call to partner, to put together ‘class members’:
-vivesinradon.org 91 001 45 26
-Canal de videotutoriales del Centro de Asesoramiento Tecnológico del Colegio Oficial de Arquitectos de Castilla-La Mancha. cat-coacm.es >> www.youtube.com/@catcoacm7945 >>
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Durante el período relevante de nueve años (2013-2022), España estuvo gobernada por diferentes partidos políticos:
Partido Popular (PP):Mariano Rajoy Brey ejerció como presidente del Gobierno desde diciembre de 2011 hasta junio de 2018.
Partido Socialista Obrero Español (PSOE): Pedro Sánchez Pérez-Castejón asumió la presidencia del Gobierno en junio de 2018 y continúa en el cargo.
Es importante destacar que, independientemente del partido en el poder, la responsabilidad de proteger la salud pública recae en el Estado y sus instituciones. El retraso en la adopción de medidas efectivas contra la exposición al radón constituye una omisión en el deber de salvaguardar la salud de los ciudadanos.
La falta de acción oportuna no solo ha incrementado el riesgo de enfermedades graves entre la población, sino que también podría ser interpretada como una negligencia en el cumplimiento de las obligaciones internacionales y nacionales en materia de salud y seguridad.
Por lo tanto, solicitamos:
1. **Reconocimiento oficial del retraso en la transposición de la Directiva 2013/59/Euratom y de las consecuencias derivadas de dicha demora.**
2. **Implementación inmediata de campañas de información y sensibilización dirigidas a la población sobre los riesgos del gas radón y las medidas preventivas disponibles.**
3. **Establecimiento de programas de medición y control del radón en edificaciones existentes, especialmente en zonas identificadas con alta concentración de este gas.**
4. **Desarrollo de ayudas y subvenciones para la rehabilitación de edificios afectados, garantizando que todos los ciudadanos, independientemente de su situación económica, puedan acceder a entornos seguros.**
5. **Revisión y, en su caso, actualización de la normativa vigente para asegurar su adecuación a las recomendaciones internacionales más recientes en materia de protección contra el radón.**
Es imperativo que el Reino de España y sus instituciones adopten medidas contundentes y efectivas para corregir las deficiencias identificadas y garantizar la protección de la salud de sus ciudadanos. La inacción o la demora en la implementación de estas medidas podría derivar en responsabilidades legales y éticas que deben ser evitadas a toda costa.
Quedamos a disposición de las autoridades competentes para colaborar en la búsqueda de soluciones y en la implementación de las acciones necesarias para mitigar los riesgos asociados al gas radón en nuestro país.
1. Official Recognition of Radon as a Serious Health Hazard
- Radon is a confirmed cause of lung cancer and is a serious public health issue, as acknowledged by multiple international organizations.
- The Spanish government recognized this risk and incorporated radon protection measures into its Technical Building Code (CTE) only in 2019, despite the EU Directive being enacted in 2013.
- This delay in implementation increased public exposure to a known carcinogen, leading to avoidable health consequences.
Legal Implication: Gross negligence (imprudencia grave) by Spanish authorities for knowingly failing to act on a recognized public health threat.
2. Delayed Implementation of the Radon Regulation
- The Spanish HS6 Radon Regulation was published only in 2019 under Royal Decree 732/2019.
- This regulation should have been implemented in 2015, the EU’s deadline for transposition of Directive 2013/59/EURATOM.
- For 6+ years, residential and workplace buildings continued to be constructed without mandatory radon protection measures, directly exposing inhabitants to an elevated cancer risk.
Legal Implication: This constitutes a failure to fulfill obligations under EU law (incumplimiento de obligaciones comunitarias), making Spain liable for damages under the doctrine of state liability for breach of EU law (Francovich doctrine).
3. Spanish Government Had Prior Knowledge of the Risk
- The Nuclear Safety Council (CSN) had already conducted radon exposure studies before 2013.
- Studies confirmed that several Spanish regions had radon levels exceeding EU safety thresholds.
- Despite this knowledge, no preventative action was taken, allowing millions of people to be exposed unnecessarily.
Legal Implication: Dolo eventual (reckless disregard) – The government knew about the risk but consciously failed to take timely action.
4. Inconsistent and Inadequate Application of Protection Measures
- The regulation does not apply to all of Spain, only to specific municipalities classified as Zone I and Zone II.
- However, the document itself admits that radon exposure risk is not limited to these municipalities.
- People outside the official risk zones may still have dangerous radon exposure levels, but no mandatory protection is provided.
Legal Implication: Failure to ensure equal protection under the law (discriminación en la protección de la salud pública), violating EU fundamental rights principles.
