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3rd reactor in Onagawa nuclear power station goes on line
Index:
3rd reactor in Onagawa nuclear power station goes on line
Missing Los Alamos Disk Found
Pebble Bed Modular Reactor Design Pushes Renewed Interest Worldwide
FERC OK's Entergy buy of Vermont Yankee nuke plant
==============================================
3rd reactor in Onagawa nuclear power station goes on line
SENDAI, Jan. 30 (Kyodo) - The third nuclear reactor at Tohoku Electric Power Co.'s
Onagawa nuclear power station in Miyagai Prefecture went into commercial
operation Wednesday, adding 825,000 kilowatts of power to the Tohoku Electric grid.
Tohoku Electric officials said the boiling-water reactor, which has been under test-
operation since April last year, was switched to commercial operation under authority
from the Nuclear and Industry Safety Agency.
With the third reactor on line, the Onagawa nuclear power station, which straddles
between the towns of Onagawa and Oshika in northeastern Miyagi Prefecture, has a
total output capacity of 2,174,000 kilowatts, raising the share of nuclear power at
Tohoku Electric from 8.9% to 13.5%.
The commercial operation of the No. 3 Onagawa reactor, the 52nd operating nuclear
reactor in Japan, came four and a half years after the last newly built nuclear reactor
-- the No. 4 at Kyushu Electric Power Co.'s Genkai nuclear power plant in Saga
Prefecture -- went on line.
Currently, there are only three other nuclear reactors in construction in Japan -- one
each at Higashidori, Aomori Prefecture, Hamaoka, Shizuoka Prefecture, and Shiga,
Ishikawa Prefecture.
The Japanese government has said Japan needs another 10 to 13 nuclear reactors
by 2010 under the nation's long-term electrical power plan, but nuclear industry
experts suggest the goal is unlikely to be fulfilled.
Analysts say the nation's power industry faces two major hurdles in building more
nuclear plants -- objection by local residents to the presence of nuclear plants in their
backyards and slumping demand for electricity.
Tohoku Electric says it expects a fall in electric demand in the current business year,
blaming the slump on the economic downturn as well as energy-saving initiatives
among electric power consumers.
------------------
Missing Los Alamos Disk Found
WASHINGTON (AP) - Authorities at the Los Alamos National Laboratory searched
several days for a missing computer disk used by an engineer working in the lab's
nuclear materials technology division, lab officials said.
It finally was found late Tuesday, being used by another scientist. It had never left the
top-secret lab's secure areas, said John Gustafson, a spokesman for the weapons
laboratory in New Mexico.
The disk contains some classified material, but ``does not contain highly sensitive
classified data involving weapons design,'' the laboratory said in a statement issued
shortly before the disk was found.
Less than a week before the latest incident at Los Alamos, federal authorities
officially closed the investigation into the high-profile disappearance almost two years
ago of two computer hard drives that contained top-secret nuclear-related material.
No charges were filed in that case. The hard drives were recovered behind a copying
machine, although it has never been learned how they got there.
The latest incident involved a disk used by an individual for note taking, Los Alamos
officials said. A periodic inventory review found Friday that the individual, who was
not further identified, ``could not immediately locate'' the disk. A search of the secure
area ensued.
``There is no evidence, nor any expectation, that the disk ... left security areas at Los
Alamos,'' Tuesday's statement said.
Word of the missing disk surfaced Tuesday when a watchdog group in Washington -
the Project on Government Oversight - said it received information that a search was
under way for missing data at Los Alamos ``involving nuclear weapons design
information.''
The laboratory categorically denied the missing disk contained weapons design data,
although the part of the lab being searched includes areas involved in the
manufacture of weapons components, said a government source, speaking on
condition of anonymity.
The search was ordered after an inventory at Nuclear Materials Technology Division
``identified some minor discrepancies'' from previous inventories. An engineer ``could
not immediately locate'' a disk the person had been using for note taking, the lab
said.
The Los Alamos lab, one of three federal laboratories involved in the nuclear
weapons program, was at the center of an espionage controversy for much of 1999
that involved the alleged theft of secrets by a computer scientist, Wen Ho Lee.
Lee, an American born on Taiwan, subsequently was arrested and indicted on 59
felony counts that alleged he transferred nuclear weapons information to unsecured
computers and tape. The government's case crumbled, and Lee pleaded guilty to a
felony count of improperly downloading sensitive material and was freed after nine
months in jail. He has denied throughout the theft of any secrets.
No sooner did the Lee controversy die down than it was learned in 2000 that two
computer hard drives, belonging to a group of nuclear weapons scientists in the top-
secret X-Division, had disappeared from a vault as the lab was being evacuated
amid threats from a raging wildfire.
Despite months of investigation, no one was charged in the case. Last week, an
assistant U.S. attorney in Albuquerque, N.M., announced the case officially closed.
On the Net: Los Alamos lab: http://www.lanl.gov/worldview/
------------------
Pebble Bed Modular Reactor Design Pushes Renewed Interest in Worldwide Nuclear
Power Generation, in an Advisory by Industrialinfo.com
HOUSTON--(BUSINESS WIRE)--Jan. 30, 2002--The following is an advisory by
Industrialinfo.com (Industrial Information Resources, Inc; Houston): The rehabilitation
of nuclear power generation plants, which could represent part of the answer to
world's power generation needs over the next 30 years, has taken a few steps
forward in the consciousness of governments and industry in the past six months.
