The Council of the European Union issued the new Directive EURATOM Basic Safety Standards (BSS) in January 2014. This document aims to offer a better protection for people at workplaces and at dwellings. The document introduces radon gas for the first time into the radiological protection system and establishes a reference level of 300 Bq m-3. In addition to this, the occupational exposure arrangements at workplaces has 6 mSv y-1 as limit value. Above this limit, the situation should be managed as a planned exposure situation and below the limit the requirement is to keep exposures under review.
The deadline to implement the new Directive is February 2018. Not only reference levels must be introduced in the 28 EU countries, but also national radon action plans have to be developed. Traditionally, the situation of radon policies throughout Europe is very different from country to country. Nordic countries, Ireland and the UK have some of the most advanced radon programmes while southern countries have done much less to tackle the radon issue.
The European Radon Association (ERA) was born officially in December 2013 and it is registered under Belgian law as a non-profit association. It has currently more than 100 individual members and 20 private companies within its membership. Therefore, ERA can provide a clear overview of the situation of the implementation of the new Directive EURATOM BSS in Europe.
This presentation will make an examination of the current situation of the EURATOM BSS implementation in the EU countries. We will show some examples of the transposition of the Directive into national legislations and also the different relevant activities ERA is carrying out at the moment.
Chernobyl’s Legacy: Health, Environmental and Socio-Economic Impacts and Recommendations to the Governments of Belarus, the Russian Federation and Ukraine.
Chernobyl’s Legacy: Health, Environmental and Socio-Economic Impacts and Recommendations to the Governments of Belarus, the Russian Federation and Ukraine.
Air quality issues and solution Chernobyl.pdfAmritanshu Raj
A report on the air quality of the most radioactive place on our planet. Chernobyl is a city in northern Ukraine, near the border with Belarus. It is best known for the catastrophic nuclear accident that occurred at the Chernobyl Nuclear Power Plant in April 1986. The accident, which was caused by a failure in the plant's safety systems, released a large amount of radioactive material into the atmosphere, resulting in the evacuation of over 100,000 people and the deaths of several plant workers and emergency responders.
Slide 1-3:
Introduction
On 26 April 1986 reactor no: 4 of the nuclear power plant in Chernobyl, a Ukrainian town 130 km north of Kiev was destroyed.
About six million people live in areas of Belarus, Russia and Ukraine that are ‘contaminated’ with radionuclides due to the Chernobyl accident
The severity and long persistence of radioactive contamination challenges the affected communities in many ways. It is not solely a radiation protection problem. It affects environment, economy, production, living conditions, and health
Slide 4:
Nuclear Fusion and Fission Process
Slide 5-7:
Background
Slide 8:
Accident Causes
Slide 9:
The Clean Up
Slide 10-16:
Chernobyl Disaster Consequences
Slide 17:
Economic loss of the accident
Slide 18:
Containment Dome
Slide 19:
References
general introduction of radioactivity, it include discovery of radioactivity, types of radiation, isotopes and radioactive isotopes difference, half life, prevention and precaution from radiation. detecting devices used in laboreatory for radiation spillage and protection.
Air quality issues and solution Chernobyl.pdfAmritanshu Raj
A report on the air quality of the most radioactive place on our planet. Chernobyl is a city in northern Ukraine, near the border with Belarus. It is best known for the catastrophic nuclear accident that occurred at the Chernobyl Nuclear Power Plant in April 1986. The accident, which was caused by a failure in the plant's safety systems, released a large amount of radioactive material into the atmosphere, resulting in the evacuation of over 100,000 people and the deaths of several plant workers and emergency responders.
Slide 1-3:
Introduction
On 26 April 1986 reactor no: 4 of the nuclear power plant in Chernobyl, a Ukrainian town 130 km north of Kiev was destroyed.
