Maluku Seaport

Overview

The development of Maluku Port in Maluku, Indonesia aims to enhance regional connectivity, stimulate local economic growth, and strengthen the region’s integration into national and international trade networks.

Key infrastructure upgrades include the construction of deep-water berths, modern cargo terminals, expanded storage facilities, and improved transport links to inland areas. The project also involves dredging operations, the installation of advanced cargo handling equipment, and the enhancement of customs and port administration facilities to increase operational efficiency and reduce vessel turnaround times.

As part of Indonesia’s “Tol Laut” (Sea Toll) initiative, the modernization of Maluku Port is expected to significantly improve maritime access across Eastern Indonesia, lower logistics costs, and contribute to long-term, sustainable economic development in the Maluku region.

• • Geotechnical surveys
  • Bathymetric and hydrographic studies
  • Environmental impact assessments
  • Economic and traffic forecasting
• Port Planning & Design
  • Master planning of port layout and logistics flow
  • Structural design of berths, quays, breakwaters, and jetties
  • Design of cargo terminals (container, bulk, general cargo)
  • Integration of utilities, drainage, and support facilities
• Dredging & Reclamation Engineering
  • Design and management of dredging operations
  • Land reclamation planning and sediment control
• Marine & Coastal Engineering
  • Shoreline protection
  • Tidal, wave, and current modeling
  • Design of navigation aids and mooring systems
• Infrastructure & Utilities Engineering
  • Internal road and rail networks
  • Water supply, power distribution, and fuel systems
  • ICT and smart port systems
• Construction Supervision & Project Management
  • Contract management, scheduling, and quality control
  • Health, safety, and environmental compliance
  • Supervision of civil, mechanical, and electrical works
• Sustainability & Resilience Planning
  • Green port design (low-emission systems, energy efficiency)
  • Climate resilience (sea level rise, storm surges)