Tag: "energy"

Wind Subsides Cost Taxpayers Big

Appears on Newsmax:

A draft package released by the Senate Finance Committee proposes to revive a 2.3 cent per kilowatt-hour production tax credit (PTC) incentive for wind energy, which lapsed last December. Congress had voted to terminate the PTC along with other tax breaks for wind projects at the end of 2013, only to have it retroactively extended through 2014 by the Obama cromnibus budget.

Previous “temporary helping hand” extensions have been granted seven times since PTC was first stablished in 1992 to “help the industry compete in the marketplace.” It was preceded by two other “temporary” federal subsidies dating back to 1978, which were advertised to accomplish the same elusive purpose.

Alas, despite lots of windy marketing claims there simply aren’t any free “renewable energy” lunches. According to the Energy Information Administration, 2013 PTC wind benefits alone topped $5.9 billion, while solar received $5.3 billion. The Senate Finance Committee now projects that a two-year PTC extension will heap on another $10.5 billion in lost federal tax revenues over the next 10 years.

Wind and solar combined provided less than 5 percent of total U.S. electricity in 2013. Yet according to the nonprofit Institute for Energy Research, federal subsidies and support on the basis of that per-unit electricity production, each of them received more than 50 times more subsidy support than coal and natural gas combined.

Added to this taxpayer pain are cost penalties borne by electricity consumers thanks to renewable energy mandates provided in 29 states and the District of Columbia that guarantee designated market shares regardless of extra production charges for wind and solar power. Escalating costs have prompted Ohio to freeze its mandates, and West Virginia to cancel them altogether.

Consider New York state, for example, which has been blowing billions of taxpayer green on wind, yet has some of the highest U.S. electricity rates. Despite this charity, a household there using 6,500 kwh of electricity annually will pay about $400 more than the national average. Statewide, this 53 percent extra cost over the national average amounts to approximately $3.2 billion each year. And after all, wasn’t the main idea to replace fossil-fueled plants with assuredly “cost-effective” renewables? A 2013 report by the New York Independent Systems Operator (NYISO) estimates that New York’s first 15 wind farms operating in 2010 produced about a 2.4 million megawatt-hour output.

That’s equivalent to a single 450 mwh gas-fired combined cycle generating unit operating only at 60 percent capacity which can be built at about one-fourth of the capital cost. Even worse, those wind turbines have a very short operating life, requiring a total infrastructure reinvestment about every 10-13 years, easily a $2 billion replacement for New York.

Add to this substantial infrastructure and transmission costs to deliver electricity from remote wind sites to the New York City area where greatest power demand exists. Such dislocations between locations of supply and high demand are typical throughout all regions of America, both for industrial scale wind and solar. The quality of that power isn’t any bargain either.

Unlike coal- and natural-gas-fired plants that provide reliable power when needed — including peak demand times — wind turbines only produce electricity intermittently as variable daily and seasonal weather conditions permit regardless of demand. That fickle output trend favors colder night-time periods rather than hot summer late afternoons when needed most.

The real kicker here is that wind has no real capacity value. Intermittent outputs require access to a “shadow capacity,” which enables utilities to balance power grids when wind conditions aren’t optimum . . . which is most of the time. What we don’t tend hear about is that those “spinning reserves” which equal total wind capacity are likely fueled by coal or natural gas which anti-fossil activists love to hate and wind was touted to replace. But then again, self-proclaimed environmentalists aren’t all keen on wind turbines either.

A Sierra Club official described them as giant “Cuisinarts in the sky” for bird and bat slaughters. In some cases “not in my backyard” resistance arises from an aesthetic perspective as evidenced, for example, by strong public opposition to the proposed 130-turbine offshore Cape Wind development stretching across 24 square miles of Nantucket Sound’s pristine Horseshoe Shoal. Other wind critics also have legitimate health concerns about land-based installations. Common symptoms include headaches, nausea, sleeplessness, and ringing in ears resulting from prolonged exposure to inaudibly low “infrasound” frequencies that penetrate walls.

So long as this industry’s survival depends upon preferential government handouts and regulatory mandates, two things are clear. Wind is not a free, or a competitive free market source of energy. It is also not a charity we can continue to afford blow money into. It’s time to finally pull the plug and permanently cut off the taxpayer and rate-payer juice.

