To be ever closer to its clients, OSMOS Group has the pleasure of announcing the release of its new services, suited to each type of structure. This is accompanied by the launch of a new website presenting each solution.

Managers of these different structures must contend with very different challenges, depending on the function of the structure: maintaining service levels for engineering works, preserving ancient heritage for monuments, optimizing operating conditions for industrial equipment, and ensuring public safety for establishments open to the public.

All clients can obtain dedicated support which is specific to them, managed by a specialized sales representative.

  • Infrastructures: OSMOS continuously monitors structural health and supports your asset management processes.

    By redefining maintenance operations and targeted repairs, based on the points of fragility identified in each structure, managers of public and private structures can optimize the use of their budgets and avoid unnecessary closures that are terribly costly and restrictive for users.
     
  • Ancient heritage: OSMOS can help you protect your ancient heritage for future generations.

    OSMOS’s mission is to provide conclusive insights on the actual state of a structure and monitor any mechanical behavior changes over time.
     
  • Industries: OSMOS monitors the structural integrity of industrial equipment and civil engineering works.

By combining monitoring and behavioral engineering, a structure’s exact state of health can be determined, namely including any emerging problems and their evolution over time, and the impact of operations on the behavior of the equipment and/or civil engineering structures can be tracked.

  • Buildings: OSMOS helps you preserve your buildings, over and above their appearance.

The unique expertise and information OSMOS provides can help the technical departments at companies that own and/or manage buildings, regional authorities, building administrators, construction experts and private firms to improve their management of structural risks, undertake appropriate maintenance work on their buildings, as needed, and ensure the safety of their buildings’ occupants.

Arnaud Surpas, OSMOS Senior Vice-President, explains that, “Our goal is to strengthen the support we offer our clients in managing their structures, but also to facilitate requests for information and the implementation of structural monitoring projects.”

 

About OSMOS Group:

A subsidiary of Eren Group and an expert in natural resource efficiency, OSMOS aims to extend the lives of structures and to optimize their upkeep, in order to save energy and economize on the materials needed for new builds.

With recognized expertise in France and abroad, the company has made a name for itself as a major player on the structural health monitoring (SHM) market. Thanks to its innovative technology and its expertise, OSMOS gives managers of structures and engineering and construction companies the possibility of continuously monitoring changes to their structures, in real time.

A listed structure since 2012 and a symbol of Angoulême’s industrial history, the tall Cheminée du Nil smokestack has been leaning for several years, the changing nature of which needed to be monitored. The city council launched a comprehensive assessment, which concluded that there was a need to implement safety measures while studies and then consolidation and restoration work were carried out.

 

The consolidation and restoration work on the Cheminée du Nil in Angoulême was entrusted to a consortium comprising the specialized construction firm Freyssinet Sud-Ouest, the structural engineering office ATES and the architectural practice BDF Architectures.

Upon its arrival at the building site in December 2018, Freyssinet Sud-Ouest entrusted the implementation of a structural instrumentation system to OSMOS, for the purpose of studying the smokestack’s mechanical behavior.

 

A structure under multiple stresses

With this type of slender, unprotected structure, the effect of the wind is by no means negligible. New sources of strain will soon be added to this, engendered by the construction work and requiring a real-time analysis of its dynamic behavior.

OSMOS has installed four Optical Strands at the base of the stack, to continuously measure structural deformation, in real time. A temperature sensor was also put in place, to determine the impact of temperature fluctuations on the structure’s behavior. In order to differentiate between the effects of the work and those of the wind, the monitoring system was supplemented by an air flow meter and a weather vane.

This set-up performs dynamic analyses based on the signatures of the recorded signals. Deformations are measured to check whether each dynamic event has led to any permanent or irreversible deformations characteristic of damage.

 

Initial results favorable to launch of the work

Since the monitoring system was installed in December 2018, data analyses have shown that the structure remained stable and that the planned work could be initiated.

The set-up recorded strong storms and a small earthquake, during which the smokestack vibrated, but fortunately without worsening its condition, as indicated by a comparison of its mechanical signatures before and after the events. Overall, the dynamic data demonstrated the solid resistance of the structure, with a return to normal behavior after each event. Despite the extraordinary intensity of the storms and the quake, the most extreme deformation amplitudes showed that these phenomena did not generate any damage to the structure. The monitoring will remain in place during the work.

