Zen Tech Eng Offshore Presentation[May3]REV01

Download Zen Tech Eng Offshore Presentation[May3]REV01

Post on 21-Apr-2015

199 views

Category:

Documents

3 download

Embed Size (px)

TRANSCRIPT

<p>-1-</p> <p>1</p> <p>Company Introduction</p> <p>2</p> <p>Design of Offshore Structure and Platform</p> <p>3</p> <p>Design of Offshore Wind Power Plant</p> <p>4 5-2-</p> <p>Design of Subsea Pipeline</p> <p>LNG Floating Terminal(FSRU)</p> <p>-3-</p> <p>CEO Technical Advisor Project Director Financial Department Research &amp; Development</p> <p>Business Development</p> <p>Harbour/Offshore Development</p> <p>Structure Development Ship Building Development</p> <p>Geotechnical Development</p> <p>LNG/OIL Terminal Development Construction Supervision</p> <p>Ship Yard Development</p> <p>Production /Shop Drawings</p> <p>-4-</p> <p>620 15 15 12 10 5 5</p> <p>617 14</p> <p>3</p> <p>0 ( )</p> <p>Engineer Distribution Ratio Engineer Distribution Ratio,5 ,2 , 3 ,7 ,3 ,10</p> <p>, 10</p> <p>,26</p> <p>-5-</p> <p> Structural Analysis SACS 5.2(MMHE/HHI) : OFFSHORE FIXED PLATFORM DESIGN AND FPSO TOPSIDE DESIGN ZENSCAD : OFFSHORE FIXED PLATFORM DESIGN AND FPSO TOPSIDE DESIGN MSC PATRAN/NASTRAN : HULL AND STRUCTURE FEM SOFTWARE ANSYS + CIVIL FEM : HULL AND STRUCTURE, GEOTECHNICAL FEM SOFTWARE MIDAS CIVIL : CIVIL STRUCTURE AND FEM SOFTWARE MIDAS FEA : STRUCTURE FEM SOFTWARE MIDAS GTS : STRUCTURE, GEOTECHNICAL FEM SOFTWARE FLAC 3D : GEOTECHNICAL, TUNNEL SOIL AND FOUNDATION DESIGN SOFTWARE SLOPE : SLOPE STABILITY DESIGN SOFTWARE FLUENT : CFD SOFTWARE</p> <p> Vessel Mooring and Motion Analysis MOSES(MALAYSIA OFFICE) : HULL MOTION AND HYDRODYNAMIC DESIGN SOFTWARE ZENMOOR : MOORING DESIGN SOFTWARE MOTSIM/NEPTUNE : HULL MOTION AND HYDRODYNAMIC DESIGN SOFTWARE ORCAFLEX : RENEWABLE ENERGY/SHIP/SPM MOORING SOFTWARE</p> <p>-6-</p> <p> Process for Plant / Subsea Pipeline Analysis</p> <p> MAPIA : PIPELINE IN-SERVICE DESIGN OFFPIPE : PIPELINE LAYING ANALYSIS SOFTWARE AUTOPIPE XM : PIPING AND RISER ANALYSIS SOFTWARE MATERIAL SELECTION : CORROSION ASSESMENT PIPELAY/CLAY/QLAY/DCLAY/DQLAY : PIPELINE LAYING DYNAMIC SOFTWARE PIPELINE : WALL THICKNESS/STABILITY/EXPANSION/SPAN/BUCKLING SOFTWARE PIPESIM : 3 PHASE PROCESS MATERIAL BALANCE ANALYSIS CROSSING : PIPELINE CROSSING DESIGN ROUTE : PIPELINE ROUTE SIMULATION SOFTWARE DECAY : THERMAL DECAY LENGTH CALCULATION SOFTWARE ORCAFLEX : HOSE SYSTEM/RISER/PPELINE S/J LAY AND CABLE/UBRICAL LINE LAY SOFTWARE</p> <p> Others SHIPYARD CAPACITY SIMULATION COMPUTER SYSTEM(SYCS) : Shipyard Capacity Simulation Software TRIBON 3M : SHIP / HULL / LINES AND PIPING / PIECE / NESTING / NDE DRAWINGS SHIP CONSTRCTER: SHIP / HULL / LINES AND PIPING / PIECE / NESTING / NDE DRAWINGS TRIBON : SHIP MODELING AND SHOP DWG SOFTWARE</p> <p>-7-</p> <p>-8-</p> <p>-9-</p> <p>In-Service Analysis (Inplace Analysis) - (1 ) - (50 100 ) (Seismic Analysis) (fatigue Analysis)</p> <p>Pre-Service Analysis (Loadout Analysis) (Transportation Analysis) (Launching Analysis) (Up-ending Analysis) (Lifting Analysis)</p> <p>QATAR BLOCK 5/EPC-7</p> <p> (2003.6)</p> <p>- 10 -</p> <p>QATAR BLOCK 5 PACKAGE</p> <p> (2009.10)</p> <p> 