Natural Gas Production by State

From the American Legislative Exchange Council (ALEC):

One of the greatest achievements of the American 21st Century has been the advances made in hydraulic fracturing and horizontal drilling technologies. These innovative well stimulation and extraction techniques have made enormous quantities of hydrocarbons that have been locked away in shale rock accessible now for the first time.

Between 2000 and today, domestic natural gas withdrawals have increased by roughly 25 percent, leading to an abundant supply of inexpensive fuel that can be used to generate electricity and provide space heat. A decade ago, policymakers were discussing the need to import liquefied natural gas (LNG) in order to meet American energy demands. Today, LNG export terminals are under construction in Maryland, Louisiana and Texas.

2015-05-07-Map-Energy-Production-Natural-Gas-2

The map above shows total natural gas production by state in 2013, the most recent year for which data is available. Unsurprisingly, the difference between Pennsylvania and New York — both of which lie on top of the gas-rich Marcellus shale play — is stark. Pennsylvania, having embraced hydraulic fracturing currently produces roughly 140 times more natural gas compared to New York, which has implemented a statewide ban on the well stimulation technique.

A Bland but Workable Energy Plan

House Energy and Commerce Committee Chairman Fred Upton and Senate Energy and Natural Resources Committee Chairwoman Lisa Murkowski have been working jointly on a passable energy bill. The Congressmen have also been coordinating with Energy Secretary Ernest Moniz to ensure the bill will not get vetoed at the President’s desk.

On infrastructure, the Energy Policy Modernization Act (the Senate version) aims to modernize the electricity grid and add cybersecurity safeguards. There are also provisions to streamline the process for natural gas export projects and maintain the Strategic Petroleum Reserve. The bill provides for the “responsible development of American resources”, to include hydropower, geothermal and bioenergy, as well as traditional resources. Surprisingly, the act creates a new National Park Maintenance and Revitalization Fund to fix the maintenance backlog of the nation’s public parks (the park delayed an estimated $11.5 billion worth of maintenance last year alone).

The drafters of the bill chose to avoid big button issues such as the Keystone XL pipeline, allowing the exportation of crude oil and climate change.

The inclusion of maintaining the Strategic Petroleum Reserve is in direct contrast to the transportation bill being presented by the Senate, which offers to sell part of the reserve to fund the Highway Trust Fund.

This week, 11 environmental groups, including the Sierra Club, the League of Conservation Voters and the Natural Resources Defense Council, have come out against the bill stating that several provisions in the bill could cause detrimental effects to public health and the environment. The groups seemed specifically opposed to expediting liquefied natural gas exports and mineral mining permits because they felt “a stronger vision for accelerating the development and deployment of clean energy” was needed. The House bill received less opposition from these groups since it did not include measures on hydropower and liquefied natural gas exportation.

Senate Energy Policy Leaves Out Oil and Highway Funding

The focus of the Energy Policy Modernization Act of 2015 includes energy efficiency and conservation, protecting the electric grid and speeding up the application process for liquid natural gas refineries. The bill includes:

  • The secretary of the Energy Department to issue a final decision on applications to export liquefied natural gas within 45 days after projects have won approval from the Federal Energy Regulatory Commission.
  • The Strategic Petroleum Reserve, a stockpile of nearly 700 million barrels of oil, should be used only in emergencies — while there are legislative efforts to sell off some of that oil to help pay for surface transportation funding.

The most recent senate energy bill failed to address some of the most important energy issues currently facing the nation. The bill avoided such issues as:

  • The ban on exporting crude oil.
  • Keystone XL pipeline.
  • Federal gas tax reform.
  • The failure to fund our highway system.
  • Renewable Fuel Standard reform.

U.S. energy policy that includes natural gas, but leaves out oil, is not real energy policy. Protecting the electric grid and leaving out critical funding for the highway system, addresses half of our most pressing infrastructure needs.

