- •Introduction
- •18 March 2012
- •Chapter 1 The difference between nuclear safety and security
- •Chapter 2 h ow these two concepts cooperate
- •Chapter 3 The changes in the field of nuclear safety of Pakistan
- •Chapter 4 The possibility of nuclear terrorism in Pakistan
- •Chapter 5 The possibility of terrorists obtaining nuclear material
- •Chapter 6 Prevention of nuclear terrorism
- •Chapter 7 The 2010 Nuclear Security Summit
- •2012 Seoul Nuclear Security Summit
- •Bibliography
- •2. Pakistan in 'French nuclear deal'
- •3. Leak at Pakistani nuclear plant, but no damage
Critical Issues Forum 2011 – 2012
«Nuclear Safety and Security»
Benchmark 2- Nuclear Security
Students-participants: Tatyana Kolenova and
Evstigneeva Anastasia,
students of 10th grade, school 109
Teacher-consultant: Lidia Zaynullina
Trekhgorny, Chelyabinsk region
Russia
– 2012
Contents:
Introduction
Chapter 1: The difference between nuclear safety and security
Chapter 2: How these two concepts cooperate
Chapter 3: The changes in the field of nuclear safety of Pakistan
Chapter 4: The possibility of nuclear terrorism in Pakistan
Chapter 5: The possibility of terrorists obtaining nuclear material
Chapter 6: Prevention of nuclear terrorism
Chapter 7:Summits
Bibliography:
Introduction
Nuclear Security
“The prevention and detection of, and response to, theft, sabotage, unauthorized access, illegal transfer or other malicious acts involving nuclear material, other radioactive substances or their associated facilities.”
From IAEA glossary
[1] Pakistan is the first Muslim country in the world on construction and operation of civil nuclear power installations.
The history of development of nuclear branch of Pakistan began from 1970th years when the first small (125МВТ) a nuclear reactor on heavy water (was established to Canadian pressurized heavy water reactor (PHWR) near Karachi which works at low power.
Below, we provide the table of all of nowadays existing nuclear objects of Pakistan. Only 3 nuclear power plants for today work.
Nuclear power reactors |
Type |
Location |
Net capacity |
Construction start |
Connected |
Commercial operation |
KANUPP-I |
PHWR |
Karachi |
125 MWe |
1.08.1966 |
18.10.1971 |
07.12.1972 |
CHASNUPP-I |
PWR |
Chasma |
300 MWe |
1.08.1993 |
13.06.2000 |
15.09.2000 |
CHASNUPP-II |
PWR |
Chasma |
300 MWe |
28.12.2005 |
14.03.2011 |
20.05.2011 |
CHASNUPP-III |
PWR |
Chasma |
300 MWe |
28.04.2011 |
2016 |
Not known |
CHASNUPP-IV |
PWR |
Chasma |
300 MWe |
2011 |
2017 |
Not known |
KANUPP-II |
PWHR |
Karachi |
600 MWe |
Project was put on hold in 2009 |
Not known |
Not known |
KANUPP-III |
PHWR |
Karachi |
450 MWe |
Construction has not yet started |
Not known |
Not known |
[made by Kolenova Tatyana and Evstigneeva Anastasia]
F rom the table we see that in Pakistan exist 2 main nuclear complexes:
Source: http://en.wikipedia.org/wiki/File:Pakistan_location_map.svg 17 March 2012
18 March 2012
Chashma Nuclear Power Complex
Karachi Nuclear Power Complex
Responsibility for nuclear objects bears PACE (The Pakistan Atomic Energy Commission), and also scientific and nuclear government agencies. Pakistan is one of 4 countries not signed the Treaty on the Non-Proliferation of the nuclear weapon, but being the member of IAEA and having good reputation in this organization. It is necessary to notice that all objects are under IAEA guarantee.
International cooperation:
China
O ne of active assistants is China. China helped Pakistan with construction of nuclear reactors. Construction of CHASNUPP-III and CHASNUPP-IV is the joint project of Pakistan and China where China acts as the main contractor.
France
I
Source: http://news.bbc.co.uk/2/hi/europe/8052587.stm 17 March 2012
n May, 2009 France agreed to cooperate with Pakistan in the sphere of nuclear safety. [2]Japan
In 2011 Japan and Pakistan signed the agreement on non-proliferation of the nuclear weapon (agreement for nuclear non-proliferation).
Fuel cycle:
In Kahuta is small plant on uranium enrichment. In 2006 of PACE declared that is planned to construct the Nuclear Power Fuel Complex consisting of plants on uranium enrichment and production of fuel.
The government set the task by 2015 to make to 350 tons of U3O8 a year.
Nuclear Accidents: [3]
On October 18-19, 2011 on the nuclear power plant of KANNUP-I there was a leakage of heavy water from a giving pipe in the reactor. Failure occurred during technical check and service which began still on October 5. At plant entered state of emergency and allocated the struck site. 7 hours later state of emergency was cancelled and leak is taken over the control. As a result of failure nobody suffered, about radiation or damages wasn't reported. In 4 weeks of the nuclear power plant again worked.