Issues regarding the export of natural gas
The fracking boom has led to low prices and high supplies of natural gas in the United States, which makes consumers and manufacturers who use natural gas very happy. But prices overseas are much higher, so there are 19 applications to sell liquefied natural gas overseas, and many are watching to see what the Obama administration will decide.
In Europe and Asia, where natural gas sells for $10 to $16 per million British thermal units—three to four times the U.S. price—demand is high. Imports from the U.S. could also give European countries greater power to bargain on prices with Russia’s Gazprom (OGZD), now a dominant supplier of natural gas. All that’s missing are the U.S. facilities to liquefy gas for export.
There’s a ton of money to be made for gas producers, and the natural gas could replace coal, which is growing as an export to Europe. Since natural gas is cleaner, many argue that allowing exports would be good for the environment.
But there is opposition from domestic manufacturers who don’t want to see natural gas prices go up. The article linked above points out that “Paul Cicio, president of the Washington-based trade group Industrial Energy Consumers of America, has called for delaying approvals for some new export terminals to avoid a domestic price shock.”
Stay tuned . . .
Posted in: Renewable Energy
Tags: exporting natural gas, fracking, fracking boom, gas boom, gas export issues, gas industry, gas industry risks, Gazprom, hydraulic fracturing, hydraulic fracturing risks, Industrial Energy Consumers of America, liquefied natural gas, Paul Cicio, producing shale gas, shale gas, shale gas boom
Legal issues and shale gas boom
The shale gas boom and fracking revolution are having a significant impact on the economies of states like Ohio. Some environmentalists are also seeing the positive side despite the drinking water controversy as natural gas burns much cleaner that coal.
But many legal issues remain and loom on the horizon.
Ohio’s anticipated energy boom from hydraulic fracturing of shale deposits has oil and gas companies, investors and property owners scrambling for a piece of the action.
On the way to digging up the expected treasure, though, are legal sand traps that could slow or even stop production. They go well beyond the basic issue of who owns the buried oil and gas rights, disputes hashed out in courts since the start of the Utica shale rush in 2010.
Emerging battles concern possible threats to endangered species, Clean Air Act violations and claims that oil and gas drilling in Ohio is abnormally dangerous.
The Utica shale layer, centered in Ohio but stretching from Quebec to Tennessee, has been touted as holding hydrocarbons worth tens of billions of dollars — maybe $500 billion worth, if you believe the prediction of Aubrey McClendon, chief executive of Chesapeake Energy Corp., the top driller in Ohio.
The Ohio Shale Coalition estimates that almost 2,000 fracking wells will be drilled in the state by the end of 2014.
Recent fracking-law discussions at Case Western Reserve University School of Law and the McDonald Hopkins law firm in Cleveland, as well as interviews with energy-sector attorneys, suggest a boom of another sort — in legal questions that riddle the shale play.
Stay tuned as this issue develops.
Posted in: Uncategorized
Tags: Chesapeake Energy Corp, Clean Air Act, environmental groups, environmentalism, environmentalists, fracking, fracking boom, fracking laws, fracking revolution, gas boom, gas industry, gas industry risks, hydraulic fracturing, hydraulic fracturing risks, legal issues regarding fracking, natural gas, natural gas advantages, natural gas cleaner than coal, natural gas vs coal, Ohio Shale Coalition, producing shale gas, shale gas, shale gas boom, Utica shale layer
Natural gas helps CO2 emissions drop
In a surprising bit of good news, CO2 emissions are dropping in the United States, and much of the credit goes to the use of natural gas.
In a surprising turnaround, the amount of carbon dioxide being released into the atmosphere in the U.S. has fallen dramatically to its lowest level in 20 years, and government officials say the biggest reason is that cheap and plentiful natural gas has led many power plant operators to switch from dirtier-burning coal.
Many of the world’s leading climate scientists didn’t see the drop coming, in large part because it happened as a result of market forces rather than direct government action against carbon dioxide, a greenhouse gas that traps heat in the atmosphere.
Natural gas has been controversial due to fracking, but the carbon emission benefits can be substantial if gas replaces coal. It’s also adding to job growth and other economic activity as well.
Posted in: Carbon, Global Warming
Tags: carbon dioxide, carbon emissions, CO2, CO2 emissions, coal, coal vs natural gas, coal-fired power generation, fracking, fracking controversy, greenhouse gas, hydraulic fracturing, hydraulic fracturing controversy, natural gas, natural gas advantages, natural gas cleaner than coal, reducing carbon emissions, reducing CO2 emissions
Will Israel become an energy superpower?
