Sacyr strengthens its comittment to occupational Health and Safety with ISO 45001 certification, awarded by SGS

Sacyr has achieved a new milestone in its pursuit of operational excellence and corporate responsibility by obtaining ISO 45001 certification from SGS, a global leader in inspection, verification, testing, and certification. This recognition confirms that the company’s highly effective occupational health and safety management system complies with the strictest international standards. 

The ISO 45001 standard establishes a global framework to improve employee safety, reduce workplace risks, and create healthier work environments. It is designed for the easy integration with other standards, such as the ISO 9001 (Quality) and ISO 14001 (Environment), and enables organisations to optimise processes, strengthen preventative culture, and minimise workplace accidents. 

Sacyr’s certification reinforces the company’s commitment to the wellbeing of its employees and underscores its approach to comprehensive occupational risk management across all areas of the group’s activity. It serves as a testament to Sacyr’s willingness to go beyond regulatory compliance and incorporate proactive prevention and ongoing improvement criteria.

At the certification presentation, Fernando Lozano, Sacyr’s Corporate General Manager, stated: "Behind this global certification is a tremendous amount of work on the part of the Sacyr team, in conjunction with SGS, and a steadfast commitment from our company to operate with maximum safety on all projects”.

This is the latest achievement in Sacyr’s commitment to key areas, such as quality, environment, energy efficiency, and carbon footprint. Obtaining ISO 45001 certification represents a decisive step in establishing an integrated management system, geared toward sustainability, innovation, and wellness. 

For his part, Álvaro Rodríguez de Roa, head of Business Assurance at SGS Iberia, said, "The ISO 45001 certification obtained by Sacyr reflects a strong preventative culture and responsible occupational risk management. In particular, SGS values the group’s commitment to ongoing improvement and the integration of health and safety as strategic pillars of its management model. This achievement makes Sacyr an industry benchmark in terms of workplace safety and corporate sustainability”. 

Fernando Lozano, Sacyr Chief Operating Officer, y Miguel París, Sacyr Health & Safety director, collect the certification.

About SGS Spain

SGS is the world’s leading testing, inspection, and certification company. We operate a network of more than 2,700 laboratories and business facilities across 119 counties, supported by a team of 99,250 professionals. With over 145 years of service excellence, we combine the precision and accuracy that define Swiss companies to help organisations achieve the highest standards of quality, compliance, and sustainability. 

Our slogan—When you need to be sure—underscores our commitment to trust, integrity and sustainability, enabling businesses to thrive with confidence. We proudly deliver our expert services under the SGS name and trusted specialised brands, including Brightsight, Bluesign, Maine Pointe, and Nutrasource.

SGS is listed on the SIX Swiss Exchange under the symbol SGSN (ISIN CH0002497458, Reuters SGSN.S, Bloomberg SGSN:SW).

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Eurolink and Stretto di Messina sign contract for Strait of Messina Bridge, boasting world's longest span

  • The bridge, with a contract value of €10.6 billion, will be a showcase of world-class engineering and Italian industry, symbolizing the ability to build and deliver major infrastructure projects globally.
  • With a 3,300-meter suspended span, the Strait of Messina Bridge will have a one kilometer longer than the current record holder, the Çanakkale Bridge in Turkey, and will accommodate both road and rail traffic.
  • In addition to the bridge, this mega project includes complementary works in Sicily and Calabria, such as roads and railway connections to the national network, regional transport lines, three train stations in Messina, and a multi-purpose center in Villa San Giovanni, Calabria.
  • The project will transform mobility between Sicily and the rest of Italy, fostering economic development, industry, employment, culture, and tourism in Southern Italy.

The Strait of Messina Bridge has officially entered the implementation phase. Italy’s Interministerial Committee for Economic Planning and Sustainable Development (CIPESS) has approved the definitive design for the bridge, which will have the world's longest suspended span. The project also includes a series of complementary works of strategic importance to the region. The approval follows the signing of the Addendum to the Contract between Stretto di Messina, the Concessionaire, and Eurolink, the General Contractor. The value of the contract addendum is worth €10.6 billion and will come into effect upon publication in Italy's journal of record.

The definition of this project was strongly supported by Eurolink, led by Webuild, with Sacyr having a 22.4% stake, both global leaders in large infrastructure projects, including relevant bridges around the world. Other construction companies also participate in the concessionaire: Japan’s IHI and the Italian firms Condotte and Itinera. The design team also has extensive experience in the construction of suspended bridges, such as the Danish COWI.

The project consists of the construction of a bridge with a deck spanning 3,666 meters. The central span will be 3,300 meters long, making it the longest suspension bridge in the world. The deck, approximately 60 meters wide, will have three vehicle lanes in each direction, two railway lies, and two service lanes, guaranteeing a fast, stable, and efficient connection between the peninsula and Sicily, home to five million people. The structure will be able to support the passage of up to 200 trains a day and 6,000 vehicles an hour.