1 3 (DAF) </p> <p> Marine Growth() (CD) (CM) (Wave Theory) 8 Splash Zone() Storm Surge Effect (Air Gap 1.5m )</p> <p> - Anode Morison - - 1.5m</p> <p>- 11 -</p> <p> , , 1 3 API RP 2A : , , , , - 90% (Added Mass) + (I, II) X () </p> <p>- 12 -</p> <p> , Hot Spot Stress, 2 (Fatigue Damage) . (Deterministic Analysis) - 3sec (Spectral Analysis) - 3sec ( )</p> <p>- 13 -</p> <p> Lifting Transporter Transporter Side-Skidding</p> <p>Transportation Method()</p> <p>Side-Skiding Method</p> <p>- 14 -</p> <p>Noble Denton &amp; Associate(NDA) 33% , , Sea-Fastening </p> <p> Sea-Fastening ()</p> <p>- 15 -</p> <p> (Launching Barge) Jack Winch Tilt Beam Pin . . </p> <p>- 16 -</p> <p> Mudline Clearance 3 ( ) 10%, 5% Roll Angle 6 Initial step 1 step 2 step 3 step 4</p> <p>15</p> <p>20</p> <p>15</p> <p>23</p> <p>5 </p> <p>57.0735</p> <p>50.6867</p> <p>50.6823</p> <p>47.1398</p> <p>step 5</p> <p>step 6</p> <p>step 7</p> <p>step 8</p> <p>43.5630</p> <p>step 9</p> <p> 627.7462 4.4062</p> <p> 87</p> <p>69 1.4666</p> <p> 811.4003</p> <p> 90</p> <p>1.5648</p> <p>- 17 -</p> <p>Noble Denton &amp; Associate(NDA) API (Sling) 60 (Padeyes) 2.0 (, , )</p> <p>- 18 -</p> <p>Date 2010.01-2010.12 2009.11-2009.12 2009.12-2010.06 2009.10 2009.12</p> <p>Project Name KEARL OIL SANDS PROJECT KEARL OIL SANDS PROJECT DAEWOO PROJECT MIYANMA OFFSHORE PLATFORM</p> <p>Project Description Shipment Vessel Motion and Green Water and Seafastening Design for Dong-Bang Co., Ltd. And Sung-gi Geotech Co., Ltd. 4-Shipment Vessel Motion and Route Study for Dong-Bang Co., Ltd. And Sung-gi Geotech Co., Ltd. L/Q and Helideck Inplace and Dynamic Design for HHI Offshore Production Platform Topside and Jacket Inplace and Dynamic Independent Analysis for HYUNDAI Heavy Industries Co., Ltd. Design for Installation and Construction Engineering of North and South Module, Building Module including Sea Transportation and Vessel Motion and Mooring Design for SAMSUNG Heavy Industries in Korea from FEED Engineering for DECK/JACKET and PIPELINE(105km) And Riser(12Nos) MTO DESIGN, IN-SERVICE for INPLACE, FATIGUE, SEISMIC, BLASTING, PRE-SERVICE for LIFTING and, PILE DESIGN, TRANSPORTATION, INSTALLATION Design and PIPELINE / RISER 4, 6, 12, 18, 20 IN-SERVICE and PIPELAYING Detail Engineering for HHI Super-Lift, Load-out, Float-off Design and Block handling Design, Hull FEM Analysis, Buckling Analysis, Motion Analysis, Hydrodynamic Analysis, Float-Off, Transportation Detail Design for MMHE Malaysia MTO Design, In-place Design, Fatigue Design, Mooring Transportation, Heat radiation Simulation for Hochang Mechanical Ltd. Detail Engineering and Transportation for Module-7EA and Pipe Rack 5EA for HYUNDAI HEAVY INDUSTRIES PLATFORM FEED / BASIC / MTO DESIGN (Inplace / Dynamic / Fatigue/Tow / Float-Over/Lifting and SUBMARINE PIPELINE / RISER FEED / BASIC DESIGN (Design Specification, Insitu Stress Design, Laying Design) for HYUNDAI HEAVY INDUSTRIES CO., LTD.(HHI).)</p> <p>BONGOT PRODUCTION PLATFORM INDEPENDENT ANALYSIS AND DESIGN</p> <p>2008.02 2008.06</p> <p>VASAI ONGC PLATFORM PJT</p> <p>2008.02 2008.04</p> <p>B193A-Offshore Fixed Platform (ONGC) Ramunia International Service Limited.