 

Client testimonial:

Renaud Montes

Freyssinet Sud-Ouest, responsible for the Cheminée du Nil consolidation and restoration work

 

“We are fully satisfied with the OSMOS service. The monitoring has been of precious assistance, giving us a good understanding of the structure and its behavior.

Thanks to the information we obtained, we were able to reassure our client about its stability, particularly during the development phase of the consolidation studies conducted by heritage architect Aurélien Dufour.

Bringing OSMOS in on the project allowed us to adopt a stance of durability and promotion of our heritage.”

 

Arnaud Surpas

OSMOS Group SA, Senior Vice-President

“The monitoring project for the Cheminée du Nil in Angoulême is a wonderful illustration of OSMOS’s solutions.

Sharing our expertise with Freyssinet will help ensure that the renovation and restoration work is a complete success, in the interest of preserving the stability of this ancient structure, so that it can be passed down to future generations.”

 

About OSMOS:

A subsidiary of Eren Group and an expert in natural resource efficiency, OSMOS aims to extend the lives of structures and to optimize their upkeep, in order to save energy and economize on the materials needed for new builds.

With recognized expertise in France and abroad, the company has made a name for itself as a major player on the structural health monitoring (SHM) market. Thanks to its innovative technology and its expertise, OSMOS gives managers of structures and engineering and construction companies the possibility of continuously monitoring changes to their structures, in real time.

 

PRESS RELEASE

  • Pioneering four-year project to monitor in real time 14 large-scale bridges, totaling 52 km, situated in seismic area
  • Contract provides for the procurement, installation and commissioning of an advanced Real Time Structural Monitoring System (RTSMS)
  • Bridges are part of the New Double-Track High-Speed Railway Line Tithorea – Lianokladi – Domokos in Central Greece

 

Paris, May 7, 2019 – OSMOS Group, a specialist in the field of infrastructure monitoring and a subsidiary of EREN Groupe, is pleased to announce the signature of a contract between its Greek subsidiary OSMOS Hellas SA and ERGOSE SA, a subsidiary of the Hellenic Railways Organization (OSE), for the provision of Structural Health Monitoring (SHM) services for 14 large-scale bridges located in Central Greece.

As part of ERGOSE SA’s ambition to modernize OSE’s railway network, OSMOS Group has been chosen to provide monitoring services for 14 bridges forming part of the New Double-Track High-Speed Railway Line Tithorea – Lianokladi – Domokos.

 

Infrastructures such as bridges are exposed to a significant number of challenges which may be linked to operating conditions, traffic or the environment. Monitoring those structures closely is indispensable to ensure optimal operation and the highest safety standards.

 

Built on the most mountainous and difficult-to-access part of the Greek railway network, the 14 bridges are particularly exposed to increased levels of seismic activity. They have therefore been constructed with seismic insulation, incorporating the latest type of anti-seismic protection devices such as anti-seismic shock absorbers and hydraulic viscosity fluid dampers.

 

A pioneering project to provide critical data to ensure optimal operating conditions and the highest safety standards

 

The contract includes the procurement, installation and commissioning of an advanced Real Time Structural Monitoring System (RTSMS) for the bridges, over an initial period of four years.

 

OSMOS’ services have multiple purposes: to monitor the functioning of the bridges' seismic protection devices, to detect extraordinary events and related responses, and to assess the bridges’ overall condition and possible structural deterioration over time.

 

By leveraging innovative technologies and sophisticated tools, this comprehensive monitoring system will enable OSMOS to relay critical data regarding the structural behaviour of the bridges under operating conditions to ERGOSE SA in real time.

 

To this end, different types of connected sensors will be installed on critical parts of the bridges and will record live data linked to deformation, relative displacement, acceleration, temperature and wind velocity. The volume and type of data collected and processed by ΟSMOS, ERGOSE SA and specialist contractors demonstrate the scientific sophistication of the project.