About six million people live in areas of Belarus, Russia and Ukraine that are ‘contaminated’ with radionuclides due to the Chernobyl accident
The severity and long persistence of radioactive contamination challenges the affected communities in many ways. It is not solely a radiation protection problem. It affects environment, economy, production, living conditions, and health
Slide 4:
Nuclear Fusion and Fission Process
Slide 5-7:
Background
Slide 8:
Accident Causes
Slide 9:
The Clean Up
Slide 10-16:
Chernobyl Disaster Consequences
Slide 17:
Economic loss of the accident
Slide 18:
Containment Dome
Slide 19:
References
general introduction of radioactivity, it include discovery of radioactivity, types of radiation, isotopes and radioactive isotopes difference, half life, prevention and precaution from radiation. detecting devices used in laboreatory for radiation spillage and protection.
Similar to The new Directive EURATOM BSS: current situation of the implementation and ERA's activities (20)
This presentation, created by Syed Faiz ul Hassan, explores the profound influence of media on public perception and behavior. It delves into the evolution of media from oral traditions to modern digital and social media platforms. Key topics include the role of media in information propagation, socialization, crisis awareness, globalization, and education. The presentation also examines media influence through agenda setting, propaganda, and manipulative techniques used by advertisers and marketers. Furthermore, it highlights the impact of surveillance enabled by media technologies on personal behavior and preferences. Through this comprehensive overview, the presentation aims to shed light on how media shapes collective consciousness and public opinion.
Acorn Recovery: Restore IT infra within minutesIP ServerOne
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This presentation was uploaded with the author’s consent.
0x01 - Newton's Third Law: Static vs. Dynamic AbusersOWASP Beja
f you offer a service on the web, odds are that someone will abuse it. Be it an API, a SaaS, a PaaS, or even a static website, someone somewhere will try to figure out a way to use it to their own needs. In this talk we'll compare measures that are effective against static attackers and how to battle a dynamic attacker who adapts to your counter-measures.
About the Speaker
===============
Diogo Sousa, Engineering Manager @ Canonical
An opinionated individual with an interest in cryptography and its intersection with secure software development.
18. AUSTRIA
By NuclearVacuum - File:Location
European nation states.svg, CC BY-SA
3.0,
https://commons.wikimedia.org/w/in
dex.php?curid=8105020
q Radon measurement at work places is mandatory at specific work
places with potentially elevated radon levels
q Steps on the implementation of EURATOM BSS:
Ø National radon action plan
Ø New reference level for dwellings and work places
Ø Mandatory radon measurements at work places located in
basement and ground floor rooms in radon areas
Taken from Valeria
Gruber’s presentation
at AARST 2017
2nd International Workshop on the European Atlas of Natural
Radiation
19. BELGIUM
2nd International Workshop on the European Atlas of Natural
Radiation
By NuclearVacuum - Location
European nation states.svg, CC BY-SA
3.0,
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dex.php?curid=8097211
Ø Reference level for dwellings and work places
Ø Classification of the territory
Ø Radon measurement at work places is mandatory in certain
areas of the territory with high radon risk
Ø Graded approach for radon in workplaces (reference level,
notification, exposure (dose), licencing)
Ø Radon action plan for measurements, prevention, mitigation
and communication
20. CROATIA
2nd International Workshop on the European Atlas of Natural
Radiation
By Atoine85 - Own work, CC BY-SA
3.0,
https://commons.wikimedia.org/w/i
ndex.php?curid=18821445
q Requirements of the Article 103 (Radon action plan) EC Directive 2013/59/
EURATOM and list of items to be considered in preparing action plan (Annex XVIII )
are incorporated into the draft version of Act on Amendments of the Act on
radiological and nuclear safety in procedure at the Croatian Parliament (expected
to be adopted until the middle of December 2017)
q Other provisions concerning radon issues will be transposed into Ordinances based
on Act on Amendments.
