Projects
We support clients across the full lifecycle of coastal and marine projects, from initial studies and technical assessments to planning, permitting, and implementation. Our experience spans the port, energy, mining, industrial, coastal development, and environmental conservation sectors
PT Indonesia Asahan Aluminium
Technical review of the Port Master Plan (RIP) and business feasibility study to evaluate port development strategies, operational requirements, and investment viability for Kuala Tanjung Port.
Scope — Port Master Plan review · Business feasibility study · Port development planning
UAV photogrammetric, topographic, and hydro-oceanographic surveys supporting the site suitability assessment for jetty development in Laiara–Nikmat Mujur, Timor Leste.
Scope — UAV photogrammetry · Bathymetric survey · Site suitability assessment
Hydrodynamic and sediment transport modeling to assess the environmental impacts of the proposed submarine power cable installation between Banyuwangi and Bali, supporting the Environmental Impact Assessment (EIA).
Scope — Hydrodynamic modeling · Sediment transport modeling · Environmental impact assessment
Numerical hydrodynamic and sediment transport modeling to support the Port Master Plan (RIP) by evaluating coastal processes, sediment dynamics, and marine conditions for sustainable port development at Tanjung Emas Port, Semarang.
Scope — Hydrodynamic modeling · Sediment transport modeling · Port planning support
Integrated topographic and hydro-oceanographic surveys providing accurate geospatial and marine data to support port planning, engineering design, and coastal infrastructure development at Tanjung Emas Port and Kendal Port.
Scope — Topographic survey · Bathymetric survey · Hydro-oceanographic survey
Hydro-oceanographic numerical modeling to support the Environmental Impact Assessment (EIA/AMDAL) Addendum by evaluating marine conditions and coastal processes associated with the proposed port development at Tanjung Emas Port.
Scope — Hydrodynamic modeling · Wave modeling · Environmental impact assessment
Numerical modeling of hydrodynamics, sediment transport, and dredging activities to evaluate the impacts of navigation channel dredging and offshore disposal operations, supporting marine engineering design and environmental management for PT Freeport Indonesia.
Scope — Hydrodynamic modeling · Sediment transport modeling · Dredging simulation
High-resolution multibeam bathymetric survey conducted to acquire accurate seabed morphology and underwater topography data, supporting jetty maintenance, navigation safety, and marine engineering activities at PT Paiton Operation & Maintenance Indonesia, Probolinggo.
Scope — Multibeam bathymetric survey · GNSS/INS positioning · Hydrographic data processing
Integrated hydrographic surveys and numerical modeling to support navigation channel designation, river engineering, and environmental assessment along the Bian River, Merauke, Papua, for PT Medcopapua Industri Lestari (MIL).
Scope — Bathymetric survey · Navigation channel designation · Hydrodynamic & sediment transport modeling
Numerical hydrodynamic and sediment transport modeling conducted to evaluate marine environmental conditions and support the Environmental Impact Assessment (EIA/AMDAL) for the proposed development by PT APBS.
Scope — Hydrodynamic modeling · Sediment transport modeling · Environmental impact assessment
Project log
| Year | Field | Client | Work |
|---|---|---|---|
| 2025 | Pemodelan Hidrooseanografi | PT Pelabuhan Indonesia | Marine Spatial Use Conformity (KKPRL) |
| PT Pelabuhan Indonesia | Marine Spatial Use Conformity (KKPRL) | ||
| PT Pelabuhan Indonesia | Marine Spatial Use Conformity (KKPRL) | ||
| PT Pelabuhan Indonesia | Marine Spatial Use Conformity (KKPRL) | ||
| PT Pelabuhan Indonesia | Marine Spatial Use Conformity (KKPRL) | ||
| PT Surabaya Terminal Service | AMDAL for PT Surabaya Terminal Service, Surabaya, East Java | ||