 

This internationally pioneering project will permanently monitor large-scale, seismically-insulated railway bridges of a total length of 52 km for the first time, evaluating the transmission of seismic waves and their impact on the structured railway environment.

 

***

 

About OSMOS Group

 

OSMOS Group is a subsidiary of EREN Groupe, the first group dedicated to the economy of natural resources founded in 2012 by Pâris Mouratoglou and David Corchia. Established in 2006, OSMOS is a recognized specialist in the field of Structural Health Monitoring (SHM). It offers a wide range of solutions in monitoring structural assets of the building, infrastructure and industrial sectors.

 

OSMOS Hellas SA is a subsidiary of OSMOS Group, founded in 2014 in Greece and managed by its CEO, Cosmas Fessas. The company is active in Greece, neighboring countries and the United Arab Emirates (UAE).

 

OSMOS designs and manufactures innovative sensor systems based on a unique optical-fiber technology, the Optical Strand®. This technology allows the monitoring, detection and measurement of deformations and potential weaknesses of various types of buildings, infrastructures, and industrial equipment. OSMOS also develops with engineers, mathematicians and data scientists its proprietary algorithms for data analysis and interpretation. OSMOS’ suite of software, SAFE Works®, allows its customers and engineers to visualize, analyze and interpret the deformations of infrastructures. OSMOS’ latest SAFE Traffic® software development combined with the Optical Strands® sensors provide both structural health monitoring of bridges and overpasses and weigh-in-motion (WIM).

 

OSMOS’ SHM solutions have already been implemented with customers of the public and private sectors in more than 20 countries, including: France, Greece, Italy, Germany, Switzerland, Belgium, The Netherlands, Spain, Canada, USA, Brazil, Chile, Turkey, Russia, UAE, Saudi Arabia, Kuwait, Korea, Taiwan, and Japan.

 

 

About ERGOSE SA

 

ERGOSE SA is a subsidiary of the Hellenic Railways Organization (OSE) founded in 1996, in order to undertake the management of the projects of OSE’s Investment Program, particularly those co-funded by European Union Programs.

 

ERGOSE SA manages the modernization projects of OSE’s railway lines and facilities co-funded by the Operational Programs of the National Strategic Reference Framework (NSRF) 2007-2013, as well as projects financed solely by national funds directly related to the investments of the co-funded Programs. Moreover, it manages the projects to be co-funded by Programs of the 5th Programming Period, namely the Partnership Agreement for the Development Framework (PA) 2014-2020, as well as the Connecting Europe Facility (CEF) 2014-2020.

 

 

Media contacts

 

OSMOS Group SA – Johanna Jouberteix

Tel: +33 (0) 1 71 39 85 15

E-mail: jouberteix@osmos-group.com

 

Brunswick Group – Agnès Catineau / Yannick Tetzlaff

Tel: +33 (0) 1 53 96 83 83

E-mail: EREN@brunswickgroup.com

OSMOS Hellas SA – Mary Xampla

Tel: +30 (0) 2 10 74 73 630

E-mail: mxampla@eren.com.gr

 

 

 

 

INTEGRATED STRUCTURAL HEALTH INSPECTION AND MONITORING SERVICES

Bureau Veritas partners with Osmos Group to create the next generation of integrated structural health inspection and monitoring services

 

 

 

Paris-La Défense, France, March 14, 2019 – Bureau Veritas is pleased to announce today the signature of a strategic partnership with OSMOS Group, a specialist in the field of infrastructure monitoring and subsidiary of EREN Groupe. The aim of the partnership is to develop the next generation of integrated structural health inspection and monitoring services, driven by advanced analytics, for the building and infrastructure market.

This complementary partnership will combine Bureau Veritas’ global footprint, international market access and deep industry knowledge with OSMOS Group’s structural asset management system, based on automated data collection, machine learning and artificial intelligence. In the context of this collaboration, Bureau Veritas will be able to leverage OSMOS Group’s state-of-the-art analytical tools, equipment and know-how to advance its own independent inspection services.

OSMOS Group will provide optic fiber-based sensors, so-called Optical Strands, an algorithm-based data acquisition system as well as relevant training for Bureau Veritas’ employees based on its solid track record and expertise in the field of structural behavior analysis. It will enable Bureau Veritas to improve the monitoring of the lifetime of its clients’ assets, and to collect, secure, and analyze the obtained information via an online interface.

