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Our projectsOffshore Wind Farm Kriegers Flak 1 – Design Basis, Preliminary Design of the Foundation Structures and Collision Analyses for Approval (Stage 1)Design basis and preliminary design of two foundation structures (Monopile, Preliminary design of the jacket,2 types)according to BSH (German Federal Maritime and Hydrographic Agency) standard construction (Phase 1) as well as collision analyses. PDF download: 06_OWP_KrFlak_DB-Vorentw_e.pdf Offshore Wind Farm Kriegers Flakt 1 - Design and tender of the Jacket and Monopile Foundation StructuresDesign and dimensioning of two jacket foundation structures and two monopile foundation structures for offshore wind turbines with a capacity of 5 MW, 3.6 MW and 3.0 MW including secondary steel and Preparation of the tender documents PDF download: 07_OWP_KrFlak_Entw-MP-J_e.pdf Offshore Wind Farm Kriegers Flak 1 - Design and Tender 400 MW Offshore SubstationDesign of an unmanned 400 MW offshore substation with jacket foundation including the complete technical equipment as well as secondary steel PDF download: 08_OWP_KrFlak_Entw-400-UW_e.pdf Offshore Wind Farm Dan Tysk – Design and Tender of a 400 MW Offshore SubstationDesign and tender of a 400 MW offshore substation including the complete technical equipment and secondary steel as a modular or closed construction. PDF download: 08_OWP_KrFlak_Entw-400-UW_e.pdf Offshore Wind Farm Butendiek - Design BasisDesign basis according to the BSH standard construction (Phase 1) for a wind farm site in the North Sea with a water depth of about 20 m PDF download: 02_OWP_Butendiek_DB_e.pdf Offshore Wind Farm Dan Tysk – Investigation of the Variants and Preliminary Design of the Foundation StructuresIMS has rendered the following services for the Dan Tysk offshore wind farm:
1. Investigation of alternatives for five different types of foundation for a water depth of 30 m, 2. Preliminary design of a monopile foundation structure for approval (Stage 1) by the BSH (German Federal Maritime and Hydrographic Agency), 3. Preliminary design of a jacket foundation structure for approval (Stage 1) by the BSH.
PDF download: 04_OWP_DanTysk_Variant_e.pdf Offshore-Wind Farm Gode Wind IIDesign Basis and conceptual design of two different foundation struc-tures according BSH-Standard Design of Offshore-Wind Turbines (phase 1) incl. collision analyses for offshore wind farm Gode Wind II PDF download: Gode-Wind-II_e.pdf Offshore Wind Farm Butendiek - Design and Tender of a 288 MW Offshore SubstationFor the Butendiek offshore wind farm, IMS is commissioned to render the design of a 288 MW substation including the complete technical equipment as well as secondary steel (substation components excluded) also commissioned are the preparation of the tender documents and the construction logistics, as the load-out, transport and offshore installation.
Design and tender of a 400 MW substation including the complete technical equipment and secondary steel as a modular and closed construction.
PDF download: 03_OWP_Butend_Entw-288-UW_e.pdf Offshore Wind Farm Butendiek – Design and Tender of Monopile FoundationsIMS is commissioned to render the following services for the Butendiek offshore wind farm:
Design and calculations for two alternative monopile foundations including secondary steel, Preparation of the tender documents,Building specifications, Bill of quantities, Determination of quantities
PDF download: 02_OWP_Butend_Entw-MP_e.pdf Offshore Wind Farm Butendiek – Preliminary Design and Collision Analysis of a Monopile Foundation for Approval (Stage 1) by the BSHIMS is commissioned to render the following services for the Butendiek offshore wind farm:
1. Comparative study of different foundation structures:
– Preliminary designs (rough design)
– Determination of quantities and costs
– Installation costs
– Comparison and assessment
2. Preliminary design of the monopile for approval (Stage 1) by the BSH
3. Collision analysis for approval (Stage 1) by the BSH
4. Pile driving analysis with GRLWEAP
