SACSKO OceanTech, Inc.

CONTENTS

1. COMPANY INTRODUCTION

2. WHAT WE DO

3. EXPERIENCE

4. SOFTWARE

5. ENGINEERING OUTSOURCE

1.1 INTRODUCTION

ACSKO OceanTech, Inc. is a Marine, Offshore and Drilling, Engineering support, Service and Solution provider catering to major operators in these fields with specifically engineered solutions, support and project management.

S Our core strengths are in specialized engineering support services catering to Offshore, Marine, and Gas Sectors and We are focused on providing innovation for the offshore industry. Our efforts are concentrated on developing state of art technology and engineering expertise to address offshore construction and installation needs. We have been providing turnkey engineering solutions in the areas of design, Refurbishment, modifications and conversion for rigs, offshore platforms, marine vessels, MOPUs and construction projects.

Our philosophy is to provide clients with the optimum, cost effective solutions within the required time frames. This is made possible by combining the expertise of several software develop companies and utilizing the full resources with a direct interface with client requirements. SACSKO OceanTech, Inc.는 1989년 설립, 선박 및 해양구조물 설계기술의 최적화를 위한 기술개척의 길을 꾸준히 걸어왔으며, 세계 최고의 Consulting 회사들과 연계하여 국내에서 이 분야의 선두주자라 자부할 만큼 최고의 기술과 다양한 경험을 축적하였습니다. 더불어, Offshore Structural Analysis/ Pipeline/ 수리,수문/ Wind Turbine 분야에서 세 계 최고의 Simulation Software를 국내에 독점 공급하는 Agent역할도 겸하고 있습 니다. 이제 ㈜삭스코오션테크는 선박 및 해양구조물의 구조해석 및 Engineering 분야뿐만 아니라, FPSO, Wind-Turbine, Petro Chemical, Refinery 등 각종 플랜트의 process, 운 영 및 유지관리 등 플랜트의 life Cycle전체를 관리하는 Total Solution 업체로서 새 로이 태어나고 있습니다.

1.2 ENGINEERING SOFTWARE OWNED

• SACS ………………………………………………………………………… Offshore structural analysis

• MOSES ……………… Mooring, Transportation, Installation, Launch, Offload & Loadout

• MIKE 21/ 3 ………………………………… Marine (Metocean) survey, Wave, Water quality, Mud& Sand Transportation & Re-circulation study

• OrcaFlex …………………………………Riser (SCRs, TTRs, Hybrids, Umbilicals, Hoses, etc.), Mooring (Spread, Turret, SPM, Jetty etc.), Marine Renewable, Seabed stability

• OFFPIPE ………………………………………….………………… Pipelay analysis (incl. Davit-Lift)

• PlusOne ………………………………… Pipeline Stability analysis (incl. On-Bottom Stability), SPAN Analysis, Anode Design, Upheaval/ Lateral Buckling Design

• CEA ………………………… Plant Engineering Software (Petrochemical, Offshore, Gas etc.)

BARDEX (Mooring Equipment etc.) …………… Offshore Oil & Gas Shipyard Industries

• APPLETO

.3 NANE OF COMPANY

• (FPSO/ SPAR Mooring, TLP Tensioning, Rig Skidding, Shiplift/ Transfer etc.)

MARINE (Mooring Equipment etc.) …………………………… Marine Products N (Crane, Winches, Windlasses, Capstans, Hose Reels, etc.)

1

NAME • SACSKO OceanTech, Inc.

• SPACE ENGINEERING & CONSULTANT, Inc.

DATE OF EST NT ABLISHME July 10, 2002

TYPE OF ESTA NT BLISHME COPORATION

ENGINEER 15 PERSONS

.4 STATUS OF ENGINEERING LICENSE

1

Grade of Eng’s

Project Manager / Specialist Lead Senior Junior Total

3 4 5 3 15

Level Ph.D P.E M.S(c) Bachelor Total

2 2 4 7 15

1.4 ORGANIZATION

C.E.O

Hydraulic Engineering

Water & Environment- Wave Height- Environment- Motion- Mud/ SandTransportation

- Water Velocity- Particle tracking

Offshore Floating Structure

Engineering

Hull- Fatigue- Scantling- Strength- Motion- Hydro-pressure- Compartment design

Top side- InPlace- Fatigue- Tow- Foundation

Offshore Fixed Structure/Piping

Engineering

Deck Design- InPlace- Fatigue- Earthquake- Transportation

Jacket Design- InPlace- Fatigue- Earthquake- Transportation- Wave Response- Pile design- Construction Eng.,

