The document discusses basic safety concepts in nuclear engineering, including defense in depth using multiple barriers, fail-safe design, redundancy, and diversity. It also addresses protection goals around reactivity control, fuel cooling, and radiation exposure. Safety concepts apply concepts from nuclear engineering to conventional industry to significantly reduce accident risk.
Here is a ppt for the nuclear accident happened at Chernobyl nuclear reactor.
do go through it and do share your feedback regarding it
have a good day ahead !
Here is a ppt for the nuclear accident happened at Chernobyl nuclear reactor.
do go through it and do share your feedback regarding it
have a good day ahead !
its very simple and easy to explain and understand.Based on the some popular nuclear disaster. some slides are dedicated to bhopal gas tragedy and one slide is given to fire hazards.
Scientific & Technological Perspective:
Future of Energy Storage With
Graphene Oxide (GO)
Paper Presentation
By
Radhey Shyam Meena
In
International Conference On
Advanced in Power Generation From
Renewable Energy Sources
APGRES 2015, June 15-16, 2015
Rajasthan Technical University Kota
its very simple and easy to explain and understand.Based on the some popular nuclear disaster. some slides are dedicated to bhopal gas tragedy and one slide is given to fire hazards.
Scientific & Technological Perspective:
Future of Energy Storage With
Graphene Oxide (GO)
Paper Presentation
By
Radhey Shyam Meena
In
International Conference On
Advanced in Power Generation From
Renewable Energy Sources
APGRES 2015, June 15-16, 2015
Rajasthan Technical University Kota
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Structures to Resist the Effects of the Accidental Explosionsijtsrd
Currently in the field of civil engineering the requirement regarding knowledge blast loads are essential. Every country in the world are having terrorist threats. As the scenario of terrorist attacks are unpredictable neither location nor blast material used. This provides an outline to analysis and design to resist blast loads. We have taken an example model to illustrate evaluation of blast parameters which are used in the analysis. The analysis and design of structures to resist blast explosive loads is having utmost importance compared to the conventional type of structures. Where Loading is actually independent of time variation. From past few decades terrorist attacks are becoming a new threat to people lives material used, its quantity, and distance from structure etc. Since we dont know when the blasting activity is going to be happened and type of charge material is used, depends on importance of structure we have to make sure the design of structure should be such that it should resist the failure against blasting activities and to property also. The amount of damage caused to structure is depends upon type of charge. Blast loads, its contribution to structures and other required provisions are opted from Technical Manual 5 1300 and IS 4991 1968.The design method used is Equivalent Static Approach. Analysis of frames of structure is done with software package. Kota Sudeep | V. Narasimha Rao ""Structures to Resist the Effects of the Accidental Explosions"" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-3 , April 2019, URL: https://www.ijtsrd.com/papers/ijtsrd23455.pdf
Paper URL: https://www.ijtsrd.com/engineering/civil-engineering/23455/structures-to-resist-the-effects-of-the-accidental-explosions/kota-sudeep
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Interested in deploying notification automations for Bonterra Impact Management? Contact us at sales@sidekicksolutionsllc.com to discuss next steps.
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Session Overview
-------------------------------------------
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Basic Safety Concepts in Nuclear Engineering
1. Basic Safety Concepts in
Nuclear Engineering
Dr. Gernot Thuma, GRS
3rd International Disaster and Risk Conference (IDRC),
30 May - 3 June 2010, Davos, Switzerland
2. Gesellschaft für Anlagen- und Reaktorsicherheit (GRS) mbH
Subordinate Federal and Authorised Scientific
Authorities State Authorities Experts Institutions
BfS
Federal Office for RSK/SSK Universities
BMU
Radiation Protection
Federal Minister for
the Environment,
Nature Conservation
and Nuclear Safety
GRS
Technical Safety
State Authorities States Organisations Research Institut
(e.g. TÜV)
Utilities/Licensees
G. Thuma, Basic Safety Concepts in Nuclear Engineering 02.06.2010 2
3. Outline
Nuclear Energy Production
Protection Goals (Nuclear Safety Goals)
Safety Concepts
• (Example for the Combined Effect of Safety Measures)
Application to Conventional Industrial Facilities
G. Thuma, Basic Safety Concepts in Nuclear Engineering 02.06.2010 3
5. Protection Goals (Nuclear Safety Goals)
Reactivity control
Fuel cooling
Confinement of
radioactive materials
Limitation of radiation
exposure
G. Thuma, Basic Safety Concepts in Nuclear Engineering 02.06.2010 5
6. Safety Concepts
Defence in depth
Multiple barriers
Fail Safe Design
Single failure concept
Redundancy
+ Physical Separation
Diversity
…
G. Thuma, Basic Safety Concepts in Nuclear Engineering 02.06.2010 6
7. Defence in Depth
The concept of defence in depth, as applied to all safety activities, whether
organizational, behavioural or design related, ensures that they are subject to
overlapping provisions, so that if a failure were to occur, it would be detected and
compensated for or corrected by appropriate measures […] Application of the
concept of defence in depth throughout design and operation provides a graded
protection against a wide variety of transients, anticipated operational
occurrences and accidents, including those resulting from equipment failure or
human action within the plant, and events that originate outside the plant.