5. Impact on Homeowners and Real Estate Value
- Homes built between 2013 and 2019 were constructed without radon protection, despite Spain being obliged to ensure such protection.
- These homes now have lower market value, as they do not meet current building standards.
- The cost to retrofit these homes to comply with current radon protection requirements falls on homeowners, even though this should have been prevented by proper governmental action.
Legal Implication: Economic damages (daño patrimonial) for affected property owners due to:
- Depreciation in property value (as homes lack necessary radon protection).
- High retrofitting costs (which could have been avoided with timely compliance).
6. Technical Infeasibility of Retroactive Protection
- The document acknowledges that radon protection must be incorporated at the time of construction, as post-construction mitigation is significantly more expensive and less effective.
- Thousands of buildings were constructed during the infringement period without radon-resistant materials.
- Retrofitting these structures is financially and technically unfeasible in many cases.
Legal Implication: Spain’s failure to implement the regulation in a timely manner left homeowners with no feasible way to protect themselves, creating an irreversible public health hazard.
7. Government’s Own Reports Confirming the Issue
- Official Spanish government documents confirm radon exposure levels well above safety limits.
- The government explicitly states that radon exposure levels above 300 Bq/m³ require intervention, yet it failed to enforce this standard for years.
- This failure directly contradicts Spain’s own health and safety policies, exposing it to legal liability.
Legal Implication: Self-incriminating evidence – the Spanish government’s own reports acknowledge the problem but show it took no corrective action in time.
Final Legal Argument
- Spain’s failure to implement EU radon protection requirements on time resulted in mass public exposure to a known carcinogen.
- This violates both EU law and fundamental human rights protections.
- A claim for damages can be made on behalf of all homeowners and tenants who:
- Purchased or lived in properties built between 2013 and 2019.
- Are located in officially recognized high-radon areas (Zone I & II).
- Have incurred financial losses due to the need for expensive radon mitigation measures or property devaluation.
Would you like me to draft a formal claim incorporating these arguments?
To effectively target our campaign for class members affected by Spain’s delayed implementation of radon protection measures, it’s crucial to identify the specific municipalities where new constructions are mandated to incorporate anti-radon measures. According to Spain’s Technical Building Code (CTE), municipalities are categorized into two radon risk zones:
- Zone I (Lower Risk): Requires buildings to have a radon protection barrier between the ground and habitable areas.
- Zone II (Higher Risk): Requires both a radon protection barrier and an additional system, such as a ventilated containment space or a ground depressurization system, to extract radon gas before it enters the building.
The specific municipalities classified under Zones I and II are detailed in Appendix B of Section HS6 of the CTE. This appendix provides a comprehensive list of municipalities identified as radon-prone areas based on studies conducted by the Nuclear Safety Council (CSN).
Extracted List of Municipalities Requiring Radon Protection Measures in Spain
From the Appendix B of DB-HS6, I have identified key municipalities classified under Zone I and Zone II where radon mitigation measures are mandatory in new construction and renovations.
Galicia (High Radon Risk Areas)
- Ourense Province:
- Maside, Melón, Montederramo, Monterrei, Muíños, Nogueira de Ramuín, O Bolo, O Carballiño, O Irixo, O Pereiro de Aguiar, Os Blancos, Ourense, Paderne de Allariz, Padrenda, Parada de Sil, Petín, Piñor, Pontedeva, Porqueira, Punxín, Quintela de Leirado, Ramirás, Ribadavia, Riós, San Amaro, San Cibrao das Viñas, San Cristovo de Cea, San Xoán de Río, Sandiás, Sarreaus, Taboadela, Toén, Trasmiras, Verea, Vilamarín, Vilar de Barrio, Vilar de Santos, Vilardevós, Vilariño de Conso, Xinzo de Limia, Xunqueira de Ambía, Xunqueira de Espadanedo.
- Pontevedra Province:
- O Rosal, A Cañiza, Salvaterra de Miño, A Estrada, A Guarda, A Illa de Arousa, Agolada, Arbo, As Neves, Baiona, Barro, Bueu, Caldas de Reis, Cambados, Campo Lameiro, Cangas, Catoira, Cerdedo, Cotobade, Covelo, Crecente, Cuntis, Dozón, Forcarei, Fornelos de Montes, Gondomar, Lalín, Marín, Meaño, Meis, Moaña, Mondariz, Mondariz-Balneario, Moraña, Mos, Nigrán, O Grove, O Porriño, Oia, Pazos de Borbén, Poio, Ponte Caldelas, Ponteareas, Pontecesures, Pontevedra, Portas, Redondela, Ribadumia, Rodeiro, Salceda de Caselas, Sanxenxo, Silleda, Soutomaior, Tomiño, Tui, Valga, Vigo, Vila de Cruces, Vilaboa, Vilagarcía de Arousa, Vilanova de Arousa.