q Activities planned after the adoption of the Act: Radon workgroup; Radon action
plan (Reference level is tentative); IAEA expert mission organized (end of March
2018)
22. DENMARK
2nd International Workshop on the European Atlas of Natural
Radiation
By NuclearVacuum -
File:Location European nation
states.svg, CC BY-SA 3.0,
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/w/index.php?curid=8097567
q Danish national strategy is in the final stages and will not make it compulsory
to measure radon in workplaces
q Danish radon map to be updated. 3 years measurement campaign to be
finished this year
23. FINLAND
2nd International Workshop on the European Atlas of Natural
Radiation
q STUK is the regulatory authority for work places, municipal health protection
for homes and public buildings (kindergartens, schools, museums etc.)
q Reference level for homes and public buildings 300 Bq/m3
q Areas in work places occupied more than 600 hours/year area specific
reference level (in unit of concentration) 300 Bq/m3
q Workers, whose working hours is divided between several areas and in some
areas occupied <600 hours/year à exposure specific reference level (in unit of
exposure) 500 kBqh/m3.
q If these reference levels cannot be met with practice and the work place
needs to apply for a license.
q Reference level will not be understood as action level, 300-400 Bq/m3, radon
mitigation will not be enforced, only recommended.
By NuclearVacuum - File:Location European
nation states.svgThis vector image was
created with Inkscape., CC BY-SA 3.0,
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p?curid=8105130
24. FRANCE
2nd International Workshop on the European Atlas of Natural
Radiation
By NuclearVacuum - File:Location
European nation states.svgThis vector
image was created with Inkscape., CC BY-
SA 3.0,
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php?curid=8096031
26/01/2016
- Publication of a « Guide for Radon risk assesment for local authorities »
- Publication of a « Guide for Radon risk assesment for employers »
10/02/2016
- Ordinance n° 2016-128 - Radon risk information has to be provided during real estate
transactions
à An order will be published with the new radon map.
à A decree implementing the directive of the ordinance 2016-128
26/01/2017
- Publication of the 3rd NAP (National Action Plan) 2016-2019
à The Action level will decrease from 400 Bq.m-3 down to 300 Bq.m-3 for ERP*
à Radon risk assesment in underground, basement and ground floor workplaces in Radon
prone areas
à An new Radon map will be released soon . (precision level : from federal level to county
level)
* Etablissement recevant du public à public-access building
27. IRELAND
2nd International Workshop on the European Atlas of Natural
Radiation
By NuclearVacuum -
File:Locauropean nation states.svg,
CC BY-SA 3.0,
https://commons.wikimedia.org/w
/index.php?curid=8097442
q Lead Department for transposition: Dept. of Communicatios, Climate Action
and Environment. Also with a role: HSE (Health and Safety Authority), EPA and
the Health Services Executive (medical)
q The consultation process has just closed and feedback is being worked through
by the stakeholders (see 2)
q Reduction on reference level
q Requirements to perform radon measurements
q Where to measure: Underground workplaces and aboveground workplaces in
HRA (EPA’s Rn map)
q Action plan: NRCS
q The consultation process has just closed and feedback is being worked through
by the stakeholders. Legislation will be implemented in January 2018
28. ITALY
2nd International Workshop on the European Atlas of Natural
Radiation
By NuclearVacuum - File:Location European
nation states.svgThis vector image was
created with Inkscape., CC BY-SA 3.0,
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?curid=8097099
q Transposition leaded by Ministry of Health, but involving (through working groups)
several other Ministries (Work, Environment, Economic Development, Research,
Justice, Civil Protection), Institutes (Istituto Superiore di Sanità, ISPRA, INAIL) and
Regional delegates.
q Transposition work not finished yet. A global law on radiation protection will be
approved by the Government and Parliament (in February-March 2018), referring to
some specific Decrees (e.g. for National Radon Action Plan).
q Reference level (RL) higher for existing buildings and lower for new buildings, also in
order to promote preventive measures against radon in new buildings.
q Some optimisation will be required also for Rn levels below RL (probably for levels
between RL/2 and RL), due to the definition of RL.
q Radon priority areas defined with a “temporal priority” approach: i.e., the
municipalities with higher percentage of dwellings exceeding RL (estimated on the
basis of representative survey data) will have a higher priority than those with a lower
percentage.
q All data (measurement, remedial actions) collected in a National Radon Archive.
