HS2 Engineering Delivery Partner

HS2 Engineering Delivery Partner

Sener Transportation / High Speed Rail / United Kingdom
HS2 Engineering Delivery Partner
Client: HS2 Ltd.

In 2016, HS2 Ltd. Appointed the JV made up of CH2M, Atkins and SENER as Phase One Engineering Delivery Partner (EDP).

The role of the EDP will focus on providing expert engineering and construction management support as well as assisting with preparation for the procurement of the main civils contracts for the London to Birmingham stage of the route.

The CH2M/Atkins/Sener team will be fully integrated within HS2 Ltd in order to drive long-term effi ciencies across the design and build process.

The ten-year contract covers the whole of Phase 1 construction.

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In 2016, HS2 Ltd. Appointed the JV made up of CH2M, Atkins and SENER as Phase One Engineering Delivery Partner (EDP).

The role of the EDP will focus on providing expert engineering and construction management support as well as assisting with preparation for the procurement of the main civils contracts for the London to Birmingham stage of the route.

The CH2M/Atkins/Sener team will be fully integrated within HS2 Ltd in order to drive long-term effi ciencies across the design and build process.

The ten-year contract covers the whole of Phase 1 construction.

HS2 is a new high-speed railway line under development, which will run between London and Birmingham, Manchester and Leeds. The proposed London to Birmingham line will be about 140 miles (225km) long and the total network will be
around 330 miles (531km) long.

HS2 Phase 1 covers the section from London Euston onto the northbound West Coast Main Line to the North West of England and Scotland. A spur will route and ending at the proposed new Birmingham Curzon Street station.

The construction and commissioning of the Proposed Scheme project is expected to take place in stages between 2017 and the end of 2026, with some enabling works starting in 2016.

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London

London

 


Direction: FORA 13 Dirty Lane SE1 9PA London (United Kingdom)

Sener holds an EDI TalkS on generational and cultural diversity in London

Sener holds an EDI TalkS on generational and cultural diversity in London

17/09/2024

On Monday, September 9, the Sener team in the United Kingdom, led by Moisés Jimenez, as Head of Section, participated in a face-to-face EDI TalkS on generational and cultural diversity, given by Ana Úsar, from People Management.

Understanding diversity from individuality was a key aspect of the session. With this approach, it was an opportunity to reflect as a group on the advantages of having diverse people in teams, with cognitive diversity being of vital importance due to its relationship with innovation. Cultural differences and cultural intelligence competence were some of the aspects addressed, understanding them as tools that allow thriving personal and professional relationships, with a positive impact on teamwork and projects.

Regarding generational diversity, a debate was established on what motivates us and what we can learn between the different generations. Some conclusions were:

  • The importance of B and X generations, due to their high degree of experience and technical knowledge, their confidence and understanding of the company and a global vision that must be established.
  • Generation X is a pivotal generation, that understands both the offline and online world, with the ability to make decisions, as well as the need to achieve a balance between work and professional life. They are professional models to learn from.
  • Generation Y brings remarkable capacities to manage crises, as well as resilience and acceptance of change. They push towards conciliation.
  • Finally, generation Z contributes with its understanding of the digital and technological world, as well as being familiar with changing environments, dynamic and capable of raising their voice.

By focusing on common points, with an open mind and a desire to connect, we can consolidate strong, high-performance teams.

Construction study for industrial delivery of concrete floating wind turbine supporting structures

Energy

Renewable and Low-Carbon Solutions Generation

Offshore wind

Construction study for industrial delivery of concrete floating wind turbine supporting structures

Case of success

Sener is contributing to the development of professional engineering services for a study on industrialising concrete foundations for floating wind turbines. Their efforts center on modifying a British port to facilitate the production of floating concrete foundations for wind turbines, exploring two potential design concepts.

SENER selected as part of design consortium to deliver A303 upgrade past Stonehenge

SENER selected as part of design consortium to deliver A303 upgrade past Stonehenge

26/05/2022

England’s National Highways has announced its preferred bidder for the main construction work for the A303 scheme past Stonehenge, with SENER included as part of the design consortium together with Atkins and Jacobs.

National Highways has announced its Preferred Bidder, MORE joint venture, for the £1.25 billion contract for the tunnel and main construction work for the A303 Amesbury to Berwick Down scheme past Stonehenge. MORE JV has enlisted a world-class design consortium with SENER, Jacobs and Atkins acting as the design joint venture.

The proposed upgrade of the A303 between Amesbury and Berwick Down includes:

  • 8 miles of free-flowing, high-quality dual carriageway.
  • A tunnel at least 2 miles long underneath the World Heritage Site, closely following the existing A303 route, but a further 50 metres away from the Stonehenge monument, avoiding important archaeological sites, and avoiding intrusion on the view of the setting sun from the stones during the winter solstice.
  • A new bypass to the north of the village of Winterbourne Stoke.
  • Junctions with the A345 and A360 either side of the World Heritage Site.

The planning application for the transformational scheme is still pending redetermination by the U.K. Secretary of State for Transport, following the quashing of the decision to grant the Development Consent Order.