Islas Baleares (High Radon Risk Areas)
- Alaró, Artà, Bunyola, Capdepera, Deià, Es Migjorn Gran, Esporles, Felanitx, Ferreries, Fornalutx, Lloret de Vistalegre, Lloseta, Manacor, Montuïri, Sant Antoni de Portmany, Sant Joan, Sant Joan de Labritja, Sant Llorenç des Cardassar, Santa Eulària des Riu, Selva, Ses Salines, Sineu, Sóller, Son Servera, Valldemossa.
La Rioja (High Radon Risk Areas)
- Agoncillo, Ajamil de Cameros, Aldeanueva de Ebro, Alfaro, Anguciana, Anguiano, Arnedillo, Arnedo, Arrúbal, Autol, Badarán, Bañares, Baños de Río Tobía, Baños de Rioja, Berceo, Bergasa, Bobadilla, Brieva de Cameros, Calahorra, Canales de la Sierra, Cañas, Cárdenas, Casalarreina, Castañares de Rioja, Cervera del Río Alhama, Cidamón, Cirueña, Cornago, El Rasillo de Cameros, Enciso, Estollo, Ezcaray, Grávalos, Haro, Herce, Hervías, Hornillos de Cameros, Igea, Lagunilla del Jubera, Leza de Río Leza, Mansilla de la Sierra, Manzanares de Rioja, Matute, Munilla, Murillo de Río Leza, Ocón, Ortigosa de Cameros, Pazuengos, Quel, Rincón de Soto, Robres del Castillo, Rodezno, San Millán de la Cogolla, San Román de Cameros, San Torcuato, Santa Engracia del Jubera, Santa Eulalia Bajera, Santo Domingo de la Calzada, Santurdejo, Torrecilla sobre Alesanco, Valgañón, Ventrosa, Villalobar de Rioja, Villar de Torre, Villavelayo, Viniegra de Abajo, Viniegra de Arriba, Zarratón, Zarzosa, Zorraquín.
Murcia (High Radon Risk Areas)
- Águilas, Cartagena, Puerto Lumbreras.
País Vasco (High Radon Risk Areas)
- Álava/Araba:
- Aramaio, Arratzua-Ubarrundia, Asparrena, Barrundia, Legutio, Moreda de Álava, Oyón-Oion.
- Guipúzcoa/Gipuzkoa:
- Abaltzisketa, Aia, Aizarnazabal, Albiztur, Alegia, Alkiza, Altzaga, Altzo, Amezketa, Anoeta, Arama, Aretxabaleta, Arrasate/Mondragón, Asteasu, Ataun, Azkoitia, Azpeitia, Baliarrain, Beasain, Beizama, Belauntza, Berastegi, Berrobi, Bidania-Goiatz, Deba, Elduain, Errezil, Eskoriatza, Ezkio-Itsaso, Gabiria, Gaintza, Gaztelu, Hernialde, Hondarribia, Ibarra, Idiazabal, Ikaztegieta, Irun, Irura, Itsasondo, Larraul, Lazkao, Leaburu, Legazpi, Legorreta, Leintz-Gatzaga, Lezo, Lizartza, Mancomunidad de Amezketa y Ordizia, Mendaro, Mutiloa, Mutriku, Oiartzun, Olaberria, Ordizia, Orendain, Orexa, Orio, Ormaiztegi, Segura, Tolosa, Urretxu, Villabona, Zaldibia, Zarautz, Zegama, Zerain, Zestoa, Zizurkil, Zumaia, Zumarraga.
- Vizcaya/Bizkaia:
- Abadiño, Abanto y Ciérvana-Abanto Zierbena, Alonsotegi, Arantzazu, Areatza, Arrigorriaga, Artea, Artzentales, Atxondo, Balmaseda, Barakaldo, Basauri, Bilbao, Durango, Elorrio, Etxebarri, Galdames, Gordexola, Güeñes, Izurtza, Karrantza Harana/Valle de Carranza, Mañaria, Muskiz, Otxandio, Sopuerta, Trucios-Turtzioz, Ubide, Ugao-Miraballes, Zalla, Zaratamo, Zeanuri, Zierbena.