PDF download: 01_OWP_Butend_Vorentw-MP_e.pdf 400 MW-AC-Offshore Transformer Platform for the windpark BARD Offshore 1Final Basic Design including design basic for the 400 MW-AC-Offshore Transformer platform for the wind farm BARD Offshore 1 in the North sea with 40 m water depth. PDF download: BARD_Offsh-1_400-MW-AC_USP_e.pdf Final Design of Tripile Foundation Structures for BARD Offshore 1Final Design for Tripile Foundation Structures for the BARD Offshore 1 wind farm area in the North Sea northwest of isle of Borkum with water depth of 40 m PDF download: BARD_Offsh-1_Tripile-40m_e.pdf ARIANE 5 Booster Sea Recovery Mission – AR 537In July 2007, IMS received the contract from CNES to be a general contractor for the performance of the sea recovery of the Ariane 5 booster during the mission AR 537. PDF download: Ariane_537_e.pdf DOTI – 60 MW-Offshore Transformer Platform alpha ventusFinal Design for the 60 MW Offshore-Transformer platform alpha ventus in the North Sea at location northwest near Borkum West with water depth of 30 m: PDF download: DOTI_alpha-ventus__Ausf_e.pdf DOTI – 60 MW-Offshore Transformer Platform alpha ventusTender Design for the 60 MW Offshore-Transformer platform alpha ventus in the North Sea northwest of isle of Borkum with water depth of 30 m. PDF download: DOTI_alpha-ventus_Ausschrei_e.pdf Final Design of Tripile Foundation Structures for BARD Offshore 1Final Design for Tripile Foundation Structures for the BARD Offshore 1 wind farm area in the North Sea northwest of isle of Borkum with water depth of 40 m. PDF download: BARD_Offsh-1_Tripile-40m_e.pdf Rhyl Flats Offshore Wind Farm, United Kingdom Monopile Foundations – Tender DesignIMS - in joint venture with COWI Danmark - assisted the Aarsleff - Bilfinger Berger Joint Venture with tender design for a monopile founda-tion for 25 up to 30 wind turbines. The total production capacity of the wind turbine farm is about 90 MW up to 108 MW for 3,6 MW turbine size. The wind turbines are to be founded at 4 m - 12 m water depth. PDF download: COWI-Rhyl-Flats_e.pdf Scarweather Sands Offshore Windfarm foundations – Tender DesignTender design and further technical services for monopile foundations of 30 offshore wind energy turbines near the British West Coast (North Sea), water depths 5 to 16 m PDF download: Scarweather Sands_e.pdf Lynn and Inner Dowsing Offshore WindfarmTender design and further technical services for monopile and gravity foundations of 54 offshore wind energy turbines 6 - 8 km off the British East Coast (North Sea), water depths 8 to 14 m PDF download: Lynn-Inner-Dowsing_LOT6_e.pdf Offshore Windfarm Borkum Riffgrund (I) Foundations - Tender DesignTender design for offshore foundations of 77 offshore wind energy turbines in water depths 23 to 29 m, 40 km off the German North Sea coast, development of alternative foundation types such as steel monopile, steel tripod, concrete gravity foundation, reinforced concrete tripod with anchor piles. PDF download: COWI-Borkum-Riffgrund-I_e.pdf Offshore Windfarm Lillgrund, Sweden Foundations - Tender Designtender design for two alternative foundation solutions: gravity foundations and mono piles, respectively, for 48 wind turbines and 1 trafo station. The total production capacity of the wind turbine farm is estimated to be at least 350 GWh annually. The wind turbines are to be founded at 6m - 12m water depth. PDF download: COWI-Lillgrund_e.pdf Onshore-Windpark Kesfeld , GermanyFinal design of a gravity foundation onshore for Siemens/Bonus 2.3 MW mkII wind turbine with a hub height of 103 m near the city of Trier. PDF download: SWP-Onshore_Kesfeld_e.pdf Case Studies on Offshore implementsEvaluation within Case studies on systematic investigations and concepts for Offshore implements for installation of foundations Offshore-Bürger-Windfarm Butendiek - technical engineeringStructural analysis and constructive engineering
Implementation planning and design
Design specifications and Design Basis
Negotiation with certification body and Vestas
Design of corrosion protection and scour protection
PDF download: OSB_F+Z_Bau-Ausf_e.pdf Integrated Concept and techno-ecological optimization on Offshore implementsSystematic analysis and conceptional design on offshore implements for installation of foundations, as well as optimization. Offshore-Bürger-Windfarm Butendiek - engineering consultingDrawing up tender documents and Assistance in awarding; selection process, technical project management and consulting services.
PDF download: OSButend_tech-UB_e.pdf OSB Offshore Bürger-Windpark Butendiek - Assistance in Preparation of Tender Documents for a 240 MW transformer substation projectInvestigation of different support structures for 240 MW offshore transformer substation (Multipile, Monopile, Tripod and Jacket), Specification of support structure (environmental data, loads, steel de-sign, etc.) as component of the tendering.
PDF download: OSB_Umspann_e.pdf FINO 1 Research Platform North of Borkum Riff - Consulting Services for Offshore Installation1.Implementation Planning of offshore installation: Assistance in planning of sea transport and offshore installation procedures for substructure, deck and wind measuring mast, Hydrostatic and hydrodynamic analyses for transportation of jetty and deck, Strength analyses, Coordination and facilitating authorizations.
