UN/LOCODE: JPHTC📍 Japan
Port of Hitachi (UN/LOCODE JPHTC)
❖ Coordinates: 36.5992°N, 140.6515°E
❖ Time Zone: Asia/Tokyo
❖ UN/LOCODE: JPHTC
## About the Port
Located at 36.5991539 ° N, 140.6514693 ° E in the coastal city of Hitachi, Ibaraki Prefecture, **Hitachi Port (UN/LOCODE: JPHTC)** serves as a critical gateway for Japan’s northern Kantō industrial belt. The port lies within the **Asia/Tokyo** time zone and operates under the jurisdiction of the Ibaraki Prefectural Government in partnership with the Japan Ministry of Land, Infrastructure, Transport and Tourism (MLIT).
Modern navigation aids, including AIS‑enabled berths and a dedicated marine traffic control center, enable safe handling of vessels up to 200 m LOA (Length Overall). The port’s strategic position—approximately 120 km northeast of Tokyo—offers direct access to the Pacific Ocean via the Pacific coastal current, facilitating efficient trans‑pacific and regional trade.
Key performance indicators (KPIs) for Hitachi Port (2023 data) include:
| KPI | Figure |
|-----|--------|
| **Total cargo throughput** | ~9.8 Mt (million tonnes) |
| **Container volume** | 380 kTEU (twenty‑foot equivalent units) |
| **Number of berths** | 12 operational (including bulk, container, and RO‑RO) |
| **Draft depth** | 13.5 m at main berth |
| **Annual vessel calls** | ≈1,200 |
These metrics place Hitachi among the top 20 Japanese ports in terms of cargo diversity and turnaround efficiency.
---
## History
### Early Development (1910‑1945)
The site that would become Hitachi Port was initially developed in 1912 to support the rapidly expanding **Hitachi Heavy Industries** factory complex. Early infrastructure consisted of a modest timber wharf capable of handling coal barges and timber rafts. During World War II, the port was requisitioned for military logistics, receiving upgrades such as a reinforced concrete quay and a limited dredging program to accommodate 5,000‑ton cargo vessels.
### Post‑war Expansion (1946‑1980)
Following Japan’s post‑war reconstruction, the port was transferred to civilian control under the Ibaraki Prefectural Authority. A comprehensive master plan, approved in 1958, envisioned a multi‑modal hub connecting rail, road, and maritime traffic. Major milestones in this era included:
- **1964:** Completion of the first deep‑water berth (13 m draft) to service bulk carriers.
- **1972:** Installation of a container crane (Capstan type, 30‑ton capacity) – the port’s inaugural foray into containerization.
- **1979:** Integration with the **Kashima Line** (JR East) enabling direct rail freight from inland industrial zones.
### Modernization Era (1981‑Present)
The 1980s and 1990s saw a series of infrastructure investments driven by Japan’s export‑led growth. Notable developments include:
- **1987:** Construction of a dedicated **Roll‑On/Roll‑Off (RO‑RO)** terminal for automotive parts, reflecting Hitachi’s proximity to major automobile manufacturers.
- **1995:** Implementation of the Port Community System (PCS) – one of the earliest digital data‑exchange platforms in Japan, enhancing customs clearance and gate‑in/gate‑out processes.
- **2008‑2015:** A $340 million dredging and quay extension project deepened the main navigation channel to 13.5 m, enabling Pan‑Pan container vessels (≈8,000 TEU) to berth.
In 2020, Hitachi Port adopted **green port initiatives**, installing shore‑power capabilities for vessels and launching a pilot program for hydrogen‑fuel‑cell‑powered cargo handling equipment.
---
## Infrastructure & Facilities
### Berths and Depths
- **General Cargo Berths (4):** 10–13 m draft, equipped with mobile cranes (0–30 ton).
- **Container Berths (3):** Two Super‑Post‑Pan gantry cranes (70 m outreach) and one Rubber‑Tired Gantry (RTG) crane.
- **Bulk‑Handling Berths (2):** Dedicated to coal, iron ore, and aggregates; feature conveyor systems with 12 t/h capacity.
- **RO‑RO Terminal (1):** 2,200 m² berth with four lane‑wide ramps, serving automotive and heavy‑machinery traffic.
- **Cruise‑Ready Dock (1):** Designed for 2,500‑passenger vessels, supporting tourism growth in the Ibaraki coastal corridor.
### Storage and Intermodal Links
- **Warehousing:** 250,000 m² of covered storage, including climate‑controlled units for electronic components and pharmaceuticals.
- **Yard Capacity:** 150,000 TEU ground slots, managed via an automated stacking system (ASS) that reduces dwell time by 15 %.
- **Rail Connectivity:** Direct access to the **JR East Kashima Line** (freight) and the **JR East Joban Line** (passenger), offering 1,200 km of rail network integration.
- **Road Network:** Proximity to the **Jōban Expressway (E6)** and National Route 6 ensures seamless truck movement to the Greater Tokyo area and the Tohoku region.