Principado de Asturias (High Radon Risk Areas)
- Aller, Allande, Amieva, Boal, Belmonte de Miranda, Coaña, Candamo, Cudillero, Cangas del Narcea, Muros de Nalón, Castrillón, Navia, Castropol, Tineo, Degaña, Valdés, El Franco, Gijón, Grado, Grandas de Salime, Ibias, Illano, Illas, Las Regueras, Laviana, Lena, Llanera, Mieres, Oviedo, Pesoz, Ponga, Pravia, Ribera de Arriba, Salas, San Martín de Oscos, San Martín del Rey Aurelio, San Tirso de Abres, Santa Eulalia de Oscos, Santo Adriano, Siero, Somiedo, Soto del Barco, Tapia de Casariego, Taramundi, Teverga, Vegadeo, Villanueva de Oscos, Villayón, Yernes y Tameza.
Next Steps
With this targeted list of affected municipalities, we can launch a campaign to inform homeowners, businesses, and other stakeholders about their potential legal claim for damages due to Spain’s failure to implement radon regulations in a timely manner.
Would you like me to map these municipalities for better visualization?
To estimate the total damages resulting from Spain’s delayed implementation of radon protection measures in residential and workplace buildings, we will consider the period between the enactment of the EU directive in 2013 and Spain’s compliance in 2022. This nine-year period is referred to as the “infringement period.”
1. Number of Residential Buildings Constructed During the Infringement Period
Based on available data, the number of residential buildings constructed in Spain during the infringement period is as follows:
*Note: Data for the years 2013 to 2017 were not available in the provided sources.*
2. Number of Workplace Buildings Constructed During the Infringement Period
Specific data on the number of workplace (non-residential) buildings constructed during the infringement period is limited. However, available data indicates that in April 2018, 41 non-residential buildings for other services were approved. This suggests a relatively low number of non-residential buildings constructed annually.
3. Average Cost of Radon Mitigation
The cost of installing radon mitigation systems varies depending on whether the building is new or existing:
- Existing Buildings: The average cost is approximately $1,200 (about €1,054), with a typical range between $800 (€702) and $1,500 (€1,316).
- New Constructions: Incorporating radon-resistant features during construction is more cost-effective, averaging less than $1,000 (€878).
For the purpose of this estimation, we will use the average cost of €878 for new constructions.
4. Estimated Total Damages for Residential Buildings
Calculating the total damages for the available data (2018-2022):
*Note: This estimation does not include data from 2013 to 2017. Including those years would increase the total damages.*
5. Estimated Total Damages for Workplace Buildings
Due to limited data, we can provide an approximate estimation based on the available information:
*Note: This estimation is based on limited data and may not accurately reflect the total number of workplace buildings constructed during the infringement period.*
6. Combined Estimated Total Damages
Combining the estimated damages for both residential and workplace buildings:
- Residential Buildings: €33,754,862
- Workplace Buildings: €35,998
- Combined Total: €33,790,860
7. Additional Considerations
These estimates focus solely on the costs associated with implementing radon mitigation measures in buildings constructed during the infringement period. They do not account for potential health-related externalities, such as increased lung cancer cases due to radon exposure, which could significantly elevate the total damages. Additionally, the estimates are based on available data, and the actual figures may vary. For a more comprehensive assessment, further data collection and analysis would be necessary.
*Note: All cost estimations are approximate and based on the available data. Actual costs may vary depending on specific circumstances.*
The implementation of radon protection measures in new buildings in Spain is determined by the specific radon risk zone of each municipality, as outlined in the updated Technical Building Code (CTE). This code classifies municipalities into two primary zones based on radon risk:
1. Zone I (Lower Risk):
- **Requirements:**
- Installation of a radon protection barrier between the ground and habitable areas.
2. Zone II (Higher Risk):
- **Requirements:**
- Installation of a radon protection barrier.
- Implementation of an additional system, which can be either:
- A ventilated containment space.
- A ground depressurization system designed to extract gases before they enter the building’s interior.
To determine the specific radon risk zone of a particular municipality, Appendix B of the CTE provides a detailed classification. For example, Sant Feliu de Llobregat in Barcelona is categorized within Zone I, necessitating at least the installation of a radon protection barrier.
It’s important to note that these regulations are location-specific. Therefore, the mandatory implementation of anti-radon measures in new buildings applies primarily to municipalities identified within Zones I and II. Municipalities not classified within these zones are not subject to these specific requirements under the current regulations.
Given this zonal approach, if our damage estimates were initially based on the assumption that all new buildings across Spain are required to incorporate anti-radon measures, we will need to adjust our calculations. The revised estimates should focus solely on the number of new buildings constructed in municipalities classified within Zones I and II during the relevant infringement period.
For a comprehensive and accurate assessment, it would be essential to consult the latest version of Appendix B of the CTE to identify all municipalities falling within these zones. This will enable us to precisely quantify the scope of buildings affected and adjust our damage estimates accordingly.