</p> <p>2006.12 2008.02</p> <p>UMM SHAIF FIXED PLATFORM PJT</p> <p>2006.08 TILL DATE</p> <p>GUMUSUT KAKAP FPU PROJECT</p> <p>2007.02 2008.03 2006.12 2007.03</p> <p>Burn-Boom (Tower) Sea Drill/West E- Drill Project EGP-3 CHEVRON NIGERIA PROJECT</p> <p>2006.08 2006.6.11</p> <p>BLOCK-5 PACKAGE 16, 17&amp;18 PJT</p> <p>- 19 -</p> <p>Date</p> <p>Project Name</p> <p>Project Description TOPSIDE BASIC / DETAIL DESIGN / HULL BASIC &amp; DETAIL (FE Analysis, Buckling and Mooring Analysis of Hull, Topside In-place / Damage / Tow / Lifting / Motion Spectral Fatigue / Wind Spectral Fatigue) and FLEXIBLE PIPELINE / RISER Detail Engineering for HYUNDAI HEAVY INDUSTRIES(HHI). DETAIL DESIGN(Jacket Inplace / Fatigue / Seismic / Transportation / Construction Eng/Specification / Document Up-ending analysis, Cable Laying for KORDI) CONCEPTUAL DESIGN(Jacket Inplace / Fatigue / Seismic / Transportation / Construction Eng/Specification / Document Upending analysis, Cable Laying for KORDI) (Basic design for Vibration of machinery, Equipment foundation, Flare Tower, Blasting analysis due to LRFD and Piping Analysis and Construction engineering for HYUNDAI HEAVY INDUSTRIES CO., LTD.) HULL and TOPSIDE In-Service and Pre-Service Detail Design and Engineering/ Fixed Offshore Platform In-Service and Pre-Service Detail Design and Engineering/ Pipeline and Riser 16 and 20 Detail Design and Engineering for HYUNDAI HEAVY INDUSTRIES Well head platform, water injection platform, compressor modules, Flare platform and Accommodation platform, Submarine Pipeline, Riser and J-tube In-place and Installation Detail design and engineering for HYUNDAI HEAVY INDUSTRIES.) Well head platform, water injection platform, compressor modules, Flare platform and Accommodation platform design and Piping engineering for HYUNDAI HEAVY INDUSTRIES. (Construction Engineering such as Superlift and Loadout, Tow Anlalysis, Mooring Analysis engineering and Piping Analysis for HYUNDAI HEAVY INDUSTRIES.) (Korea ocean research, institute, Korea)</p> <p>2006.01 2006.08</p> <p>MOHO BILONDO FPSO PJT</p> <p>2005.08 2007.02</p> <p>SEMAN-KUM/ILYANG CHO/BACKRYEONG ISLAND OFFSHORE JACKET PJT</p> <p>2004.10 2004.12</p> <p>ILYANG CHO/BACKRYEONG ISLAND OFFSHORE JACKET PJT</p> <p>2003.1 2003.12</p> <p>NC41C Offshore Platform Project</p> <p>2003.02 2003.5.20</p> <p>KIZOMBA FPSO PROJECT</p> <p>2002.7 2003.1</p> <p>BLOCK-5/PACKAGE 4/5/6/7/8-MEARSK OIL QATAR</p> <p>2001.11 2002.7</p> <p>BLOCK-5/PACKAGE 4/5/6/7/8-MEARSK OIL QATAR</p> <p>2001.01 2003.01 2001.04 2001.11</p> <p>NA-KIKA FPU Eardo offshore measuring platform in JE JU Island</p> <p>- 20 -</p> <p>- 21 -</p> <p>Location Vindeby, Denmark Lely, Netherlands Tun Knob, Denmark Dronten, Netherlands Bockstigen, Sweden Utgrunden, Sweden Blyth, UK Middelgrunden, Denmark Horn Rev, Denmark Nysted, Denmark Arklow Bank, Ireland North Hoyle, UK Scroby Sands, UK Barrow, UK Burbo bank, UK Kentish Flats, UK Beatrice/UK Sheringham Shoal, UK</p> <p>Installed 1991 1994 1995 1997 1998 2000 2000 2001 2002 2003 2003 2003 2004 2005 2005 2005 2006 2009</p> <p>No. of Turbine 11 4 10 28 5 7 2 20 80 72 7 30 20 30 25 30 