The Arctic — Our Last Energy Frontier

As the Arctic Ocean ice thaws, countries prepare to tap into the vast energy resources currently trapped beneath the Arctic Ocean. The U.S. Geological Survey (USGS) estimates that the Arctic could hold as much as 12 percent of the world’s undiscovered oil and 30 percent of its undiscovered gas, not including unconventional oil and gas deposits. Of that, the portion of the Arctic belonging to the United States could hold 33 percent of total oil and 18 percent of total natural gas in the Arctic.

The United States, though, is limited in its reach into the Arctic since it has not signed onto the United Nations Convention on the Law of the Seas (UNCLOS) treaty. Without that ratification, the United States, unlike the other four Arctic nations of Russia, Canada, Norway and Denmark, is constrained to an Exclusive Economic Zone (EEZ) of 200 nautical miles off their coasts. The other four Arctic nations, however, have asked to secure international legal titles to sites up to 350 miles off their coasts. Russia and Canada have even submitted claims that reach the North Pole.

Drilling in the Arctic could also be further complicated by harsh storms, drifting sea ice, poor infrastructure and a lack of available crisis response centers. On the other hand, Arctic drilling would take place at shallower depths than drilling in the Gulf of Mexico. In a positive push for Arctic drilling, President Obama signed Executive Order 13580 in 2011 to establish a coordinate efforts among federal agencies to develop energy in the Arctic. The order was intended to expedite future permit issuance and improve information sharing.

Shell Gulf of Mexico has made moves to be at the forefront of oil exploration in the U.S. Arctic region, specifically in the Chukchi Sea and the Beaufort Sea. The company also produced an extensive Oil Spill Response Plan to assure the government of their preparedness in case of an oil spill in the region. Fears regarding oil spill response in the Arctic continue as the Coast Guard admits to having no offshore response capability in Northern and Western Alaska. Due to harsh regional realities, Shell has currently only been granted legal permission for drilling between July and October.

While Arctic drilling may still seem like a dangerous opportunity, future technological innovations and improved Arctic preparedness and infrastructure will make such drilling a reality in the near future. The massive quantities of energy stored in the U.S. Arctic will stay there until we decide to take advantage of this opportunity.

Mexico Opens to Big Energy

For the past 55 years, Mexico has prohibited private companies from owning any of its oil and natural gas production. The national oil and gas company PEMEX, once a major international energy player, has been reduced to an irrelevant player due to the government’s ever increasing and frequent siphoning of funds from PEMEX. The demise of PEMEX and the rise of the reform minded President Enrique Pena Nieto opens the door to changes to the Mexican constitution now allowing big energy companies to purchase oil and natural gas land.

Mexico’s break-even costs are low:

  • Deep water production is $50/bbl or lower.
  • Energy output from Mexico’s deep water could be transported to the U.S. by existing infrastructure.
  • Mexico is far more stable than the Middle East.

Mexico is currently 10th in oil production and opening the country up to big energy will greatly benefit Mexico and the world energy market.

Economic Repercussions of the Renewable Fuel Standard

American Petroleum Institute’s Renewable Fuel Standard Facts:

The Energy Independence and Security Act of 2007 included an expanded Renewable Fuel Standard (RFS), which the EPA used to develop a final rule effective July 1, 2010. To comply with the Standard, biofuel producers and importers must blend increasing amounts of biofuels into gasoline and diesel.

However, there have been problems with the government’s original predictions regarding the supply and demand of gasoline; U.S. gasoline demand has dropped while supply has increased due to the shale and natural gas revolution in North America. Also, cellulosic technologies have not developed as quickly as expected and there are no commercial plants to date. The EPA rushed through approval of an up to 15 percent ethanol blend (E15) without adequate testing, leading to compatibility problems with E15, poor consumer acceptance and significant infrastructure and cost challenges. EPA proposed to address the problem, but has been incapable of finalizing its rule.

A study by NERA Economic Consulting (NERA) buttresses the argument that the RFS is irretrievably broken saying that, RFS ethanol mandates could:

  • Lead to fuel supply disruptions that ripple adversely through the economy.
  • Cause the cost of diesel to rise 300 percent and the cost of gasoline to rise 30 percent.
  • Decrease U.S. GDP by $770 billion.
  • Reduce worker pay $580 billion.