The steel towers will reach 399 meters in height, and the suspension system will consist of cables 1.26 meters in diameter and 5,320 meters in length – an engineering first. The bridge will be designed to withstand seismic activity and extreme winds and will feature an intelligent monitoring system to ensure safety and oversee predictive maintenance work.

The complementary works related to the bridge are a fundamental part of the project. These consist of a network of infrastructure and connections to be built on both sides of the strait, including more than 40 kilometers of roads and railway lines. Functional connections to the bridge will be built, as well as non-functional works related to it (three train stations in Messina and a multi-purpose center in Calabria). Environmental mitigation and compensation initiatives are also planned.

In Calabria, road connections will extend approximately 10 kilometers, while the railway lines will total 2.7 kilometers. These will connect with the historic Tyrrhenian line and with the future high-speed/high-capacity line between Salerno and Reggio Calabria. In the municipality of Villa San Giovanni, Piale, a multi-purpose center will be built to house activities related to project management, and will include services such as shops, restaurants, and a convention center.

In Sicily, 10.4 kilometers of roads and 17.5 kilometers of railway lines will be built, which will connect with the existing regional network between Messina-Catania and Messina-Palermo. The planned works include three railway stations in Messina (Papardo, Annunziata, Europa) that will offer a transport service to connect the bridge with the university, hospitals, and the city center.

These complementary works will profoundly transform mobility of the two regions, while protecting the immediate surroundings. It is estimated that 12 million cubic meters will be excavated in earthworks in Sicily and 4.5 million in Calabria, which will be used for the construction of roads and environmental restoration along the Tyrrhenian coast.

The deck’s clearance above sea level will be 72 meters, with a width of 600 meters. Under normal traffic conditions, with with a full load of vehicle lanes and two passenger trains passing simultaneously, the clearance will be 70 meters. These parameters meet or exceed the standards of other existing bridges that cross major international shipping lanes.

The Strait of Messina Bridge is part of an investment program to provide Southern Italy with modern and sustainable infrastructure that improves its connections with the rest of the country and other parts of Europe. The project will be part of the Scandinavian-Mediterranean Corridor of the Trans-European Transport Network (TEN-T), designed to integrate further Southern Italy at a logistic, economic and social level and reinforce its strategic role in Europe and in the Mediterranean.
 

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Depiction of Atlantis, a supposed lost city that has inspired myths and legends. Credit: Wall Paper Delight

Three mysterious cities submerged beneath the sea

Beneath the waves, the ocean holds priceless historical treasures. We explore the fascinating stories of Pavlopetri, Thonis-Heracleion and Port Royal, three cities swallowed by the sea.

ISABEL RUBIO ARROYO | Tungsteno

 

The lost city of Atlantis has captured the collective imagination for centuries. According to ancient myths and tales, this enigmatic land vanished mysteriously beneath the waves. Despite the fascination it generates and the countless theories and searches for its supposed underwater ruins, science has found no conclusive evidence of its actual existence. However, history does offer us real examples of cities that have truly been claimed by the sea.

 

A window into the Bronze Age under the sea

 

In 1967, British oceanographer Nicholas C. Flemming discovered the remains of an ancient city under the sea, near the island of Elafonisos in southern Greece. The site was identified as Pavlopetri, a settlement that is thought to date back to the Bronze Age. The following year, a team from the University of Cambridge organised an expedition to study the site. Around 5,000 years old, Pavlopetri is one of the oldest known submerged cities, with streets, buildings and tombs still preserved beneath the sea.

The prehistoric city covered 90,000 square metres and featured a complex water management system—with canals and drains, as well as a cemetery. “This neglected place in prehistoric times had occurred to be a thriving port with intense social stratification, and a lifestyle that made the Head of Investigation John Henderson to talk about the Greek Pompeii,” note the authors of a 2016 study. Several studies suggest that the city may have been submerged around 1000 BCE. Three theories attempt to explain how this happened: one suggests a gradual rise in the sea level, another a sinking of the land, and a third that a combination of earthquake and tsunami caused the city’s disappearance.

 

 

Digital reconstruction of Pavlopetri. Credit: University of Nottingham

 

Temples, jewels and sunken ships

 

In the year 2000, underwater archaeologist Franck Goddio discovered the ancient city of Thonis-Heracleion, located seven kilometres off the Egyptian coast in the Nile Delta. Founded in all likelihood in the 8th century BCE, this port city served for centuries as the main gateway to Egypt for ships arriving from the Greek world, and it was renowned for its commercial and religious significance.

The city suffered several natural disasters, and it is believed that an earthquake eventually caused it to sink beneath the sea. The European Institute for Underwater Archaeology has studied the submerged site and uncovered more than 60 shipwrecks near its ruins, reflecting the area’s intense marine activity. During excavations in 2023, researchers discovered the remains of a sanctuary dedicated to the Greek goddess Aphrodite, as well as a temple to the god Amun. They also found gold jewellerysilver artefacts, ceramics, and bronzes imported from Greece. Well-preserved wooden structures were also found, as well as ritual and funerary items, such as silver libation dishes (used for offerings poured in honour of a deity) and alabaster vessels for perfumes and ointments.