[IAEA Safety Requirements, NS-R-1, Safety of Nuclear Power Plants: Design]
G. Thuma, Basic Safety Concepts in Nuclear Engineering 02.06.2010 7
8. Multiple Barriers
There are barriers for various
purposes:
Containment of radioactive
materials
Radiation protection
Fire protection
Limitation of effects of component
failures
• Missiles
• Flooding
Physical protection (security)
…
G. Thuma, Basic Safety Concepts in Nuclear Engineering 02.06.2010 8
9. Fail Safe Design
Definition:
Design ensuring that in the event
of a failure the system behaves in
a way that will cause no harm
Example:
To shutdown the reactor the
control rods have to be inserted
into the reactor core
• Normally the control rods are
held and moved by electric
drives
• In the event of a power failure,
the control rods fall into the
core under gravity
G. Thuma, Basic Safety Concepts in Nuclear Engineering 02.06.2010 9
10. Single Failure Concept
Aim:
Safety function available (100 %)
Assumption:
Failure of a safety installation due to a random single failure
with the most unfavourable effect
Unavailability of a safety installation due to maintenance measures
with the most unfavourable effect
Solutions:
3 sub-systems á 100 %
4 sub-systems á 50 %
Advantage of the 4 x 50 % solution:
In some situations 50 % are enough to accomplish the task
G. Thuma, Basic Safety Concepts in Nuclear Engineering 02.06.2010 10
11. Redundancy
Definition:
Duplication of critical structures,
sub-systems, or components
Aim:
Backup for random failures,
maintenance,…
Design:
Realization depends on the
safety function that has to be
performed
G. Thuma, Basic Safety Concepts in Nuclear Engineering 02.06.2010 11
12. Diversity
Definition:
Different technical
implementations of a
given safety function
Aim:
Prevention of
common cause failures
Caveat:
Not everything that looks like a
different implementation is a
different implementation
G. Thuma, Basic Safety Concepts in Nuclear Engineering 02.06.2010 12
13. What else?
Design basis accidents
• 30 minutes criterion
No operator action required during the first 30 minutes of an accident
Internal and external hazards
Appropriate instructions
• Operating and maintenance instruction
(normal operation and operational occurrences)
• For incidents and accidents:
Event sequence based workflow instruction
(operational occurrences and design basis accidents)
Protection goal oriented instructions (other accidents)
• Internal accident management measures (severe accidents)
• Off-site emergency response measures (severe accidents)
Evaluation of the operating experience
Systematic safety assessments (on a regular basis, e.g. every 10 years)
• Deterministic safety assessments + probabilistic safety assessments
G. Thuma, Basic Safety Concepts in Nuclear Engineering 02.06.2010 13
14. Internal and External Hazards
Internal hazards External Hazards
Fire Natural Hazards
Explosion Earthquake
Flooding Flooding
Missiles Storm
(e.g. from high energy components) Lightning
Heavy load drop Other meteorological hazards
(e.g. from structural failures Man-made Hazards
or crane failures)
Explosion (off-site)
Fire (off-site)
Aviation accidents
Typical exceedance probabilities for the
design basis events: 10-4 - 10-5 per year
G. Thuma, Basic Safety Concepts in Nuclear Engineering 02.06.2010 14
15. Probabilistic Safety Assessment (PSA)
Aims:
Quantification of the risk
Identification of vulnerabilities and
particularly risky initiating events
Basis for risk-informed planning,
maintenance measures,
retrofitting, and design
modifications
Scope:
Level 1 - Sequences that could
lead to core damage states
Level 2 - Release of radioactive
material to the environment
Level 3 - Dispersion of
radionuclides outside the plant
including potential environmental
and health effects
G. Thuma, Basic Safety Concepts in Nuclear Engineering 02.06.2010 15
16. Summary of Safety Concepts
Defence in Depth
Multiple Barriers
Fail Safe Design
Single Failure Concept
Redundancy
Diversity
Design basis accidents
Internal and external hazards
Appropriate instructions
Evaluation of the operating experience
Systematic safety assessments
G. Thuma, Basic Safety Concepts in Nuclear Engineering 02.06.2010 16
17. Application to Conventional Industrial Facilities
Application of these safety concepts not limited to nuclear installations
Adaptation requires only minor changes
• Definition of suitable safety goals
• Specification of a target safety level
proportionate to the complexity and potential hazard of the installation
Some safety concepts already applied to high-risk industrial facilities
• But implementation in conventional industrial facilities not yet as common
and stringent as in nuclear engineering
Consequent application of these safety concepts
to industrial facilities would significantly reduce
the risk of industrial accidents with severe consequences
for the public and the environment
G. Thuma, Basic Safety Concepts in Nuclear Engineering 02.06.2010 17
18. For further information please contact:
Dr. Gernot Thuma
Gesellschaft für Anlagen- und Reaktorsicherheit (GRS) mbH
Schwertnergasse 1
50667 Köln
Germany
phone: +49-(0)221-2068-607
fax: +49-(0)221-2068-10607
email: Gernot.Thuma@grs.de
G. Thuma, Basic Safety Concepts in Nuclear Engineering 02.06.2010 18