor under a layer of salt as much as two kilometers (1.2 miles) thick.
Petrobras, with a 66 percent stake, is the operator of the BM-S-8 block, while Petrogal Brasil, a subsidiary of Portugal's Galp Energia, has 14 percent, and Brazilian firms Barra Energia do Brasil and Queiroz Galvao each hold 10 percent interests.
The pre-salt fields, which range across roughly 160,000 sq. kilometers (62,000 sq. miles), are estimated to hold between 50-80 billion barrels of crude and could potentially transform Brazil into a major crude exporter. EFE


Norte Energia Suspends Work on Brazil's Belo Monte Dam


SAO PAULO--Following a Brazilian court order to stop construction, the company building the controversial 11,200-megawatt Belo Monte dam said Thursday that it was suspending all work on the project.
Earlier this month, a federal court ruled that the government's authorization of the 26 billion Brazilian reais ($13 billion) dam was unconstitutional. The court threatened to fine Norte Energia, the company in charge of the project, BRL500,000 a day should it continue with construction of the dam on the Xingu River in Para state.
"Norte Energia communicates that, due to a court decision, it is suspending the execution of civil construction on the Belo Monte hydroelectric dam and all other activities directly related to it," the company said in a news release. Norte Energia "is taking all available measures to reverse the decision, with the objective of returning the suspended activities to normality in the shortest time possible."
Because heavy rains impede progress during the southern hemisphere's coming summer months, company executives have said the suspension this month could delay work on the dam by as much as a year, depending on when they are permitted to resume work. The dam is set to go online by 2015, at which point it would be the world's third-largest hydroelectric dam.
In a decision earlier this month, federal judges in Brasilia said the government didn't hold the constitutionally-required meetings with indigenous communities that are affected by the dam before granting permission to build it.
Federal prosecutors in Para have asked courts on numerous occasions to block the dam's construction, alleging that required measures meant to alleviate the impact of the dam haven't been taken. Despite occasional success by the prosecutors, the federal government had managed to overturn all previous injunctions.
Norte Energia is composed of government-controlled utility Centrais Eletricas Brasileiras (EBR, ELET6.BR), or Eletrobras. Other stakeholders include the pension funds of state-run oil company Petroleo Brasileiro (PBR, PETR3.BR) and government lender Caixa Economica, as well as the utilities Neoenergia (GNAN3B.SM) and Cemig (CIG, CMIG4.BR), and mining company Vale (VALE, VALE3.BR). Eletrobras is the biggest shareholder, with a 49.98% stake.
Last month, indigenous leaders held three company engineers captive, saying they would only be released after the company provided means for the natives' boats to circumvent the construction site, which is impeding free travel along the Xingu. The engineers were released after Brazil's national indigenous institute Funai helped work out an agreement.
Write to Paulo Winterstein at paulo.winterstein@dowjones.com