However, nuclear power still has a way to go among environmental groups and those
involved with post-Chernobyl public health concerns.
The Pebble Bed Modular Reactor (PBMR) from Eskom in South Africa continues to
claim the attention of both the large power hungry regions and the capital conscious
development areas to which the modular and smaller output plant could be both
affordable and appropriate.
Stakeholders in the project include the U.S. company Exelon with 12.5%, Eskom with
30%, British Nuclear Fuels with 22.5%, Industrial Development Corporation of SA
with 25%, and Black empowerment at 10%. Currently, Exelon is negotiating for the
possible purchase of 40 PBMRs at a price of around $6 billion (USD). Early in 2001
the company requested the U.S. National Regulatory Commission to start laying the
groundwork for PBMR licensing.
Exelon would like to see the $300 million demonstration unit, which is planned by
Eskom in South Africa as a proven model, to show that all technical matters have
been resolved and that safety, efficiency and viability are proven enough for U.S.
regulatory agencies to proceed forward with licensing. The plant is to be built
alongside the existing nuclear power station at Koeberg in the Cape Province of
South Africa with work commencing in 2003. If approved, Exelon may then start
concurrent construction of U.S. sites to bring PBMR-generated power to market at
the earliest possible date and at the best price. Specifications and claims by Eskom,
who purchased the technology after a 21-year development and proving period in
Germany, present the PBMR as small, safe, clean, cost efficient, inexpensive and
adaptable.
The PBMR uses multiple coated uranium particles encased in graphite to form a fuel
sphere (60mm in diameter). The PBMR design makes use of helium as the coolant
and energy transfer medium to a closed cycle gas turbine and generator. The design
differences between the PBMR and Pressurized Water Reactors result in the PBMR
being a safe and economical power plant.
The annual world market for power generation is estimated at $70 billion. The PBMR,
if it comes through its regulatory trials, would be in a position to capture a tasty slice
of this power action. With 10% of the shareholding in the PBMR project reserved for
new black empowerment shareholders, 10 plant export orders a year could
contribute nearly $1 billion a year to South Africa's Gross Domestic Product and
another $1 billion in export income. An estimated 57,000 direct and indirect jobs
would be created. These figures would double and triple for 20 or 30 orders annually.
If the demo plant achieves its targets, Eskom will place an order for 10 modules, with
the Exelon order hopefully kicking in immediately for a possible date for the first U.S.
plant in 2007.
Eskom will sell PBMR's as a manufactured item with no rights given. Eighty percent
of the costs will be made up of the manufactured reactor and 20% site construction
related. The aim is for 40% of the sourcing to come from South Africa. Taxpayers
money (approximately $50 million so far) is being spent by the South African
authorities in giving all due diligence to the studies and to public feedback on the
project before the "go" decision is given. With this right and proper concern and the
considerable market presence of Eskom and Exelon the 130MW modules will no
doubt play a crucial role in the future of nuclear power generation.
The project managers are indicating growing confidence in their ability to bring the
product to market and have recently made a significant move. A contract has been
placed (in mid-January 2002) with the U.S. company Stone & Webster and South
African construction company Murray & Roberts and black empowerment contractor
Proman Management Services to provide consulting services to the PBMR project in
engineering, procurement, construction management and project management.
Following this development, the PBMR management at Eskom have gone on record
to state that with the multi-national and multi-disciplinary support now providing
leverage, the approval hurdles for the pilot project should be cleared by the end of
2002 given the crucial general diligence and environmental clearance by the
government.
--------------------
FERC OK's Entergy buy of Vermont Yankee nuke plant
WASHINGTON, Jan 30 (Reuters) - The Federal Energy Regulatory Commission
approved on Wednesday the $180 million sale of Vermont Yankee Nuclear Power
Corp.'s nuclear plant to Entergy Corp. <ETR.N>.
The Vermont Yankee plant, built in 1972, is owned by eight New England-based
utilities.
FERC commissioners approved the sale in an order that said the transaction would
"not adversely affect competition" in the region.
Last August, Entergy agreed to buy the 506 megawatt plant for $145 million plus $35
million for nuclear fuel. The plant will become Entergy's 10th nuclear power plant.
The deal calls for Entergy to provide the current output level of the plant to Vermont
Yankee's current customers at average annual prices ranging from $39-$45 per
megawatt-hour through 2012, when the present operating license expires.
The largest shareholders of the Vermont Yankee plant are Central Vermont Public
Service Corp. with a 31 percent stake, New England Power Co. with 22.5 percent,
Green Mountain Power Corp. with 17.9 percent and Connecticut Light and Power
Co. with 9.5 percent.
------------------------------------------------------------------------
Sandy Perle Tel:(714) 545-0100 / (800) 548-5100
Director, Technical Extension 2306
ICN Worldwide Dosimetry Service Fax:(714) 668-3149
ICN Pharmaceuticals, Inc. E-Mail: sandyfl@earthlink.net
ICN Plaza, 3300 Hyland Avenue E-Mail: sperle@icnpharm.com
Costa Mesa, CA 92626
Personal Website: http://sandy-travels.com
ICN Worldwide Dosimetry Website: http://www.dosimetry.com
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