Oklahoma Fracking Companies Could Face Earthquake Lawsuits

Last week, the Oklahoma Supreme Court ruled that earthquake injury lawsuits against oil and gas companies could now be heard in district courts. Previously, the oil industry had been trying to avoid such court cases and asked for them to be heard only through the Oklahoma Corporation Commission.

The State’s highest court rejected the request, stating:

The Commission, although possessing many of the powers of a court of record, is without the authority to entertain a suit for damages.

The court was in no way ruling that earthquakes are caused by companies using hydraulic fracturing technology to extract oil and natural gas.

Instead, the opinion spoke only of which court was best suited to hear such claims in Oklahoma. This opinion upheld the longstanding tradition of allowing district courts exclusive jurisdiction over private tort actions.

A recent flurry of earthquakes in Oklahoma have placed the state at the center of the fracking debate. A recent study by the University of Oklahoma, Columbia University, and the U.S. Geological Survey reported potential links between wastewater injection, a practice often used for the disposal of water waste in fracking, and earthquakes. The study has been heavily disputed and many conclude the earthquakes are simply a manifestation of natural causes.

 

Study’s Conclusion Does Not Make New York Hydraulic Fracturing Ban Permanent

A conclusion of a seven year long review of hydraulic fracturing in the state of New York does not mean that a state wide hydraulic fracturing ban is permanent. The findings of the study might be the only thing that is official from Department of Environmental Conservation other than a speech made by the governor.

Joe Martens, head of the Department of Environmental Conservation:

After years of exhaustive research and examination of the science and facts, prohibiting high-volume hydraulic fracturing is the only reasonable alternative. High-volume hydraulic fracturing poses significant adverse impacts to land, air, water, natural resources and potential significant public health impacts that cannot be adequately mitigated.

New York governor Andrew M. Cuomo announced on December 17, 2014 that he would ban hydraulic fracturing in New York State by executive proclamation because of concerns over health risks, ending years of debate over a method of extracting natural gas. He was formally declaring a “ban” after his predecessor, Patterson, implemented a “moratorium” on hydraulic fracturing. The question of whether to allow hydraulic fracturing is occurring in many states and has been one of the most divisive public policy debates in New York in years. Environmental advocates, alarmed by the growth of the practice, pointed to New York’s decision as the first ban by a state with significant natural-gas resources.

There is no actual law in place that bans hydraulic fracturing in New York. Whereas there are laws in Texas and Oklahoma that ban local hydraulic fracturing bans in those two states. So, for now, hydraulic fracturing could be on hold in New York, but only temporarily.

 

Private-Public Partnerships Move to Improve Texas Energy and Environment

Apart from obvious biological costs of the Deepwater Horizon oil spill in 2010, there were heavy indirect costs associated with the spill which most economists will likely never be able to calculate accurately. These intangible costs include the heavy blow dealt on the Gulf’s tourism sector that year.

The mere cleanup costs of similar spills have been monumental:

Cleanup of Oil Spills

Note: These figures are projections based on the estimated average cost of cleaning up a single barrel of oil in today’s dollars. They do NOT include the cost to other industries, countries, outstanding damages to private property or the value of lost oil. In the case of Mexico in its 1979 Ixtoc I spill, these three external estimated costs totaled an astonishing $872 million. 

Unsurprisingly, British Petroleum estimates that over 30 percent of medium-term oil production will be offshore oil, hence risk management strategies are not only a foremost ethical parameter but a rational metric for increasing a company’s profitability. Bearing this end in mind, the University of Houston and Texas A&M at Corpus Christi are forming the Subsea Systems Institute and Texas OneGulf, and will enjoy close collaboration with NASA, Rice University, ExxonMobil, Halliburton and Sclumberger among others. The two research organizations — aided by the private sector — will pioneer deep-sea drilling technologies designed to protect the environment and private enterprises through safer and more cost-effective deep-sea drilling practices.

Our vision is to create an institute that is recognized around the world as the undisputed leader in transformative deepwater technology… We will create, test, and provide the technologies that industry will need in the next five to 10 years.

– Ramanan Krishnomoorti, Chief Energy Officer and Interim Vice President for Research and Technology Transfer at the University of Houston