Gianclaudio OLIVA, Market Leader Building and Infrastructure at Bureau Veritas, stated: “Thanks to this partnership, Bureau Veritas will be able to deploy integrated inspections more efficiently and test various assets at the right time and place. It will enable us to help customers improve safety and reliability of their assets while optimizing operational and maintenance costs. In short, it will bring continuous safety as well as operational and maintenance risk management to a new level.”

Patrice PELLETIER, Deputy CEO of OSMOS Group, in charge of international development, added: “We are very excited to partner with Bureau Veritas, combining their recognized expertise with our technologies and know-how. This collaboration constitutes an important milestone in our international development and is in line with our objective of bringing the most comprehensive and integrated solutions to customers. It responds to the evolving challenges of the market, where there is an increasing need for real time monitoring and quick, efficient action when needed.”

About Bureau Veritas

Bureau Veritas is a world leader in laboratory testing, inspection and certification services. Created in 1828, the Group has more than 75,000 employees located in more than 1,500 offices and laboratories around the globe. Bureau Veritas helps its clients improve their performance by offering services and innovative solutions in order to ensure that their assets, products, infrastructure and processes meet standards and regulations in terms of quality, health and safety, environmental protection and social responsibility. Bureau Veritas is listed on Euronext Paris and belongs to the Next 20 index. Compartment A, ISIN code FR 0006174348, stock symbol: BVI. For more information, visit https://group.bureauveritas.com

About OSMOS Group

OSMOS is a subsidiary of EREN Groupe. Founded in 2006, OSMOS is a recognized specialist in the field of infrastructure monitoring (structural behavior analysis). The company offers a wide range of construction monitoring solutions for the construction, infrastructure and industry sectors.

OSMOS designs and manufactures the Optical Strand, an innovative fiber optic sensor system. This technology allows monitoring, detection and detection of deformations and potential weaknesses of different types of buildings, infrastructure, and industrial equipment. With the assistance of engineers, mathematicians and data management experts, OSMOS is also developing its own algorithms for data analysis and interpretation. SAFE Works, a software package developed by OSMOS, enables customers and engineers to visualize, analyze and interpret infrastructure deformations. The latest software developed by OSMOS, SAFE Traffic, used in conjunction with Optical Strands sensors, provides both bridge and viaduct monitoring engineering and dynamic weigh-in-motion (WIM) weighing. OSMOS 'monitoring engineering solutions have already been implemented by its customers in both the public and private sectors in more than 20 countries.

Press contacts Bureau Veritas :

Hélène RIBA + 33 (0)1 55 24 76 92 -  helene.riba@bureauveritas.com
DGM Conseil : +33 (0)1 40 70 11 89 - thomasdeclimens@dgm-conseil.fr / quentin.hua@dgm-conseil.fr

Press contacts OSMOS :

Hugo FULTOT: +33 (0)1 71 39 85 32
Brunswick Group: Agnes Catineau, Yannick Tezlaff, +33 (0)1 53 96 83 83, EREN@brunswickgroup.com.

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PRESS RELEASE

 

Conegliano, September 13th, 2018 – SIAP+Micros S.r.l, an Italian leader in meteorological, hydrological and environmental monitoring sectors announces that 100% of its shares have been jointly acquired by OSMOS, recognized specialist in the field of Structural Health Monitoring (SHM) and subsidiary of the French EREN Group, and by SANLIEN Technology Corp, Taiwan-based provider of safety and accurate measurement services for civil engineering projects.

Practically, this acquisition has been completed by SIAP+Micros Holding S.r.l., an Italian company created by OSMOS and SANLIEN. To demonstrate their confidence in SIAP+Micros’ strategy and to ensure the continuity of the business for the full satisfaction of both Italian and foreign customers, the new shareholders have decided to maintain the existing organization and management. Therefore, the current President of the Board, M. Renato Maguolo, and the Chief Executive Officer, M. Alex Stevanin, have been confirmed in their respective positions.