Technical &Business

Dep’t

Technical SupportBidding Proposal

SPACE E&C (USA)Vice President

Administration

1.5 ADDRESS

SACSKO OceanTech, Inc. SPACE E & C, Inc. SPACE E & C, Inc. (U.S.A)

Address

Suite B-511, STARPARK Bldg., 7-14, Sincheon-Dong, Songpa-Gu, Seoul 138-794 S. Korea

Suite 325, 3100 South Gessner, Houston, TX 77063 U.S.A

Tel. +82-2-421-8018 (713)975-8146

Fax. +82-2-421-8154 (713)975-8179

E-mail software@sacs.co.kr software@sacs.co.kr

1.6 LOCATION

2. WHAT WE DO 2.1 SCOPE OF WORK 2.1.1 Design of spread mooring system

• The spread mooring system shall be designed according to DNV-OS-E301 for the 100

year return condition case for the Ultimate Limit State condition.

2.1.2 Motion analysis of the moored FPSO

• The envelop for static and dynamic offsets for some characteristic points of the Vessel

(loading arm, seawater discharge location, feed gas location etc…) and to verify that

its value is within tolerance levels.

• The motions at the center of gravity for preliminary topside design purposes

• The vertical motion of the vessel to check acceptable minimum bottom clearance

• The location of the mooring line touchdown point in order to estimate interference with

existing infrastructures (only for 1 year return period)

2.1.3 Mooring Components, CAPEX Estimate & Define Long Delivery items

• The objective of selecting the mooring components will be based on the results of

mooring analysis and certain input during the mooring analysis from a reputed

mooring hardware vendor.

• During the final stages of mooring analysis, we will select the mooring components and

get the costing worked out with a single vendor to come up with a Capex planning.

2.2 OFFSHORE FIXED STRUCTURE, PLANT MODULE AND HARBOR DESIGN . (Jacket, Decks, Modules, Dolphin etc.) 2.2.1 In-service Condition