184 88</p> <p>Turbine &amp; Rating Bonus, 450kW Nedwind, 500kW Vestas, 500kW Nordtank, 600kW Wind World, 500kW Enron Wind, 1.5MW Vestas, 1.8 &amp; 2MW Bouns, 2MW Vestas, 2MW Bonus 2.3MW GE, 3.6MW Vestas, 2MW Vestas, 2MW GE, 3.6MW Siemens, 3.6MW, Vestas, 3MW REpower, 5MW Siemes, 3.6MW</p> <p>Water Depth (m) 2.5-5 5-10 3-5 5 6 7.2-10 7.5 2-6 6-14 6-10 5 10-15 max. 21 21-23 6-10 5 25-50 16-22</p> <p>Foundation Type Concrete gravity Steel monopile Concrete gravity Steel monopile Steel monopile Steel monopile Steel monopile Concrete gravity Steel monopile Concrete gravity Steel monopile Steel monopile Steel monopile Steel monopile Steel monopile Steel monopile Jacket Steel monopile</p> <p>- 22 -</p> <p> 32Case + IEC 61400-1 &amp; DNV-OS-J101 &amp; API-RP 2A Power Production + Occurrence of fault</p> <p>Power Production</p> <p>Start Up</p> <p>Normal Shutdown</p> <p>Emergency Shutdown</p> <p>7Case</p> <p>4Case</p> <p>3Case</p> <p>2Case</p> <p>1Case</p> <p>Parked (Standing still or idling)</p> <p>Parked &amp; fault Conditions</p> <p>Transport, Assembly, Maintenance</p> <p> + 1, 50year, Max. Water Level 1, 50year Current 1, 50year Wave 1, 50year Wind</p> <p>8Case- 23 -</p> <p>4Case</p> <p>3Case</p> <p>Mechanism design design variables Wind Turbine variables</p> <p>Load calculations</p> <p>Blade, Tower design</p> <p>Review of Mechanism designO.K</p> <p>N.G</p> <p>Load calculations</p> <p>Machine parts design</p> <p>DocumentationN.G</p> <p>Review of Blade, Tower design</p> <p>O.K</p> <p>Design certification</p> <p>- 24 -</p> <p>Land</p> <p>Foundation design</p> <p>Load CalculationN.G N.G</p> <p>Review of Foundation</p> <p>O.K</p> <p>Construction</p> <p>Installation Location</p> <p>Gravity Type Design Water Depth Jacket Type Design</p> <p>Load Calculation</p> <p>Review of structure</p> <p>O.K</p> <p>Offshore</p> <p>Construction</p> <p>Load CalculationN.G</p> <p>Review of structure</p> <p>O.K</p> <p>- 25 -</p> <p>- 26 -</p> <p> , 30~900m Spar Buoy Type</p> <p>Spar Buoy Type</p> <p>Spar-Buoy</p> <p>Tension Leg Platform</p> <p>Barge Type</p> <p>- 27 -</p> <p> ICE LOAD, . , .</p> <p>- 28 -</p> <p>Date 2009.10 Till date</p> <p>Project Name OFFSHORE WAVE AND FLOATING SOLAR POWER R&amp;D PROJECT OFFSHORE WIND POWER R&amp;D PROJECT Wind Power Plant in Offshore OFFSHORE WIND POWER STATION PROJECT</p> <p>Project Description Floater Type Inplace / Fatigue / Foundation Feasibility Study Jacket type / Mono-pile Type / TLF(Tension Leg Floater) Type Inplace / Seismic / Fatigue / Foundation Inplace Design/Fatigue Design/Blade Design/Installation Design Offshore Tower Platform for Wind Power In-place and Seismic, Vibration and Fatigue Basic Design for YOOSHIN CO. Basic and FEED Engineering for Jacket and topside inplace, seismic, fatigue, installation Basic Design for Han-A eng and KORDI</p> <p>2009.10 Till date 2009.01 2009.04 2008.08-2008.12</p> <p>2002.7 2003.2</p> <p>ULDLMOK CURRENT POWER PLANT</p> <p>Jacket Type</p> <p>Gravity Type</p> <p>- 29 -</p> <p>Corrosion Protection :: Internal &amp; External Corrosion Protection Internal &amp; External Inplace stress analysis Inplace stress analysis</p> <p>On-bottom