Advantages of our solution



Similar documents
Introduction BAM and Van Oord GBF - Concrete Centre Conference, December 2012

Profile. Offshore Wind Projects. Sustainable EPC and Marine Contractors

GRAVITY BASE FOUNDATIONS

Profile. Offshore Oil & Gas To meet the global demand for energy. Offshore and EPC Contractors

Steel construction. Solutions for the renewable energy and offshore sectors. published by energyengineering magazine

Monobuckets and the competitiveness versus monopiles and jacket structures.

Profile. Marine ingenuity In just two words, we show what we do, how we do it, and what makes us different. Dredging and Marine Contractors

MAXIMISING YOUR. Offshore wind assets ASSET OPERATION & MAINTENANCE SERVICES

Tidal Energy. Wind Energy. Transmission & Distribution Network. Offshore Substation. Onshore Substation. Tidal Stream Energy.

Offshore Work Packages

installation, operations & maintenance

COWI offshore wind marine engineering services

Geotechnical Design Monopile Foundations for Offshore Wind Turbines

OWPST & Titan 200 & UK Offshore

INSTALLATION and LOGISTICS of OFFSHORE WIND FARMS

PPT Dutch offshore wind sector

The Market for Installation Vessels

4. PROGRAMME OF WORK: PROJECT ACTIVITIES, TIMESCALE AND COSTS

Offshore Wind Project Management

Operational analysis & Optimisation

Offshore Renewable Energy Services and solutions

Offshore wind. Local knowledge, global expertise

Dutch wind energy strength

Offshore Deployment SYNOPSIS

OFFSHORE OIL & GAS SECTOR STRATEGY 2014 TO 2017

AN INNOVATIVE SOLUTION FOR FIXED OFFSHORE LNG REGASIFICATION TERMINALS

Offshore Structures. Offshore Drilling Equipment

An insights report by the Energy Technologies Institute. Offshore Wind Floating Wind Technology

JLT Specialty Limited is a member of the Jardine Lloyd Thompson Group of companies. Jardine Lloyd Thompson Group plc is an international group of

G9 Offshore wind health and safety association

TOTAL CAPABILITY IN SCAFFOLDING & ACCESS SYSTEMS REACHING NEW HEIGHTS OF INNOVATION & SAFETY

Platform Technologies for Offshore Renewable Energy Conversion Diego Vannucci, RINA

GRAVITY BASE FOUNDATIONS FOR OFFSHORE WIND FARMS. MARINE OPERATIONS AND INSTALLATION PROCESSES Ismael Ruiz de Temiño Alonso

Graduate Engineer Development Scheme (GEDS)

Standards for design of offshore wind farm structures and their foundations

2015 CT Offshore A/S Diving Assistance Sub Station Debris Clearance WODS Wind Farm

We strive continuously for zero harm to people, the environment, material and non-material assets

Offshore Windpark DanTysk. Cost-Effective Foundations Design to Installation

The installation and servicing

Geotechnical Building Works (GBW) Submission Requirements

Scottish Enterprise. Offshore Wind Power: Priorities for Research and Development (R&D) and Innovation. Supporting a globally competitive Scotland

Offshore Windfarm Egmond aan Zee 4 years of Operation

TECHNIP AT A GLANCE 2014

London Array. Operations and Maintenance

Boskalis: at home in the Middle East

Viking Link Interconnector

Submarine Power Cables. State-of-the-art production facility, more than 100 years of experience and reference installations around the world.

Offshore Wind. Cable Installation Cable Trenching Survey & Seabed Mapping IMR

Navires de travail pour la production d énergie en mer. Points communs et différences entre hydrocarbures et energie décarbonées

Put us to the test. Construction testing and building investigations services from BRE.

Council of the European Union Brussels, 20 May 2016 (OR. en)

Topsides, Floaters & Onshore Facilities

OFFSHORE WIND PROCUREMENT

Geotechnical Engineering in Offshore Wind - how can we contribute to lowering the cost of electricity? DGF Seminar, Gentofte, 1 st April 2014

Delivering Engineering Services to UK Infrastructure through our branded businesses nationwide

ENGINEERING TOMORROW...TODAY

Facilities Pori construction yard

Overturning Stability of Offshore Wind Power Substructure with Bucket Foundation

Phone Phone

HV Submarine Cable Systems Design, Testing and Installation

Offshore Wind Turbine Support Structures

Best Practice Guide. How to Choose an Offshore Wind Transport & Installation Provider March 2013