In the meantime, and to ensure program timescales are maintained, National Highways has selected the MORE JV, comprising FCC Construcción, WeBuild and BeMo Tunnelling, as its preferred contractor for the works.

The announcement follows a robust procurement process, a major part of which required shortlisted tenderers to develop their design solutions and demonstrate these as compliant with National Highways requirements.

The Main Works Contract covers the construction of the proposed tunnel’s civil, structural, mechanical, electrical and technology components, including the tunnel boring machine, along with the approach roadworks and structures and the environmental components of the five-year construction phase.

Derek Parody, National Highways’ Project Director for the A303 Stonehenge scheme, says: “The contract will only become live once the Secretary of State has concluded the planning process. The announcement of a preferred bidder in no way pre-empts any decision, and once that is finalised, and should the Development Consent Order be granted, having a contractor in place will put us in the strongest possible position to deliver this transformational scheme and deliver the benefits we know it can. The scheme will not only unlock congestion along this vital A303 route, but also conserve and enhance the Outstanding Universal Value of the World Heritage Site, and the joint venture will bring world class expertise to the construction of the tunnel and the roads. We’re pleased we have now identified our contractors, they are internationally renowned and they will also be making best use of considerable UK skills by using a range of local, regional and national suppliers and contractors to help them deliver the scheme.”

In a statement, the joint venture said: “For the companies that are part of the MORE JV – Webuild, FCC Construcción, and BeMo Tunnelling – this project is a clear example of the development of sustainable, innovative infrastructures that not only provide traffic solutions but also improve people’s quality of life. It is also an opportunity to demonstrate the experience and international technical capacity of the companies of the MORE joint venture.”

The preliminary work will provide initial opportunities for local, regional and national companies within the first six months of construction starting.

The contracts for archaeology and enabling preliminary work were announced in 2020, as part of the total £1.7 billion capital cost of the scheme. Wessex Archaeology, one of the largest contractors in the sector, were awarded the £35 million Archaeological Mitigation Contract, Octavius Infrastructure (formerly Osborne) have been awarded the £8.5 million Preliminary Works Contract through the Collaborative Delivery Framework.

National Highways, the company responsible for England’s motorways and major A roads, is also finalising the process to award a Delivery Assurance Partner Contract, up to the value of £60 million (70 M Euros), in due course.

For more details and updates on the A303 Stonehenge scheme, visit the scheme website.

East Anglia, Saint Brieuc and Baltic Eagle Offshore Wind Projects

East Anglia, Saint Brieuc and Baltic Eagle Offshore Wind Projects

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Sener Energy / Renewable and Low-Carbon Solutions Generation / Offshore wind / United Kingdom
East Anglia, Saint Brieuc and Baltic Eagle Offshore Wind Projects
Client: Iberdrola (Scottish Power)

Framework Agreements to support the development of IBERDROLA’s Offshore Wind Projects in Europe.

These agreements include the provision of Engineering and Technical Services in the United Kingdom and the provision of Project Support Services in the United Kingdom, France and Germany for the current IBERDROLA’s Offshore Wind Projects of East Anglia, Saint Brieuc and Baltic Eagle.

Framework Agreements to support the development of IBERDROLA’s Offshore Wind Projects in Europe.

These agreements include the provision of Engineering and Technical Services in the United Kingdom and the provision of Project Support Services in the United Kingdom, France and Germany for the current IBERDROLA’s Offshore Wind Projects of East Anglia, Saint Brieuc and Baltic Eagle.

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METEOR FAS: Scope and Status

METEOR FAS: Scope and Status

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Sener Defence / Weapon systems / United Kingdom
METEOR FAS: Scope and Status
Client: MBDA
Start date: 2009, January

Sener is participating in the multinational program of the new missile Meteor as a subcontractor to the European group MBDA, a world leader in missiles and missile systems. This participation refers to the critical sub-system FAS (Fin Actuation Subsystem).

Meteor is a next-generation, fast and highly manoeuvrable Beyond Visual Range (BVR) air-to-air missile that incorporates enhanced technologies in its design. Among them, its new propulsion system stands up, a ramjet which gives Meteor its high speed performance and the energy to defeat fast,

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Sener is participating in the multinational program of the new missile Meteor as a subcontractor to the European group MBDA, a world leader in missiles and missile systems. This participation refers to the critical sub-system FAS (Fin Actuation Subsystem).

Meteor is a next-generation, fast and highly manoeuvrable Beyond Visual Range (BVR) air-to-air missile that incorporates enhanced technologies in its design. Among them, its new propulsion system stands up, a ramjet which gives Meteor its high speed performance and the energy to defeat fast, manoeuvring targets at long range.

The FAS is the subsystem that moves, in a controlled manner, the fins of the missile to obtain its desired trajectory.

Sener is responsible for completing the design and development of the FAS including its certification. The design authority of the sub-system has been transferred during the development phase. Sener, acting as the FAS design authority, manufactures all the series units during the production phase of Meteor.

The first units of the Meteor series production were delivered in 2013.

After completing the development and industrialisation of FAS, the program is in its phase of production, reaching the delivery of 1.000 units in 2018.

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