Energy resources like oil and natural gas can have a huge impact on a nation’s fortunes. It’s for this reason that it will be so difficult to wean ourselves off of fossil fuels. The riches associated with them are staggering, and it leads to political power in foreign relations as well. Environmentalists and anyone interested in global warming needs to acknowledge this fact, and it’s probably more important to promote alternative fuels and conservation as opposed to trying to stop people around the world from drilling. That just isn’t going to happen.
One new wrinkle has to do with new countries entering the fray on fossil fuels. We have the fracking boom in the US, and now we have news that Israel may be poised to become an energy superpower.
Actual production is still miniscule, but evidence is accumulating that the Promised Land, from a natural resource point of view, could be an El Dorado: inch for inch the most valuable and energy rich country anywhere in the world. If this turns out to be true, a lot of things are going to change, and some of those changes are already underway.
Israel and Canada have just signed an agreement to cooperate on the exploration and development of what, apparently, could be vast shale oil reserves beneath the Jewish state.
The prospect of huge oil reserves in Israel comes on top of the recent news about large natural gas discoveries off the coast that have been increasingly attracting attention and investor interest. The apparent gas riches have also been attracting international trouble. Lebanon disputes the undersea boundary with Israel (an act somewhat complicated by the fact that Lebanon has never actually recognized Israel’s existence), and overlapping claims from Turkey and Greece themselves plus both Greek and Turkish authorities on Cyprus further complicate matters. Yet despite these tensions, following Russian President Vladimir Putin’s surprisingly cordial visit last week, Gazprom and Israel have announced plans to cooperate on gas extraction.
Read the entire article as it goes into the geopolitical issues surrounding this development as well.
Posted in: Carbon, Conservation, Energy Independence, Global Warming, Renewable Energy
Tags: conflicts over energy, drilling riches, energy superpowers, fracking, fracking boom, fracking in Israel, gas boom, gas industry, gas industry risks, Gazprom, hydraulic fracturing, hydraulic fracturing risks, Israel and ebergy, Israel energy superpower, natural gas in Israel, oil in Israel, politics and energy, producing shale gas, shale, shale drilling, shale gas
Can the risks from fracking and shale gas can be managed?
Fracking has become one the most controversial subjects in the environmental movement. Natural gas is cleaner than coal and oil, but the process used to extract it is raising questions. This article in The Economist takes an optimistic view.
The anti-frackers have reasonable grounds for worry. Producing shale gas uses lots of energy and water, and can cause pollution in several ways. One concern is possible contamination of aquifers by methane, fracking fluids or the radioactive gunk they dislodge. This is not known to have happened; but it probably has, where well-shafts passing through aquifers have been poorly sealed.
Another worry is that fracking fluids regurgitated up well-shafts might percolate into groundwater. A graver fear is that large amounts of methane, a powerful greenhouse-gas, could be emitted during the entire process of exploration and production. Some also fret that fracking might induce earthquakes—especially after it was linked to 50 tiny tremors in northern England last year.
But the risks from shale gas can be managed. Properly concreted well-shafts do not leak; regurgitants can be collected and made safe; preventing gas venting and flaring would limit methane emissions to acceptable levels; and the risk of tremors, which commonly occur as a result of conventional oil-and-gas activities, can be contained by careful monitoring. The IEA estimates that such measures would add 7% to the cost of the average shale-gas well. That is a small price to pay for environmental protection and the health of a promising industry.
For as well as posing environmental risks, a gas boom would bring an important environmental benefit. Burning gas emits half as much carbon dioxide as coal; so where gas substitutes for coal, emissions will fall. America’s emissions have fallen by 450m tonnes in the past five years, more than any other country’s. Ironically, given its far greater effort to tackle climate change, the European Union has seen its emissions rise, partly because of an increase in coal-fired power generation in response to Europe’s high gas price.
If the risks can be managed, this could present an important opportunity. It’s also a huge economic driver now in the United States, so the pressure will be there to find a solution.
Posted in: Carbon, Renewable Energy
Tags: anti-frackers, anti-fracking movement, coal-fired power generation, fracking, fracking and earthquakes, fracking and groundwater, fracking tremors, gas boom, gas industry, gas industry risks, groundwater issues, hydraulic fracturing, hydraulic fracturing risks, methane emissions, producing shale gas, shale gas, The Economist, threats to groundwater