PORTFOLIO

Client: Jocap Absheron

Location: Azerbaijan

My Contribution:

​1. 4 Jackets Fabrication (Estimate Weight = 4 x 300 MT)

• Develop lifting plan and procedure

• Develop transportation plan and procedure

• Design grillage and load-out support

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2. Topside Modules (Estimate Weight = 3 x 1100 MT)

• Develop fabrication sequences

• Design assembly support

• Develop lifting plan and procedure for main decks lifting to SPMT

• Develop transportation plan of main decks

• Develop lifting plan and procedure for main decks lifting to assembly support

• Develop lifting plan for secondary structures installation

• Develop lifting plan and procedure for equipment installation

• Design lifting aid (spreader bar, padeye, trunnion, etc)

• Develop weighing procedure, analysis and report

• Design load-out support

• Develop transportation plan and procedure for movement to load-out area

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3. Bridges (Estimate Weight = 7 x 100 MT)

• Develop fabrication sequence

• Design assembly support and grillage for transportation and load-out

• Develop weighing procedure, analysis and report

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4. Vent Boom Tower (Estimate Weight = 130 MT)

• Develop fabrication sequence

• Design assembly support and grillage for transportation and load-out

• Develop weighing procedure, analysis and report

• Develop transportation and lifting plan and procedure

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5. Vent Bridge (Estimate Weight = 120 MT)

• Develop fabrication sequence

• Design assembly support and grillage for transportation and load-out

• Develop weighing procedure, analysis and report

• Develop transportation and lifting plan and procedure

Client: FMC Technologies

Location: Indonesia

My Contribution:

• Develop fabrication layout by considering safety and access for equipment

• Design assembly and load-out support for Manifold Module, Manifold Support Structure, Caisson Closed Foundation, Mudmat, SSIV Module and Mudmat, and Umbilical

• Develop transportation and lifting plan

• Develop SIT/FAT procedure

Client: INPEX

Location: Indonesia

My Contribution:

1. RSS Tower Foundation (Estimate Weight = 4 x 500 MT)

• Design assembly support

• Develop lifting plan for side wall structure installation

• Develop transportation plan and procedure from workshop to assembly location

• Develop lifting plan and procedure for overturning during at assembly area

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2. RSS Tower (Estimate Weight = 7500 MT)

• Perform sikdway analysis and arrangement for RSS tower fabrication

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2. Riser Arch (Estimate Weight = 2 x 871 MT)

• Design assembly support and load-out support

• Develop weighing plan and procedure

• Develop transportation and lifting plan and procedure for load-out

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3. Gas Export Riser Base Module (Estimate Weight = 725 MT)

• Design assembly support and load-out support

• Develop transportation and lifting plan and procedure for FAT/SIT and load-out

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4. CPF Pile (Estimate Weight = 461 MT)

• Design temporary support

• Develop transportation and lifting procedure for offloading and preservation

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5. FPSO Pile (Estimate Weight = 491 MT)

• Design temporary support

• Develop transportation and lifting procedure for offloading and preservation

Client: Petronas Carigali

Location: Indonesia

My Contribution:

1. CPP Jacket (Estimate Weight = 2745 MT)

• Perform structural analysis for jacket structure during fabrication

• Develop lifting plan, transportation plan and procedure for legs installation to launch-runner

• Develop lifting plan and procedure for elevation panel installation

• Develop roll-up procedure for naked and loaded bent structure including rigging plan, tie-back arrangement and crane arrangement

• Develop lifting plan and procedure for rigging platform installation

• Develop rigging plan, design trunnion, winch arrangement, and procedure for load-out

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2. CPP Topside (Estimate Weight = 3022 MT)

• Develop lifting plan and procedure for elevation panel installation

• Develop lifting plan for equipment installation

• Develop pulling arrangement and procedure for load-out

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3. WHT-C Jacket (Estimate Weight = 1000 MT)

• Perform structural analysis for jacket structure during fabrication

• Design assembly support

• Develop lifting plan, transportation plan and procedure for legs lifting to assembly support