​NATURAL  RESOURCE DEVELOPMENT  PROJECT

We are advancing as a full-cycle operator responsible for the entire upstream business process, including exploration, development, and production.
​We have the latest probes.


Equipped with cutting-edge exploration probes and advanced subsurface imaging technologies, we are evolving into a full-cycle operator that oversees the entire upstream business process. Our technical expertise spans geophysical analysis, reservoir characterization, and drilling optimization—ensuring seamless integration from exploration through development to production. By leveraging real-time data analytics and AI-driven modeling, we deliver enhanced operational efficiency, reduced risks, and maximized resource recovery at every stage of the value chain.
.
사본_-사본_-사본_-23423423442324.png
Exploration


This stage entails the systematic identification and evaluation of subsurface hydrocarbon reservoirs through the integration of high-resolution seismic data, well log interpretation, and geochemical analysis. Leveraging advanced exploration technologies such as Quantitative Seismic Interpretation (QSI), Basin and Petroleum System Modeling (BPSM), and AI-enhanced geological simulations, we delineate complex structural and stratigraphic traps and map the migration pathways of hydrocarbons. These insights guide the strategic placement of exploration wells, enabling us to verify the presence, volume, and commercial viability of crude oil, natural gas, and other subsurface resources with greater precision and reduced exploratory risk. 
575eb8fffa8c340ee2a8b5d29a43d667_crop.jpg
Development.

This stage involves the comprehensive planning and execution of field development strategies to transform discovered hydrocarbon reserves into productive assets. Based on detailed reservoir simulation, well planning, and economic evaluation, we formulate optimal Field Development Plans (FDPs) tailored to reservoir characteristics and production goals.

We oversee the full EPCIC (Engineering, Procurement, Construction, Installation, and Commissioning) lifecycle, integrating subsurface data with surface facility design to ensure seamless interface between reservoir performance and infrastructure capability. Our development process incorporates advanced drilling and completion technologies, subsea architecture, and real-time project control systems to maximize recovery, ensure operational safety, and minimize environmental impact.
​
d42fa669357b5f58cbffeddb8920d3c1_crop.jpg
Production.

This is the stage of constructing a crude oil/gas production facility in the discovered oil field.
We establish oil field development plans and manage the entire EPCIC (Engineering, Procurement, Construction, Installation, Commissioning) process to ensure smooth production and recovery in the future.
8873cfb8ff73ecf662d76bb9ab548b89_crop.jpg
드릴십.png
Offshore drilling Ship (KOSCO 844)

Drilling Vessel Performance Summary:
Deepwater Invictus
  1. Drilling Capability: Can operate in water depths up to 12,000 feet (approximately 3,658 meters) and drill to a maximum depth of 40,000 feet (approximately 12,192 meters).
  2. Positioning System: Equipped with a dynamic positioning (DP) system for precise station-keeping in deep waters.
  3. Power & Efficiency: High-performance diesel-electric propulsion system ensures stable and efficient operation.
  4. Safety & Stability: Features advanced blowout preventers (BOP) and well control systems for enhanced safety.
  5. Operational Flexibility: Designed to withstand harsh offshore environments and support various drilling operations.
  6. Crew & Logistics: Accommodates up to 200 personnel with onboard facilities, including a helideck for rapid crew transfer.
사본_-사본_-23423423442324(0002).png
Offshore drilling Ship (KOSCO 845)

Tidal Action – 7th Generation Drillship
  1. Drilling Capability: Can operate in water depths up to 12,000 feet (approximately 3,658 meters) and drill to a maximum depth of 40,000 feet (approximately 12,192 meters).
  2. Positioning System: Equipped with a dynamic positioning (DP) system for precise station-keeping.
  3. Power & Efficiency: Features a high-performance diesel-electric propulsion system for stable and efficient operations.
  4. Safety & Stability: Includes advanced blowout preventers (BOP) and well control systems to enhance safety.
  5. Operational Flexibility: Designed to withstand harsh offshore environments and support a wide range of drilling operations.
  6. Crew & Logistics: Accommodates up to 200 personnel, with onboard facilities including a helideck for rapid crew transfer.
탐사선.png
Exploration Ship (KOSCO 876)

Offshore Exploration Vessels

  1. Function: Perform exploratory drilling to confirm the presence of oil or gas deposits.
  2. Design: Ship-shaped vessels with drilling equipment, dynamic positioning systems, and the capability to operate in deep and ultra-deep waters.
  3. Function: Conduct drilling operations while floating above the seabed, anchored by mooring systems.
  4. Stability: Designed to remain stable in rough sea conditions, making them suitable for deepwater exploration.
  5. Recent Developments in Offshore Exploration:
  6. Technological Advancements: Modern drillships are now equipped with enhanced dynamic positioning systems, allowing for precise station-keeping in deep and ultra-deep waters, thereby increasing operational efficiency and safety.
[크기변환]작업선4.png
Exploration vessels (KOSCO 877)