SIAP+Micros has been created in 2003 from the merger of SIAP Bologna (1925) and Micros (1976). With almost 100 years of history and experience in the meteorological sector, the company has gained a worldwide recognition for its cutting-edge expertise in the field of environmental monitoring. It has developed one of the widest available range of state-of-the-art products and systems, totally “Italian made”, including meteorological, hydrological and environmental sensors, as well as data transmission equipment and high value software tools.

Since 2003, SIAP+Micros was mainly owned by the late Mr. Piergiorgio Vigliani together with his family and several minority shareholders including MM. Giovanni Garnero and Carlo Zumaglini. Under the leadership of MM. Maguolo and Stevanin, the company has consolidated its expertise and accelerated its development in Italy and internationally. The capability of SIAP+Micros to bring innovative solutions, offer comprehensive services and develop international partnerships have boosted the expansion of its customer base, both in the public and private sectors.

The partnership between SIAP+Micros, OSMOS and SANLIEN is a unique combination of differentiated expertise and service portfolios. It will bring to the market a wider and complementary offering of integrated monitoring solutions for the building, infrastructure and industrial sector.

Climate and weather conditions impact our daily lives, our societies, our economies, and our infrastructures. Infrastructures are aging and are very much exposed to extreme climatic events, accelerated by climate change, and are increasingly impacted by the consequences of globalization such as heavy traffic. In this context, high-quality monitoring solutions are key to anticipate necessary maintenance and renovation works of infrastructures and guarantee their durable functioning and safety in the long-term.

OSMOS and SANLIEN monitor already a wide range of infrastructures around the world and have established themselves as major players in providing integrated monitoring solutions. The full acquisition of SIAP+Micros represents a key milestone in the development of OSMOS and SANLIEN as it will provide them with powerful additional solutions and expertise in meteorological, hydrological and environmental monitoring. Furthermore, both companies will enable SIAP+Micros to leverage their already established networks across the globe to expedite its own development at the international level.

 

About OSMOS

OSMOS is a subsidiary of EREN Group, the first group dedicated to the economy of natural resources founded in 2012 by Pâris Mouratoglou and David Corchia. Established in 2006, OSMOS is a recognized specialist in the field of Structural Health Monitoring (SHM). It offers a wide range of solutions in monitoring structural assets of the building, infrastructure and industrial sectors.

OSMOS designs and manufactures innovative sensor systems based on a unique optical-fiber technology, the Optical Strand®. This technology allows the monitoring, the detection and the measurement of deformations and potential weaknesses of various types of buildings, infrastructures, and industrial equipment. OSMOS also develops with engineers, mathematicians and data scientists its proprietary algorithms for data analysis and interpretation. OSMOS’ suite of software, SAFE Works®, allow its customers and engineers to visualize, analyze and interpret the deformations of infrastructures. OSMOS latest SAFE Traffic® software development combined with the Optical Strands® sensors provide both structural health monitoring of bridges and overpasses and weigh-in-motion (WIM).

OSMOS structural health monitoring solutions have already been implemented with customers of the public and private sectors in more than 20 countries including: France, Italy, Germany, Switzerland, Belgium, The Netherlands, Spain, Canada, USA, Brazil, Chile, Argentina, Turkey, Russia, UAE, Saudi Arabia, Oman, Kuwait, Korea, Taiwan, and Japan.

 

About SAN LIEN Technology Corp.

SANLIEN Technology Corp, established in 1967, has been at the forefront of monitoring buildings and infrastructures in Taiwan through engineering instrumentation. SANLIEN provides safety and accurate measurement of civil engineering projects and works.

SANLIEN’S engineering solutions include EEWS (Earthquake Early Warning System), the integration of sensors, industrial automation and graphic equipment as well as pile loading test, geotechnical automatic monitoring systems, structural monitoring, landslide monitoring, weather monitoring systems and other services related to high quality measurements. SANLIEN provides instrumentation and monitoring systems for many important civil construction projects in Taiwan and other countries in Asia such as Korea, Vietnam, Philippines, Thailand, Singapore, Malaysia, Indonesia, India, Australia, New Zealand, as well as Mexico and USA.