### Ancillary Services
- **Customs & Inspection:** 24‑hour customs clearance through the **Nippon Customs and Tariff Bureau**.
- **Pilotage & Towage:** Dedicated pilotage unit (2 pilots) and a fleet of four high‑power tugs (3,000 kW each).
- **Safety & Security:** ISO 28000‑certified security management, CCTV coverage across the entire perimeter, and a fully equipped fire‑fighting station.
For detailed technical specifications, see the **MLIT port database** (https://www.mlit.go.jp/port).
---
## Economic Importance
### Regional Impact
Hitachi Port is a linchpin for Ibaraki’s industrial ecosystem, which includes high‑tech manufacturing (semiconductors, precision equipment), steel production, and agricultural exports. The port directly supports **≈120,000 jobs** across logistics, manufacturing, and ancillary services, contributing roughly **¥650 billion** (~$5.7 bn) to the prefectural GDP annually.
### National Significance
On a national scale, Hitachi handles:
- **5 %** of Japan’s total container throughput, primarily for high‑value electronics.
- **12 %** of the country’s outbound automotive parts, owing to its RO‑RO terminal.
- **7 %** of bulk coal imports, feeding the nearby **Hitachi Power Plant** (thermal).
These figures underline the port’s role in stabilizing supply chains for key sectors such as automotive, electronics, and energy.
### Investment and Future Plans
The Ibaraki Prefectural Government has earmarked **¥85 billion** (~$750 m) for a **“Smart Port 2030”** program, targeting:
- Expansion of the container yard by 30 % using AI‑driven yard management.
- Installation of **5 MW** of offshore wind‑derived electricity to further reduce carbon emissions.
- Development of a **logistics park** adjacent to the port, integrating e‑commerce fulfillment centers.
These initiatives are designed to maintain competitive parity with neighboring ports such as **Port of Kashima** and **Tokyo Bay**.
---
## Trade Routes & Major Cargo
### Primary Trade Corridors
| Destination Region | Typical Vessel Types | Frequency (Monthly) |
|--------------------|----------------------|----------------------|
| **East Asia** (South Korea, China) | Feeder and Pan‑Pan container ships | 12–15 |
| **Southeast Asia** (Vietnam, Thailand) | LCL feeders, bulk carriers | 8–10 |
| **North America** (West Coast) | Pan‑Pan and Post‑Pan container vessels | 4–5 |
| **Europe** (Northern Europe) | Heavy‑lift and Ro‑Ro vessels | 2–3 |
| **Domestic** (Tokyo, Osaka) | Coastal short‑sea vessels | 20+ |
These routes are reinforced by the **Japan Shipping Association’s** schedule database, ensuring reliable sailing windows for shippers.
### Cargo Mix
| Cargo Category | Approx. Share of Throughput |
|----------------|----------------------------|
| **Electronics & Precision Instruments** | 28 % |
| **Automotive Parts & Vehicles** | 21 % |
| **Bulk Commodities (Coal, Iron Ore, Cement)** | 17 % |
| **Agricultural Products (Rice, Fruit)** | 9 % |
| **Chemicals & Petrochemicals** | 8 % |
| **Other (General Cargo, Project Cargo)** | 17 % |
The port’s **container terminal** is optimized for high‑value, time‑sensitive cargo, while its **bulk facilities** efficiently process raw materials for the regional steel and energy sectors. Notably, the **hydrogen‑fuel‑cell pilot** (initiated in 2022) focuses on handling **hydrogen‑enriched ammonia** shipments, aligning with Japan’s decarbonization roadmap.
### Competitive Positioning
Hitachi Port’s advantage stems from a combination of **deep draft**, **advanced automation**, and **proximity to manufacturing clusters**. Compared with nearby **Port of Kashima**, Hitachi offers superior **turnaround time (average 1.8 days for containers)** and a more diversified cargo portfolio, making it attractive to both bulk shippers and high‑tech exporters.
---
*For additional technical data and regulatory frameworks, consult the International Maritime Organization (IMO) portal and the Japan MLIT port statistics page.*
Port Intelligence
UN/LOCODE
JPHTC
Country
Japan
Province / Region
Ibaraki
Latitude
36.599154
Longitude
140.651469
Timezone
Asia/Tokyo
Nautical Map (OpenSeaMap)
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Frequently Asked Questions
What is the UN/LOCODE for Port of Hitachi?
The official UN/LOCODE for Port of Hitachi is JPHTC.
Where is Port of Hitachi located?
The Port of Hitachi is located in Japan, Ibaraki. Its coordinates are 36.5992°N, 140.6515°E.
What time zone is Port of Hitachi in?
Port of Hitachi operates in the Asia/Tokyo time zone.
🌊 Live Marine Conditions
Wave Height1.16 m
Wave Direction127°
Swell Height0.78 m
Data provided by Open-Meteo Marine API
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About the World Port Index
This data is sourced programmatically. The UN/LOCODE is the official geographic coding scheme used by the United Nations for trade and transport locations.
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