29. LUXEMBURG
2nd International Workshop on the European Atlas of Natural
Radiation
By NuclearVacuum - File:Location
European nation states.svgThis vector
image was created with Inkscape., CC
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q Update legal framework: Law of 25 March 1963 (Protection of the population
against the dangers arising from ionising radiation) and law of 10 August 1983
(medical use of ionising radiation)
q End of 2017: new radiation protectioj law will be issued by the parliament
q Spring 2018: New executing decree
q Reference level for private houses and workplaces
30. POLAND
2nd International Workshop on the European Atlas of Natural
Radiation
By NuclearVacuum - File:Location
European nation states.svg, CC BY-
SA 3.0,
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/index.php?curid=8105236
q Amendment of the Act "Atomic Law" where the issues on
radon are put.
q Probably till the end of this year, the amendment will be
discussed in the parliament and hoping the law will be
established.
q Measurements of indoor radon are obligatory for
workplaces located on groundfloor
q Radon index (Neznal’s method) must be determined in the
places where new schools, kindergartens, hospitals are
planned to be built.
31. PORTUGAL
2nd International Workshop on the European Atlas of Natural
Radiation
By EU-Portugal.svg:
NuclearVacuumderivative work:
Pethrus (talk) - EU-Portugal.svg, CC
BY-SA 3.0,
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/index.php?curid=9800725
q The Commission responsible for the transposition of the
Directive for the Portuguese legislation: April 2017 !
q No first draft available at the moment of the preparation of
this presentation (4th Nov 2017)
q RPA’s: social and economical impact must be evaluated
q No news about reference level
32. ROMANIA
2nd International Workshop on the European Atlas of Natural
Radiation
q Intention: reference level to be established for workplaces, not homes
q Intention for RPA’s: all workplaces on ground and underground level.
Mandatory measurements
q Seminar organised at U. Cluj-Napoca “Implementation of Basic Safety Standards
on Public Exposure due to Radon and due to Radionuclides in Building
Materials” (January 2017)
q Working group: authorities, universities, research institutes. Aim: to prepare
the radon action plan
q Winter 2017-2018: Government will adopt the RAP
By NuclearVacuum - File:Location
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x.php?curid=8105250
33. SERBIA
2nd International Workshop on the European Atlas of Natural
Radiation
By Bosonic dressing - Own work,
Public Domain,
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w/index.php?curid=7026474
q New Radiation Protection and Nuclear Safety Law according EU Directive
will be adopted 2018-2019 and then Radon Action Plan
q Current: action levels for radon in workplaces to 1000 Bq m-3 and action
levels for chronic exposure to radon in homes to 200 Bq m-3 newly built
and 400 Bq m-3 for existing buildings
q First national indoor radon survey performed during 2015-2016 with
annual average radon concentration 105 Bq m-3
q Radon mitigation and remediation – in progress...
q Radon in workplaces – national schools and kindergartens radon survey
will be done 2018-2019
34. By NuclearVacuum - File:Location European
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elements that have been taken or adapted
from this: BlankMap-World-v2-
2011.svg.This vector image was created
with Inkscape., CC BY-SA 3.0,
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hp?curid=8097690
2nd International Workshop on the European Atlas of Natural
Radiation
SPAIN
q Current situation:
Ø Reference level of 300 Bq/m3 for dwellings and 600 Bq/m3 for workplaces
Ø Radon measurements compulsory in underground workplaces (1) and those
processing groundwater (2)
q Following BSSD transposition (by 2018):
Ø Reference level of 300 Bq/m3 for dwellings and workplaces
Ø Designated radon-priority areas (RPA)
Ø Compulsory radon measurements in (1), (2) and workplaces at ground floor or
basement in RPA
Ø Where doses > 6 mSv/y personal dosimetry (for specific cases, personal doses
assigned based on area monitoring)
Ø Radon protection enacted in TBC. Public consultation process has not started yet.