| PT Ben Santosa | AMDAL for PT Ben Santosa, Surabaya, East Java | ||
| PT Dok Pantai Lamongan | AMDAL for PT Dok Pantai Lamongan (DPL), Lamongan, East Java | ||
| PT Alur Pelayaran Barat Surabaya | AMDAL for PT Alur Pelayaran Barat Surabaya | ||
| PT Berlian Nusantara Exprindo | UKL-UPL for PT Berlian Nusantara Exprindo (BNE) | ||
| Survei Hidrooseanografi | PT Kutai Timber Indonesia | Log Pond Bathymetry, Probolinggo City, East Java | |
| Balai Besar Wilayah Sungai (BBWS) Citarum | Bathymetry & Topography of Subang & Pondok Bali, West Java | ||
| PT Medcopapua Industri Lestari | Bathymetry of the Bian River, Merauke, South Papua | ||
| PT Semen Indonesia (Persero) Tbk (SIG) | Post-Dredging Bathymetry, Tuban, East Java | ||
| PT Pertamina Patra Niaga | Pre-Dredging Bathymetry, Gospier Jetty, Surabaya, East Java | ||
| PT Paiton Operation & Maintenance Indonesia | Bathymetry of the PT Paiton Operation & Maintenance Indonesia Jetty, Probolinggo, East Java | ||
| PT Dok Pantai Lamongan | Bathymetry of PT Dok Pantai Lamongan (DPL), Lamongan | ||
| 2024 | Kesesuaian Kegiatan Pemanfaatan Ruang Laut (KKPRL) | PT. Lamongan Integrated Shorebase | Marine Spatial Use Conformity (KKPRL) |
| PT. Bumi Lamongan Sejati | Marine Spatial Use Conformity (KKPRL) | ||
| PT. Indonesia Marina Shipyard | Marine Spatial Use Conformity (KKPRL) | ||
| PT. Starfood International | Marine Spatial Use Conformity (KKPRL) | ||
| Pemodelan Hidrooseanografi | PT. Semen Indonesia Group Tuban | Hydro-oceanographic modeling for AMDAL Addendum | |
| PT. Pelabuhan Indonesia | Hydro-oceanographic modeling for AMDAL Addendum | ||
| PT. Wahyu Samudra Indah | Detailed Engineering Design for the WSI Muaro Jambi Port Terminal Facility | ||
| PT. Pertamina Energi Terminal | Site assessment study for the new terminal development in Likupang, North Minahasa, North Sulawesi | ||
| Pemerintah Kota Surabaya | Kenjeran Beach Recreation Park | ||
| PT. Freeport Indonesia | Channel Dredging and Dumping Area | ||
| PT. Solusi Bangun Andalas | Non-Energy Seawater Utilization for PT SBA Lhoknga | ||
| PT. Pelabuhan Indonesia | Teluk Lamong Port | ||
| PT. Pelabuhan Indonesia | Celukan Bawang Port | ||
| PT. Pelabuhan Indonesia | Gresik Port | ||
| PT. Pelabuhan Indonesia | Lembar Port | ||
| PT. Pelabuhan Indonesia | Pulau Baai Bengkulu Port | ||
| PT. Pelabuhan Indonesia | Tanjung Intan Port | ||
| PT. Pelabuhan Indonesia | Teluk Bayur Port | ||
| PT. Pelabuhan Indonesia | Tenau Kupang Port | ||
| PT. Karunia Alam Segar | Technical Approval | ||
| Survei Hidrooseanografi | PT. Berau Coal Energy | Berau River, Berau Regency, East Kalimantan | |
| PT. Granting Jaya | East Coast of Surabaya | ||
| PT. Pelabuhan Indonesia | Tanjung Mas & Kendal Port | ||
| PT. Penajam Banua Taka Port | Penajam Benua Taka Port | ||
| BBWS Citarum | Cipunagara River & Coast, Subang | ||
| 2023 | Pemodelan Hidrooseanografi | PT. Pelabuhan Indonesia | Hydrodynamic and sediment transport modeling for the Tanjung Mas Semarang Port Master Plan |
| PT. Pelabuhan Indonesia | Hydrodynamic and sediment transport modeling for the Batang Integrated Industrial Area AMDAL | ||
| PT Semen Indonesia Group | Hydrodynamic and sediment transport modeling for KKPRL at 6 PT Semen Indonesia Group sites | ||
| LPPM UB | Hydrodynamic and sediment transport modeling for the Banyuwangi-Bali submarine cable AMDAL | ||
| PT. | Hydrodynamic and sediment transport modeling for the Kendari Industrial Area | ||
| PT. Solusi Bangun Andalas | Hydrodynamic and sediment transport modeling for KKPRL at 5 sites of PT Solusi Bangun Andalas and PT Solusi Bangun Indonesia | ||
| Survei Hidrooseanografi | PT. Pelabuhan Indonesia | Survey and hydrodynamic and sediment transport modeling for Batang Port | |
| PT ETO Timor Leste | Bathymetric and hydro-oceanographic survey for PT ETO Timor Leste | ||
| 2022 | Kepelabuhanan | PT Indonesia Asahan Aluminium | Review of the Kuala Tanjung Port Master Plan |