Después de 28 años desde la primera recomendación de la Unión Europea, sobre la necesidad de disponer de unas normas de construcción que protegieran a la población de la exposición al radón, vamos a ver por fin incluido este factor en el Código Técnico de la Edificación, dentro de los documentos básicos de salubridad se crea una nueva sección DB-HS6.
Nos quedamos sin conocer el por qué no se incluyó en la revisión que se hizo en 2006. Cuando ya muchos países disponían de normas que protegían a la población del radón. Hemos perdido la oportunidad de aprovechar la gran burbuja inmobiliaria donde se ha construido a diestro y siniestro sin la más mínima seguridad de las casas en cuanto al radón. Así, miles de personas han adquirido, en todos estos años, y aún hoy día, sus viviendas donde podrán estar expuestos a radón sin saberlo. Ese radón que, siendo la segunda causa de cáncer de pulmón, ha sido silenciado por parte de la Administración. Tanto es así que, por ejemplo, a día de hoy seguimos sin un Plan Nacional de Radón a pesar de ser una exigencia de la Directiva 59/2103 EURATOM.
El nuevo Código Técnico nace cojo. Tomando como valor de referencia los 300 Bq/m2, valor en el que todos los expertos coinciden que es excesivamente alto. Para esto no hacía falta esperar tantos años.Y lo más raro es que ya existen recomendaciones, desde el año 2001, desde el Consejo de Seguridad Nuclear de que el valor objetivo para nuevas construcciones debería ser 100 Bq/m3.
En la redacción del borrador tiran de eufemismo. En el punto 2 del Anejo II leemos: “Para limitar el riesgo de exposición de los usuarios a concentraciones inadecuadas de radón”; es decir, que hablan de concentraciones inadecuadas cuando deberían hablar de concentraciones peligrosas. Es como si en los paquetes de tabaco pusieran “Fumar es inadecuado para la salud”.
Según la OMS, el nivel de referencia recomendado es de 100 Bq/m3, si bien no hay un valor umbral por debajo del cual no haya riesgo. Por cada 100 Bq/m3 que se incremente el nivel de referencia, el riesgo de cáncer de pulmón aumenta un 16%. Así que nuestro nuevo CTE nos expone a un nivel de riesgo 32% mayor que lo que recomienda la OMS. Eso sí, nuestras casas serán muy eficientes energéticamente.
Pensamos que nuestro país se merece algo mejor. Nos avergüenza ver como otros países de nuestro entorno, como Irlanda, Reino Unido, Suecia, apuntan a niveles más bajos mientras nosotros nos quedamos en la cola de los remolones.
Nuestra Constitución dice en su Artículo 43:
- Se reconoce el derecho a la protección de la salud.
- Compete a los poderes públicos organizar y tutelar la salud pública a través de medidas preventivas y de las prestaciones y servicios necesarios. La ley establecerá los derechos y deberes de todos al respecto.
Pues bien, pensamos que el nuevo reglamento referido al radón no cumple adecuadamente este artículo, ya que se escatima en exigencia a la hora de construir, pese a que en la actualidad existe un conocimiento técnico suficiente para construir casas con niveles de radón por debajo de 100 Bq/m3. En EEUU lo llevan haciendo desde 1988.
Demonstrating Consequences: Present evidence linking governmental inaction to increased radon-related lung cancer cases and fatalities in Spain.
Advocating for Accountability: Argue that the government’s failure to act constitutes a breach of its duty to protect public health, warranting legal accountability and compensation for affected individuals.
Directive 2013/59/EURATOM: This directive, published on December 5, 2013, required EU member states to establish basic safety standards for protection against ionizing radiation, including radon, by February 6, 2018. Spain failed to meet this deadline, delaying the implementation of necessary protective measures against radon exposure.
Recent Developments: After years of delays and a condemnation from the European Court, Spain has initiated steps to address radon exposure. In December 2024, Spain announced plans to create its first inventory of lands contaminated by radioactivity, following years of postponements and a European court ruling. This inventory aims to identify areas affected by radioactive contamination and implement necessary control or cleanup measures.
4. Health Risks Associated with Radon Exposure
WHO Classification: The World Health Organization classifies radon as a Group 1 carcinogen, identifying it as the second leading cause of lung cancer after tobacco smoke.
Mortality in Europe: Radon exposure is linked to a significant number of lung cancer deaths annually across Europe, accounting for a notable percentage of all lung cancer cases.
Negligence: Emphasize Spain’s prolonged inaction and disregard for public health recommendations and EU directives concerning radon exposure, especially in comparison to other European countries that implemented protective measures promptly.