RENEWABLE ENERGY IN FIFE Skills and Supply Chain

Low Carbon and Environmental Goods and Services: an industry analysis. Update for 2008/09

Innovation in Offshore Wind support structures

The Monopod Bucket Foundation

London Underground Environment Strategy

G IN IN M ED G ER M B SU

Offshore Wind: some of the Engineering Challenges Ahead

Noble Denton marine services - marine warranty survey

Skills and Training Needs Analysis: Marine Energy Executive Summary

OFFSHORE WIND Peter Robert

OCEAN LÍDER: Ocean Renewable Energy Leaders

High Capacity Helical Piles Limited Access Projects

Who are we? *Based on an average annual domestic household electricity consumption of 4,700KWh (DECC).

Design of Offshore Wind Farms Prepared by Flemming Jakobsen & Andrass Ziska Davidsen LICENGINEERING A/S

Windfarm Installation Barge. a novel approach to installing foundations in offshore wind

RISER SYSTEMS. Our world class innovation solving your riser challenges

Essex... A great location for offshore wind

Renewable Electricity Generation in Scotland

The vision of the Ham Baker Group is to be the partner of

Firth of Forth Offshore Wind Farm Zone. Offshore and Onshore Project Information

Logistic solutions for the installation of offshore wind farms

energy JLT Specialty Limited Demand Different

NSW Submarine Power. Cables for the future, delivered today

IHCANTABRIA and Marine Renewables

NSW Submarine Power. Cables for the future, delivered today.

Structural concepts for minimum facility platforms for Marginal field development in western offshore, India

Key services. Safety Accident reduction Passive safety Road safety audits Safety in construction and maintenance

London Array Off-Shore Wind Farm

Technical Project Description for Offshore Wind Farms (200 MW)

CAPABILITY BROCHURE. FORGACS Marine and Defence Brochure 1

Offshore Wind Operations. Fife, at the heart of renewable energy development in Scotland

Tunnelling & Underground. Specialists

Strengthening UK Based Supply Chains: Construction and Infrastructure

Depth-independent solution for Offshore Wind the WindFloat

The role of technology and knowhow in the sector

Nautischer Verein zu Bremerhaven Bremerhaven, Nautischer Verein

Technip Offshore Finland

AREVA: supply chain network principles and company s vision

Transcription:

Introduction BAM and Van Oord have teamed up to design, manufacture and install reinforced concrete gravity base foundations (GBFs) for the offshore wind industry. The concept for the GBF has been developed from BAM and Van Oord s wide experience in designing and constructing immersed tube tunnels and gravity base structures. The basic GBF solution has been specifically designed for deep water applications and has undergone model testing. It is adaptable to suit a range of water depths, wave heights and seabed conditions. 2

Advantages of our solution Cost-effective solution - Standardised design, adaptable to local conditions - Hybrid structure: concrete caisson, steel shaft - Fully self-buoyant, no expensive jack-up or heavy lift vessels required - No piling - Sustainable technology - Low maintenance - Low-risk marine operations Low risk - Reliable, experienced partner - Robust and practical solution based on existing technology - Well-developed supply chain - Local presence, in-house knowledge and capability And: High degree of local content possible 3

Design We have undertaken structural and geotechnical design, environmental load calculations and simulation, floating stability and model testing for our GBF solution. 4

Design We have carried out scour tests in conjunction with the Dutch research institute Deltares. Our conceptual design has been certified by DNV, qualifying it as an optimised and cost-effective design. 5

Fabrication GBFs are designed to be mass-produced onshore in a quayside construction yard. We have optimised the manufacturing process by using BIM (Building Information Modeling), using prefabrication and utilising proven technologies. 6

Mammoet We have strengthened our team by partnering with Mammoet for their expertise in heavy lift solutions. They will undertake transport and load-out of the GBFs, handling of the shafts, and moving the foundations into deeper water with a semi-submersible barge. 7

Installation The barge is submerged and the GBF is floated off. It is then towed to the deployment site using standard, oceangoing tugs. 8

Installation A trailing suction hopper dredger prepares an excavation into which gravel is placed using a flexible fall pipe vessel. 9

Installation Positioned between four anchored tugs, an offshore support vessel will fill the GBF with water. The GBF is lowered onto the pre-installed gravel bed and then filled with sand. 10