 

Transaction Advisors

 

M&A advisors: Avvalor Corporate Solutions (F. Ricci, N. Diers)

Legal & Financial advisor of SIAP+Micros: Senior&Juniors TP (R.G. Lorenzon)

Legal & Financial advisor of Sellers: Magnocavallo e Associati (M. Bisceglia), and M. Ugo Palumbo

Legal advisors of OSMOS and SANLIEN:  Ughi Nunziante (L. Bulan, L. Cascone, A. Vanni)

Financial advisors of OSMOS and SANLIEN: Albion (O. Etienne, M. Monaci) and Ginini (E. d’Angelo, G. Romano)

 

Press Contacts

Italy:               Giovanni Ceccarini, SIAP+Micros, + 39 347 3709928, g.ceccarini@siapmicros.com

France:           Agnès Catineau, Brunswick Group, +33 (0)1 53 96 83 83, eren@brunswickgroup.com

Taiwan:          Grace Chen, SANLIEN, + 88 622 708 1730, grace_chen@sanlien.com

 

Restoration of the right-side abutment of the Stone Bridge in Libourne: How the teams from OSMOS Group succeeded in installing a comprehensive monitoring system in compliance with the architectural requirements of the work.
 

The Stone Bridge in Libourne was built in 1820 to create a road connection between Bordeaux and Saint-Emilion for the transport of wine. The structure is both an icon of the Gironde region and part of its heritage. The red bricks used to construct it were made in the greater Nouvelle-Aquitaine region and attest to the masonry expertise characteristic of the Gironde area.

The bridge was partially destroyed in the Second World War, and the damaged portion of it was reconstructed and reinforced with concrete. Since then, the structure has been particularly susceptible to continuous dynamic factors such as tidal changes, bridge traffic, and tree trunks swept down the Dordogne River during heavy rains. Over time a fissure has appeared on the structure, running from one side of the right abutment to the other and going through the intrados of the arch (interior side). This is due to a previous collapse occurring at this part of the structure.

The problem consisted of finding the causes for this compression and, if need be, eliminating them before restoring the dry arch and the abutment's facing, especially since there was doubt as to the nature and formation of this abutment's foundations. The expert assessment conducted by ARTELIA and JP LEVILLAIN, based on analysis of the archives and surveys, showed that the fracture appeared after the reconstruction of the arches following the war and that it was due to the inadvertent filling of gaps in the spandrels with concrete during the reconstruction work. In the absence of further pressure, the compressing factor should stabilize.

Therefore, the decision was made to repair the fracture with original materials, namely bricks from the town of Gironde-sur-Dropt. During the renovation of the bridge, which was carried out with the best industry practices, OSMOS Group was able to work together with the teams responsible for the construction work. It was also decided to incorporate a monitoring system installed inside the renovated portion in order to monitor various factors and confirm the assumptions made by the experts.

The monitoring system proposed by OSMOS is made up of Optical Strands with integrated temperature sensors. Using indentations designed for this purpose, the Strands are placed directly in the lime cement located behind the brick facing in order to respect the aesthetics of the heritage structure. Since the Stone Bridge in Libourne is located within an area where historic monuments are protected, it must meet certain architectural criteria. Therefore, OSMOS was able to adapt its monitoring system in order to comply with the requirements imposed on such a structure.

A sensor at the level of the water, a ground water measurement sensor, and a leveling sensor were also installed to complete the structure's monitoring. All of the sensors were then linked up with an OSMOS Expert Data Acquisition System that facilitates the storage and transmission of data through a 3G connection.

The age of the structure and the constant dynamic influences it is exposed to are sources of long-term strain that need to be assessed. The Stone Bridge in Libourne must therefore be subject to a comprehensive structural review, which is particularly interesting for OSMOS to observe. At the same time, the collaboration with the local teams in charge of its renovation made it possible to directly incorporate the Optical Strands necessary for monitoring the structure behind the masonry. Thus, the project is part of a heritage preservation initiative.

The objective of OSMOS Group's work on the Stone Bridge in Libourne is, above all, to provide unique and accurate information to the bridge's overseer so that he can have a greater understanding of the structure. For preventive purposes, the continuous monitoring also guarantees the long-term stability of the structure following the construction work.