 

Heracleion, the ancient Egyptian port city that collapsed beneath the sea.

 

The "wickedest" city of the New World

 

Port Royal, in Jamaica, was once the most important commercial center in the New World. The town, “commonly referred to as "the wickedest city on earth", conjures images of marauding pirates, daring naval conquests, looting, riches, destruction and devastation,” according to the United Nations Educational, Scientific and Cultural Organization (UNESCO).

It began as a strategic cay used for cleaning and refitting ships when the Spanish arrived in the 16th century. Following the English conquest in 1655, it quickly developed into a fortified city and flourished as the principal commercial and naval port of the English Caribbean. Its economy thrived on the slave trade, sugar, and privateering—and it gained notoriety as a lawless paradise of alcohol, money, and sex, where one in four buildings was reportedly either a bar or a brothel.

 

 
 

Old map of Port Royal. Credit: The Gentleman’s Magazine / Wikimedia Commons

 

Excavations have revealed that beyond its many taverns, Port Royal also featured workshops, homes, and warehouses. The city stood out for its wealth and its prominence as a key center of trade and piracy in the Caribbean. In 1692, a devastating earthquake caused two-thirds of the city to sink into the sea. Subsequent fires and hurricanes thwarted any attempts at full recovery. Although Port Royal persisted as a British naval base and secondary port, it never regained its former status as a thriving hub of commerce and piracy. Today, it survives as a small fishing village in Jamaica.

 

El Palacio de Velázquez, ejemplo de la construcción industrializada 

Este emblemático edificio de Madrid fue rehabilitado por Sacyr hace 15 años. Luis Esteban, que participó como jefe de obra en aquel proyecto, nos cuenta su importancia para hacer avanzar las técnicas constructivas a finales del siglo XIX. 

Luis Esteban
Director Arquitectura en Sacyr Ingeniería e Infraestructuras

Se cumplen 15 años de la rehabilitación del Palacio Velázquez del Parque del Retiro (Madrid) por parte de Sacyr, en la que tuve la suerte de formar parte del equipo como jefe de obra. 

Los trabajos incluyeron la ejecución de una nueva cubierta y la restauración integral del espacio interior. Un trabajo desafiante ya que el edificio cuenta con Nivel 1 de protección con grado singular y está catalogado, dado su valor histórico y artístico.

Fue la primera obra de Sacyr en el emblemático pulmón verde de la ciudad de Madrid y un orgullo para la compañía participar en la restauración del Patrimonio Nacional. 

 

 
 

Imagen del interior recogida de la cuenta oficial del Palacio de Velázquez.

 

El Palacio de Velázquez fue inaugurado en 1883 como pabellón temporal para la Exposición Nacional de Minería, Artes Metalúrgicas, Cerámica, Cristalería y Aguas Minerales, que se celebró en Madrid ese año, durante el reinado de Alfonso XII.  

Su arquitecto Ricardo Velázquez Bosco le dió nombre al edificio y siguió para su proyecto el modelo que Joseph Paxton había establecido al proyectar el Crystal Palace de Londres. El diseño organiza una arquitectura amplia, cubierta con bóvedas de estructura de hierro, donde el cristal se usa para dotar de iluminación natural a los grandes espacios interiores.

Acabada la exposición el edificio, lejos de demolerse, paso a destinarse a Museo de Ultramar.  Hasta la actualidad donde pertenece al Ministerio de Cultura, quien lo dedica a sala de exposiciones temporales del Museo Nacional Centro de Arte Reina Sofía.

Pese a la antigüedad del edificio, tiene un curioso y actual nexo de unión con la arquitectura contemporánea. Las columnas de fundición, que pueden ser una de las más singulares características del edificio, podrían considerarse como los primeros ejemplos de construcción industrializada porque se fabricaron en taller.  Siendo por tanto una de las primeras semillas de la prefabricación e industrialización, que después de tantos años, se retoma en la actualidad con mucha fuerza.  

 

  


En este contexto de la construcción del Palacio Velázquez, es relevante indicar que la producción y exportación de hierro había crecido enormemente en España a partir de 1875, y con ello surgieron en Madrid las primeras fábricas de hierro (fundido y colado), desde las cuales se suministró al proyecto.

Todo ello permitió que las columnas de hierro pudieran ser elegidas por catálogo y llegaran a la obra completamente terminadas, solo esperando a ser colocadas. 

El éxito de este edificio le supuso al arquitecto Velázquez el encargo de otros edificios importantes como la Escuela de Ingenieros de Minas y el Palacio de Cristal del parque del Retiro, donde continuó usando soluciones de estructuras metálicas de hierro fundido con el empleo añadido de grandes lucernarios.

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