Other services Van Oord s new jack-up vessel Aeolus. Compact Offshore Substation (COSS) on Gravity Base Foundation. The BAM/Van Oord consortium also offers design and build services for other elements of offshore wind projects, including: EPCI Electrical packages WTG installation Gravity foundations for substations Meteo masts Van Oord s new jack-up vessel Aeolus will be used to install wind turbines, including tower and blades on top of the foundation Van Oord s new cable installation vessel will be used for installation of inner-array cables between turbines Van Oord s new cable installation vessel. Meteo mast on Gravity Base Foundation. 11

Previous Experience... BAM and Van Oord have extensive experience in: Working offshore Designing and engineering for offshore environments Construction of windfarms, harbours, quay walls, breakwaters, jetties Gravity based solutions All aspects of offshore wind projects Installation/immersion of concrete structures Fully integrated design and construction Medway Tunnel, UK Photo Van Oord 12 GBF for platform Berkut, Arkutun-Dagi field, Sakhalin Island, Russia

...of successful delivery Harbour/quay walls: Great Yarmouth Kil Dordtse Tunnel, Netherlands Bjorvika Tunnel, Norway Photo Van Oord Mammoet load-out on submersible barge Installation of meteo mast IJmuiden, Netherlands Converter station: Britned Interconnector 13

Benefits Our solution demonstrates many benefits, including use of local resources, job creation and environmental protection (no piling, no noise or vibration). 14

Can we help you? Are you looking for the reassurance of knowing you have the support of two major European construction companies? BAM is one of the largest construction enterprises in Europe, with experience and specialist knowledge in all aspects of civil engineering and modern building processes. Van Oord is a leading international marine contractor specialising in dredging, marine engineering and offshore wind and offshore (oil, gas) projects. BAM and Van Oord are complementary and together we can offer the complete offshore package. With a combined turnover of 9.6 billion, we provide our services from a financially sound base. Between us we employ over 30,000 people with a wealth of experience and competence. BAM has been in business since 1865 and Van Oord since 1854 we re here for the long term with sustainable businesses. with the in-depth knowledge that comes from being close to the local area? In the UK, BAM operates from a network of 14 regional offices, with more than 40 branch offices. We have easy access to most places across the whole of England, Wales and Scotland, so we can always respond quickly to meet stakeholders. For our customers this can be especially important in discussions with the local planning and environmental authorities. Van Oord has a strong prescence the United Kingdom with the Van Oord UK office in Newbury. Our policy is to retain a directly employed workforce in the local area. By investing in our most important resource, our people, we can improve through training and our customers reap the benefits. With a large state-of-the-art fleet, we have the in-house capability to undertake major offshore wind projects. And would it also help if your construction partners shared your vision and commitment to sustainable development? Health & Safety - both BAM and Van Oord are working for a future where accidents and incidents are eliminated, and where everyone s health and well-being is enhanced. Environment - BAM is a founding member of CEEQUAL (the Civil Engineering Environmental Quality Assessment and Award scheme), a member of the CEEQUAL project advisory group, and is actively involved with the continual development of the scheme. Van Oord is one of the founding members of Ecoshape s Building with Nature innovation programme, which is committed to the integration of infrastructure, nature and society in new or alternative forms of engineering that meet the global need for intelligent and sustainable solutions. Sustainability - our teams seek ways to minimise our carbon emissions and reduce, reuse and recycle materials on every project. We aim to have a long-term, positive impact wherever we work. Community - both BAM and Van Oord undertake to maintain sustainable companies by making Corporate Social Responsibility (CSR) a fundamental part of our businesses. We value, and are committed to, improving the environment and the communities in which we work. We engage with local communities to forge great relationships, supporting them to leave lasting legacies. Then we can definitely help! 15

BAM Nuttall Ltd St James House, Knoll Road Camberley, Surrey GU15 3XW T +44 (0) 1276 63484 www.bamnuttall.co.uk headoffice@bamnuttall.co.uk BAM Energie (part of BAM Civiel) H.J. Nederhorststraat 1 2801 SC Gouda, The Netherlands T +31 182 590 445 www.bamenergie.com info@bamenergie.nl Van Oord Offshore Wind Projects bv Jan Blankenweg 2 4207 HN Gorinchem, The Netherlands T +31 88 8262500 www.vanoord.com area.owp@vanoord.com