2. Assistance during offshore operations
PDF download: FINO_1-Seeinstall_e.pdf Offshore-Windfarm-Projekt GLOBALTECH I - technical engineering and consultingEvaluation of possible Offshore Windenergy locations; Predesign of Tripile foundations; Installation and dismantling concept; Preparation of a maintenance concept for offshore foundations PDF download: Globaltec_e.pdf Development and optimisation of a cost efficient Tripod support structureDevelopment and optimisation of a cost efficient Tripod support structure for offshore wind energy facilities in the range 3 to 5 MW with particular consideration of weight, materials, steel quality, available manufacturing technologies, manufacturing phases and costs PDF download: OptimTripod_e.pdf Hochsee-Windfarm „Nordsee“ and Hochsee-Windfarm „He Dreiht“ Technical Engineering ServicesPreliminary investigation of Tripod support structure for a 5 MW off-shore wind facility in a water depth of 40 m. PDF download: Windp-EOS_e.pdf ARIANE 5 Booster Sea Recovery Mission - V517Preparation, Coordination and Execution of all neccessary works on recovering the Ariane 5 Booster from sea PDF download: Ariane_517_e.pdf FINO 1 Forschungsplattform Borkum Riff - Design and Implementation PlanningDesign and Implementation Planning
Design and technical planning including health and safety aspects, Equipment specification and deck layout and Coordination and facilitating authorizations; Structural analysis; Electric and control engineering
PDF download: FINO1-Ausf_e.pdf Offshore-Bürger-Windpark Butendiek - Survey of Environmental ConditionsTendering and assistance for offshore soil investigation. Investigation of environmental conditions in cooperation with BSH, DWD and GKSS PDF download: OSB_Umwelt_e.pdf Offshore-Windfarm Sky2000Preliminary draft and design of support structures for offshore wind park Sky2000 with water depth of 22 m and very difficult soil conditions PDF download: Sky2000_e.pdf Modification of Jack-up rig for offshore windenergy projectsMarket Analysis of the usability of the jack-up rig "Annegret" of F+Z Bau GmbH for Offshore Wind Energy Project
and Modification of Platform; Assistance in the modification of the jack-up rig "Annegret" (leg extension to 52 m) PDF download: Hubins-Anne_e.pdf MUWOSTVerification and reconditioning of the submerged control facility MUWOST, construction supervision and site management OSB Offshore Bürger-Windpark Butendiek - Design of Support Structures and Scour ProtectionPreliminary design of appropriate support structures (Monopile and Jacket) for water depth of 20 m.
PDF download: OSB_Gruend_e.pdf OSB Offshore Bürger-Windpark Butendiek - Survey of Environmental ConditionsTendering and assistance for offshore soil investigation, Investigation of environmental conditions in cooperation with BSH, DWD and GKSS. PDF download: OSB_Umwelt_e.pdf Development of Support Structure for Prototype of 5 MW Multibrid Offshore Wind Energy Facility M5000Development of a support structure for the prototype of the 5 MW Multi-brid Offshore wind energy facility of Pfleiderer AG for the off shore site Borkum Riff with a water depth of 30 m. PDF download: WEA-MULTI_e.pdf Design and tendering of the FINO 1 research platform Borkum RiffDesign and tendering of the FINO 1 research platform Borkum Riff in a water depth of 28 m for the investigation of the meteorological, physical environment. PDF download: FINO1-Plan_e.pdf Offshore coal transshippingEvaluation of alternative systems for the offshore coal transshipment for a coal power station in Iskenderum/Turkey PDF download: Iskend_e.pdf FINO 1 Research Platform North of Borkum Riff - Offshore Soil InvestigationsOffshore site soil analysis of soil at Borkum Riff Site: Planning, tendering and contract award for soil investigations, Assistance and supervision of offshore operations with jack-up work-ing platform (under sea bed conditions at chart datum –28 m), Laboratory tests and expert soil analysis und recommendation, for design of support structures, Determination of soil parameters.
PDF download: FINO_1-Baugr_e.pdf Preliminary Survey for Support Structure of 5 MW Offshore Wind Energy FacilityPreliminary investigation of a structure variant (Jacket) for a 5 MW Off-shore wind energy facility (N.O.K.5 Repower Systems AG) for the site at Windpark Schleswig-Holsteinische Nordsee at Helgoland with water depth of approx. 20 m (Plan area of Winkra) PDF download: Unters-WEA_e.pdf Feasibility Study for Decommissioning of Offshore Support Structures for Wind Energy Facilities – Offshore Wind Park “Borkum Riffgrund”The feasibility study included the activities for the decommissioning of the offshore support structures for 3 MW wind energy facilities at the “Borkum Riffgrund” site in the North Sea. PDF download: WEA-Bork-Rueck_e.pdf Feasibility Study for Offshore Support Structure of Wind Energy Facilities “Nordergründe” and “Borkum Riffgrund West”In 2000 Energiekontor AG contracted IMS to do a feasibility study of de-tailed concepts for offshore foundations for 2.5 MW and 5 MW-wind en-ergy facilities at the “Nordergründe” and “Borkum Riffgrund” West sites in die North Sea: PDF download: WEA-Nordgr_e.pdf Decommissioning of Research Platform NORDSEEIn 1992 IMS was commissioned by BMFT to prepare of tender docu-ments for the decommissioning of the Research Platform NORDSEE. PDF download: FPN-Rueck_e.pdf Research Platform NORDSEEBMFT represented by GKSS contracted IMS in 1972 as main contractor for following functions for the project Research Platform NORDSEE:
Concept development, design, Drawing up of tender documents, Contract negotiations, Supervision, Project coordination and Management, Operation of the platform.
PDF download: FPN_e.pdf |
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