​Noble Globetrotter II – KOSCO 877
​
  1. Type: Ultra-deepwater Drillship
  2. Length: 189.9 meters (623 feet)
  3. Beam (Width): 32 meters (105 feet)
  4. Draft: 12 meters (39 feet)
  5. Displacement: Approximately 60,000 tons
  6. Drilling Depth Capacity: Up to 40,000 feet (12,192 meters)
  7. Water Depth Capability: Up to 12,000 feet (3,658 meters)
  8. Positioning System: Dynamic Positioning (DP3) for precise station-keeping
  9. Main Power: Diesel-electric propulsion system
  10. Crew Capacity: Around 180 personnel
  11. Helideck: Supports large offshore helicopters for crew transport
  12. Equipment: Advanced Blowout Preventer (BOP), Top Drive System, Mud Pumps, Dual Derrick for efficiency
  13. The KOSCO 877 is designed for deepwater and ultra-deepwater drilling operations, providing high efficiency and safety for offshore oil and gas exploration.
작업선1.png
Offshore work vessels (KOSCO 823)

MSV KOSCO 823

Type: Multipurpose Supply and Icebreaking Vessel
  1. Length Overall: 96.7 meters
  2. Breadth: 24 meters
  3. Draught: 7.2 meters (icebreaking mode), 8.5 meters(offshore supply mode)
  4. Gross Tonnage: 6,370
  5. Deadweight Tonnage: 2,890 metric tons
  6. Ice Class: ICE-10 Icebreaker, capable of breaking ice up to 1 meter thick
  7. Power Plant: Six Caterpillar 3512B diesel engines, each producing 1,258 kW
  8. Propulsion: Two 5 MW Azipod units and three 1,150 kW bow thrusters
  9. Speed: Maximum speed of 16.5 knots in open water
  10. Deck Area: 1,000 square meters
  11. Cranes: Equipped with a 150-ton MacGregor crane with active heave compensation
  12. Accommodation: Facilities for 45–47 workers, in addition to the ship's crew
  13. Helipad: Available for helicopter operations
  14. Note: MSV Botnica is designed for versatility, serving both as an icebreaker during winter months and as a supply vessel for offshore construction projects during the summer.
작업선3.png
Offshore work vessels (KOSCO 821)

General Specifications of Offshore Supply Vessels (OSVs):

  1. Length Overall (LOA):Typically ranges from 50 to 100 meters (approximately 164 to 328 feet).
  2. Breadth (Beam): Usually between 12 to 20 meters (approximately 39 to 66 feet).
  3. Deadweight Tonnage (DWT): Varies from 1,500 to 5,000 metric tons, depending on the vessel's size and design.
  4. Deck Area: Provides an open deck space ranging from 500 to 1,000 square meters (approximately 5,380 to 10,760 square feet) for cargo transport.
  5. Cargo Capacities:
  6. Liquid Mud Tanks: Capacity of 500 to 1,500 cubic meters for drilling fluids.
  7. Fuel Oil Tanks: Capacity of 500 to 1,000 cubic meters for fuel supply.
  8. Fresh Water Tanks: Capacity of 300 to 800 cubic meters for potable water.
  9. Propulsion System: Typically equipped with diesel-electric or diesel-mechanical propulsion, providing speeds of 12 to 15 knots.
  10. Dynamic Positioning (DP): Many OSVs are equipped with DP systems (DP1, DP2, or DP3) to maintain position accurately during operations.
  11. Accommodation: Facilities to house 20 to 50 personnel, including crew and special personnel.
헬기.png
Helicopter  (KOSCO H211)

Type: Super-medium utility helicopter
  1. Manufacturer: Airbus (H175)
  2. Missions: Offshore crew change, law enforcement, search and rescue (SAR), helicopter emergency medical services (HEMS), private and business aviation, and government1 VIP transport.  
Key Specifications:
  1. Crew: 1 or 2 pilots
  2. Passengers: Up to 18 passengers
  3. Engines: 2 × Pratt & Whitney Canada PT6C-67E turboshaft engines
  4. Maximum Takeoff Weight (MTOW): 7,800 kg (17,196 lb)
  5. Main Rotor Diameter: 14.8 m (48 ft 7 in)
  6. Length: 15.68 m (51 ft 5 in)
  7. Height: 5.28 m (17 ft 4 in)
  8. Cruise Speed: above 155 knots
  9. Maximum speed: 315 km/h (196 mph, 170 kn)
  10. Range: 1,259 km (782 mi, 680 nmi)
  11. Endurance: over 6 hours
Key Features:
  1. Multi-role capabilities for diverse missions.
  2. Advanced technology for enhanced safety and efficiency.
  3. Spacious cabin and comfortable seating.
  4. Designed for long range missions.