stability On-bottom stability</p> <p>Free Span Assessment Free Span Assessment</p> <p>Expansion analysis Expansion analysis</p> <p>Buckling analysis :: Upheaval &amp; Lateral Buckling analysis Upheaval &amp; Lateral</p> <p>- 30 -</p> <p>Date 2010.02-2010.02</p> <p>Project Name Colombo Port Expansion Project, Sri Lanka</p> <p>Project Description SPM Mooring Analysis and Buoy Design 406 X 16WT-20.0Km -Pipeline Laying Analysis and Installation/Construction Procedure, Lay-Barge Equipment Foundation Detail Design and Drawings, Lay-Barge Mooring Design and Drawings TECHNICAL PROPOSAL FOR BIDDER 36 x 0.75-6.0Km -Pipeline Laying Analysis and Installation/Construction Procedure, Lay-Barge Equipment Foundation Detail Design and Drawings, Lay-Barge Mooring Design and Drawings Submarine Pipeline and Riser 36 x 0.75-6.0Km, Detail Engineering(In-service, Installation and Material Specification) for Hyundai Construction and Engineering Submarine Pipeline and Riser 36 x 0.75-8.0Km, FEED Engineering for MTO Design, Design Specification, Insitu Stress, Laying Design, Existing pipeline demolish simulation for Hyundai Construction and Engineering</p> <p>2009.03 2009.08</p> <p>NAN-GI DO PE SUBSEA PIPELINE DESIGN PROJECT</p> <p>2009.03 2009.04</p> <p>CNOOC 16 SUBSEA PIPELINE INSTALLATION PROJECT</p> <p>2009.05 Till date</p> <p>Colombo Port Expansion Project, Sri Lanka</p> <p>2008.06 TILL DATE</p> <p>Colombo Port Expansion Project, Sri Lanka</p> <p>2007.02 2007.04</p> <p>Colombo Port Expansion Project, Sri Lanka</p> <p>- 31 -</p> <p>Pipeline Laying Design Pipeline Laying Design</p> <p>Single Buoy Mooring Design Single Buoy Mooring Design</p> <p> : LNG FSRU LNG (LNGC) LNG LNG FSRU : Floating Storage and Regasification Unit</p> <p> LNG - 32 -</p> <p> LNG </p> <p>Onshore Offshore (CAPEX) Pipelines, cables 40 - 33 -</p> <p>Production</p> <p>Shipping</p> <p>Re-gasification</p> <p>Platform (Production)</p> <p>Liquefaction</p> <p>LNG C (Shipping)</p> <p>Onshore Re-gasification</p> <p>FSRU (Re-gasification) LNG FPSO (Production + Liquefaction) LNG RV (Shipping + Re-Gasification)</p> <p>- 34 -</p> <p>LNG (Re-gasification) / , , , NIMBY, , </p> <p>- 35 -</p> <p>[FSRU] LNGC LNG </p> <p> LNG </p> <p>Offloading System</p> <p>Top-side Plant</p> <p>FSRU</p> <p>LNGC Mooring System</p> <p>- 36 -</p> <p>SPM tower mooring</p> <p>Disconnectable Riser Turret Mooring</p> <p>SBM Conventional Buoy Mooring</p> <p>- 37 -</p> <p>Submerged Turret Loading Mooring</p> <p>- 38 -</p> <p> Open Loop : LNG Closed Loop : Closed Loop </p> <p>SCV(SUBMERGED COMBUSTION VAPORIZER) ORV(OPEN RACK VAPORIAER)</p> <p>- 39 -</p> <p>Top-side Single Buoy CCTV </p> <p> (ROV) SPM () CCTV Touchdown zone </p> <p>- 40 -</p> <p>Mark III NO96 </p> <p>- 41 -</p> <p>1) 2) 3) 4) 5) 6) 7) 8) 9) 10) 11) 12) 13) 14) 15) 16) 17) 18) 19) 20) 21) 22) 23) 24) 25)</p> <p>Site Soil and Environmental Investigation Material Selection Material Balance Analysis P&amp;ID and Process Layout and Design Structure Layout LNG Storage and FSRU LNG Containment Design Hull Scantling Design LNG FSRU Motion and Hydrodynamic and FE Analysis Plate Buckling Design Sloshing Analysis Fatig...</p>