Showing posts with label fukushima. Show all posts
Showing posts with label fukushima. Show all posts

Monday, December 7, 2015

Fukushima-like Problems Before The Sixth Seal (Revelation 6:12)


Incident reported at Indian Point Nuclear Facility in Buchanan, New York

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PUBLISHED Sat, December 05, 2015 – 9:30pm EST 

New York Governor Andrew Cuomo said a power loss to several control rods occurred at the Indian Point Nuclear Facility on early Saturday evening, forcing the Unit 2 reactor to be shut down. Other details were not immediately available, but authorities said there is no public health threat as a result of the incident.

“The company reports that there was no radioactivity released to the environment,” Cuomo said in an emailed statement. “I have directed the Department of Public Service to investigate and monitor the situation and a team is currently en route to Indian Point to begin its work.”

Other details were not yet available.

Indian Point Energy Center has a generating capacity of more than 2,000 megawatts and provides enough power to light about 2 million homes, thousands of businesses and hundreds of critical transportation, health and municipal systems. The power is distributed to the Con Edison system, which serves more than 3 million customers in the five boroughs of New York City and Westchester County.

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Tuesday, November 24, 2015

Babylon the Great: Our Fukushima Is Coming (Rev 15)


Russia and China Aren’t Less Committed to Nuclear Force. So Why Are We?
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Michaela Dodge

As Russia and other nations around the world flex their “nuclear muscles,” when it comes to the United States, maintaining a credible nuclear force is certainly a tough task. Challenges include: declining research, development and acquisition budgets; uncertain prospects for modernization, and an American public that lacks a clear understanding of how nuclear weapons contribute to national security.

The U.S. nuclear force has prevented a great power war for seven decades. Yet the commitment to maintain a credible nuclear force appears shaky.

That is certainly not the case in competitor nations such as Russia, China and North Korea. While sanctions and low oil prices have crippled Russia’s economy, the Kremlin is still doggedly spending billions of dollars on modernizing its strategic rocket forces. Washington’s lack of commitment takes a toll on more than investment. It does not go unnoticed by the men and women who man the nation’s nuclear submarines, bombers, and intercontinental ballistic missiles. That only makes executing a nuclear mission more difficult, both practically and morally.

State of Affairs

Imagine being out on the vast prairie of Montana, North Dakota, Wyoming, Colorado or Nebraska in the dead of winter, the blasts of wind making the sub-zero temperatures nearly unbearable. After driving one to three hours to reach your missile alert facility, you go down into the launch control center where the 50-year-old equipment smells the same as it did to your father, who pulled alerts here before you were born. During winter, heavy snow may trap maintenance and missile alert crews in the missile field for days. When they finally get to go home, the smell of old equipment and chemicals lingers on their clothes.

Much the same can be said for the bomber crews who fly the exact same aircraft their fathers flew and their sons or daughters will likely fly.

Recent Analysis

The Heritage Foundation’s newly released “2015 Index of U.S. Military Strength” evaluates the health of the U.S. nuclear complex according to nine categories. In four of those categories—warhead modernization, delivery systems modernization, nuclear weapons complex and nuclear test readiness—the complex was rated as “weak” (the second worst rating possible).

One of the main factors behind these low scores is sequestration. Its “automatic pilot” budget regimen threatens sustained and predictable funding—a major problem for addressing issues within the nuclear complex. It has already forced a delay in plans to replace aging delivery systems. This includes everything from a new bomber and its nuclear certifications, to a replacement for the Ohio-class strategic submarine, to a follow-on intercontinental ballistic missile.

Another major factor contributing to lower scores are the government’s conflicting policies regarding the nuclear complex. We say we care about the nuclear force and the complex that supports it, yet manpower and resources available to execute the nuclear mission have been steadily declining until recently. We say we are in favor of a robust nuclear modernization program, yet proclaim, at the same time, we need to get to a world without nuclear weapons—all while refusing to truly modernize our weapons.

The president’s fiscal year 2016 budget dedicates over $75 million for the ground-based strategic deterrent, better known as the Minuteman replacement. While the current missiles are in fact woefully archaic—they were first deployed in the 1970s—there is no provision for replacing the even older silos and launch control centers from which a new missile would be launched.

On the bright side, the president’s budget accelerates by two years the Long-Range Standoff missile, an essential advancement in American capabilities. This project is particularly vital considering the limited number of available stealth bombers and the angle of attack needed to counter the tunneling efforts of our adversaries, which make targets hard to reach.

The main question, however, is what Congress will do.  At the end of the day, it’s the House and Senate that decide which programs get funded and at what level.

The Index’s low rankings indicate the areas of America’s nuclear force that are in greatest need of investment. And it’s a force that must be sustained. The nuclear mission is critical. Its ultimate purpose is to deter a catastrophic attack on our homeland, our forces abroad, and our allies. While it is true that we require a nuclear force we never hope to launch, it is important to recognize that our nuclear weapons serve to keep the peace every day.

Sunday, February 1, 2015

Babylon the Great: Our Fukushima Is Coming (Rev 15)

  • We estimate the contamination risks from the atmospheric dispersion of radionuclides released by severe nuclear power plant accidents… We present an overview of global risks… [These] risks exhibit seasonal variability, with the highest surface level concentrations of gaseous radionuclides in the Northern Hemisphere during winter [Fukushima crisis began with 10 days left in winter].
  • The model setup was evaluated… using emission estimates from… Fukushima
  • The risk posed from nuclear power plant accidents is not limited to the national or even regional level, but can assume global dimensions. Many nations may be subjected to great exposure after severe accidents.
  • Our model shows increased surface-level concentrations throughout the Northern Hemisphere during the boreal winter months compared to the summer… Not only the expected risk magnitude is higher, but the geographical extent of the high concentrations of transported radionuclides is more pronounced towards the northHorizontal advection [i.e. transfer] is more efficient in winter due to relatively stronger winds, and the concentrations are highest near the surface [and] surface level concentrations in the summer tend to be more localized in the emission region.
  • Our results illustrate that accidents… could have significant trans-boundary consequences. The risk estimate [shows] increased surface level concentrations of gaseous radionuclides in the Northern Hemisphere during winter and a larger geographical extent towards the north and the east… This is related to the relatively shallow boundary layer in winter that confines the emitted radioactivity to the lowest part of the atmosphere close to the surface…It is the view of the authors that it is imperative to assess the risks from the atmospheric dispersion of radioactivity from potential NPP accidents [for] emergency response planning on national and international levels.
JAMSTEC, Univ. of Tokyo, etc.: We show a numerical simulation for the long-range transport from the [Fukushima] plant to the US… Large-scale updraft [over] Japan from March 14 to 15 was found effective in lifting the particles [to the] jet stream that could carry the particles across the Pacific within 3 to 4 days [See study: On Mar. 15, Fukushima reactors emitted 100 quadrillion Bq of cesium into air — This one day was equal to total lifetime release from Chernobyl]… Some of the particles [had a] long-range atmospheric transport over — 10,000 km within 3 to 4 days… [R]adioactive materials were detected in that period over the east and west coasts of the U.S… In order for the particles to be transported with the jet stream, they must be lifted up from the surface boundary layer to the mid- or upper troposphere. Large-scale updraft was indeed observedon March 14 through 15[T]he westerlies in mid-March were thus particularly effective in the trans-Pacific transport of the radioactive materials…