2.2.1 Structural Code Check

2.2.1 In-place Static Analysis (Dry, Hydrotest, Operating and Storm Condition)

2.2.1 Wave Dynamics

2.2.1 Earthquake/ Fatigue Analysis/ Wind Fatigue/ Blast / Fire Analysis

2.2.2 Construction & Installation Conditions

2.2.2 Lifting Analysis

2.2.2 Load-out Analysis

2.2.2 Transportation Dynamic and Fatigue Analysis

2.2.2 Launch Analysis

2.2.2 Floatation and Upending Analysis

2.2.2 On-Bottom Stability

2.2.2 Pile Drivability Analysis

2.2.3 Deck Appurtenance Design

2.2.3 Removable Hatch

2.2.3 Deck Lifting Pad-eyes

2.2.3 Walkways, Handrail and Stairways

2.2.3 Bridges

2.2.3 Crane Pedestal and Fatigue

2.2.3 Crane Boom Rest

2.2.3 Flare Boom

2.2.3 Equipment Supports

2.2.4 Jacket Appurtenance Design

2.2.4 Boat Landing/ Skirt Pile Guides

2.2.4 Mud-mat/ Cone

2.2.4 Riser, J-Tube Support and Clamp Design

2.2.4 Launch Lug

2.2.4 Barge Bumper/ Ring Stiffener

2.2.4 Group Pile Effect/ Pump Casings and Sumps

2.2.4 Jacket Pad-eyes/ Launch Cradle

2.2.4 Rigging Platform and Other Temporary Platforms

2.2.4 Walkway, Handrail and Stairways

2.2.4 Connection Design

2.2.5 System Design

2.2.5 Flooding System/ Grouting System

2.2.5 Cathodic Protection System

2.2.6 Miscellaneous Analysis

2.2.6 Vortex Shedding/ Wave Slamming

2.2.6 Pile to Jacket Connection

2.2.6 Deck Plate and Beams/ Building Floor Beams

2.2.6 Deck Main Joint Design/ Composite Beam Design

2.2.6 Local Vibration Check

2.2.7 Riser and Pipeline Analysis

2.2.7 Riser and J-tube Analysis

2.2.7 VIV Analysis/ Thermal Analysis

2.2.7 Pipeline expansion

2.2.7 Fouling Check for Riser

2.2.7 Span Analysis

2.2.7 Grout Bag Design/ Pipeline wall thickness

2.2.7 Shore Pull Design

2.2.7 River Crossing Design

2.2.7 Pipeline Decay Length Calculation

2.3 OFFSHORE FLOATING VESSEL ENGINEERING AND DESIGN . (Mooring, Installation, Lowering, Upending, Transportation etc.) 2.3.1 Motion analysis with mooring lines

2.3.1 Motion Analysis at each draft for ballast

2.3.1 Structural Code Check

2.3.1 Faire lead design

2.3.1 Mooring line design/ Anchor design/ Turret Design

2.3.1 Foundation design

2.3.1 Green water height simulation

2.3.2 Top side Analysis

2.3.2 Topside in-service Analysis/ Topside Fatigue Analysis

2.3.2 Topside Sea Transportation Analysis/ Topside Local Design

2.3.2 Topside fire and blast analysis

2.3.2 Topside Load-out and Lifting Analysis

2.3.2 Flare Tower wind fatigue and thermal analysis

2.3.2 Fire proofing design

2.3.2 Offloading System Design

2.3.3 Hull design/ Hull scantling

2.3.3 Hull strength check (compartment, hogging, sagging)

2.3.3 Hull Fatigue Analysis/ Ship Impact

2.3.3 Noise Analysis due to vibration

2.3.3 Green Water protection design

2.3.3 Ballad pull design/ Towing procedure and design

2.3.4 Wave characteristics design

2.3.4 Wave height simulation in site

2.3.4 Towing route wave simulation

2.4 OFFSHORE SIMULATION (Subsea, Riser Etc,) 2.4.1 Spanning solution/ Thermal expansion/ Upheaval and Lateral buckling solution

2.4.2 Time / Frequency Domain Simulation of Floating System

2.4.2 Bridge transportation and Motion analysis

2.4.3 Caisson Transportation and stability

2.4.4 Time / Frequency Domain Simulation of Moored Floating System

2.4.4 Flexible Riser Design

2.4.4 FPSO/TLP/RIG Mooring analysis

2.4.4 Ship / Vessel mooring analysis

2.4.5 Docking Simulation (Jacket and Pile)

2.4.6 Upending Simulation of Structure

2.4.7 Ballasting and Hydrostatic Analysis

2.4.8 Lifting Simulation of a Structure from Barge

2.4.8 Offshore bridge installation analysis

2.4.8 Other Heavy Lifting System Simulation

2.4.9 Lead-out Simulation onto Barge

2.4.9 Offshore bridge Lead-out analysis

2.4.10 Stress Analysis during Simulations

2.4.10 Dynamic analysis

2.5 NUMERICAL MODELING OF WATER TRANSPORTATION

2.5.1 . Numerical modeling for estimate of wave

2.5.2 . Numerical modeling for harbor stability

2.5.3 . Numerical modeling for water transportation

2.5.4 . Numerical modeling for sand/ mud transportation

2.5.5 . Numerical modeling for diffusion and transportation of floating matters

.(Oxygen, Ammonia, Nitrogen-chlorine, Plankton)

2.6 Piping and Mechanical Engineering

2.6.1 PIPING

- P & ID

- ISO-DWG

- PDMS

- PIPING STRESS

2.6.2 MECHINARY

- LAYOUT

- FND DESIGN

- VIBRATION DESIGN

- MTO

2.7 Harbor and Port Design

2.7.1 Basic design of harbor

2.7.1 Marine & Costal Model System

2.7.1 Caisson Installation design

2.7.1 BIT and FENDER design

2.7.1 Harbor stability Design

2.7.1 Vessel mooring design

2.7.1 Reinforcement of weak soil

2.7.1 Simulation of wave and wind forces

2.7.1 Foundation design for Crane

2.7.1 Stability for Caisson