35. By NuclearVacuum - File:Location
European nation states.svgThis vector
image was created with Inkscape., CC
BY-SA 3.0,
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ex.php?curid=8105263
q 0.36 MBq m-3 h: action level for radon exposure at workplaces
(workplaces above ground level)
q 0.72 MBq m-3 h: action level for radon exposure at workplaces
(workplaces under ground level)
q 2.1 MBq m-3 h: action level for radon exposure at workplaces
(special workplaces under ground level: mines, construction areas)
q What happens if … above reference level after mitigation? report
and register at SSM
q What happens if … risk exposure > 0.72 MBq m-3? PERSONAL
DOSIMETRY FOR EMPLOYEES + PLANNED EXPOSURE SITUATION
2nd International Workshop on the European Atlas of Natural
Radiation
SWEDEN
36. 2nd International Workshop on the European Atlas of Natural
Radiation
UK
By NuclearVacuum - File:Europe-
EU.svg, CC BY-SA 3.0,
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dex.php?curid=8096180
q Current regulations require all employers to carry out a radon risk assessment.
Where? premises located in designated 'affected areas' and/or those with
basements or below-ground spaces occupied for at least 52 hours/year.
q Currently - if results >400 Bq/m3 as a Winter maximum - must mitigate or restrict
access to limit exposure.
q From January 2018 the introduction of Ionising Radiations Regulations 2017 will
change:
q Results > 300 Bq/m3 as annual average - must mitigate or restrict access.
Employer only needs to notify HSE immediately regardless of plans to mitigate.
q Action Level for homes remains at 200 Bq/m3, with a Target Level of 100 Bq/m3.
41. 2nd International Workshop on the European Atlas of Natural
Radiation
Thank you very much for your patience
Acknowledgements:
We are grateful for additional information from
• Francesco Bocchichio (ISS, Italy)
• Peter Bossew (BfS, Germany)
• Bety D. Burghele (U. Cluj-Napoca, Romania)
• Rebecca Coates (PropertECO, UK)
• Bernard Collignan (CSTB, France)
• Boris Dehandschutter (FANC, Belgium)
• David Fenton (EPA, Ireland)
• Martin Freeman (PropertECO, UK)
• Marta García-Talavera (CSN, Spain)
• Valeria Gruber (AGES, Austria)
• Maria Hansen (TASL, UK)
• Stephanie Hurst (Smul, Germany)
• Zsolt Homoki (NPHI, Hungary)
• Krzysztof Kozak (I. Nuclear Physics IFJ PAN, Poland)
• Marielle Lecomte (Health Minsitry, Luxemburg)
• Stephanie Long (EPA, Ireland)
• Jadwiga Mazur (I. Nuclear Physics IFJ PAN, Poland)
• James McLaughlin (ERA President, Ireland)
• Per Nilsson (Independia International, Sweden)
• Matej Neznal (Radon v.o.s., Czech Republic)
• Dobromir Pressyanov (U. Sofia, Bulgaria)
• Luis Quindos (U. Cantabria, Spain)
• Vanja Radolic (U. Osijek, Croatia)
• Wolfgang Ringer (AGES, Austria)
• Tryggve Rönnqvist (Radonova AB, Sweden)
• Zoltan Sas (U. Belfast, UK)
• Tuukka Turtiainen (STUK, Finland)
• Vladimir Udovicic (U. Belgrade, Serbia)
• Julien Villert (Saphymo, France)
• Katalin Zsuzsanna Szabó (I. Environmental Science, Hungary)
Coming together is a beginning
Keeping together is a progress
Working together is succes
Henry Ford
José – Luis Gutiérrez Villanueva
ERA Secretary
secretary@radoneurope.org