What Is an ICD in Export? Complete Guide for Importers and Exporters

An ICD, or Inland Container Depot, is an inland facility where containers and export or import cargo can be received, stored, processed, and handled before being transported to or from a seaport.

ICDs play an important role in international trade, especially when the exporter or importer is located far from a major seaport.

Instead of moving every container directly between an inland business and a seaport, cargo can be transported to an ICD by road or rail. Customs procedures, container handling, documentation, and other logistics activities can then be coordinated at the inland facility.

In this guide, we explain what an ICD is, how it works in export and import shipments, the services provided by ICDs, their advantages and disadvantages, and the difference between an ICD, CFS, and seaport.

Introduction

International cargo does not always begin or end at a seaport.

Many exporters and importers operate inland, sometimes hundreds of kilometres away from the nearest major port. Moving containers directly between the factory, warehouse, and port can create additional transportation and coordination requirements.

An Inland Container Depot (ICD) helps connect inland cargo locations with seaports by providing a location where containers can be received and processed before continuing their journey.

For businesses using sea freight services, understanding how ICDs work can help improve cargo planning and coordination.

1. What Is an ICD?

ICD stands for Inland Container Depot.

It is an inland logistics facility that handles containers and cargo connected to international transportation. An ICD may provide container storage, cargo handling, customs-related processing, documentation support, and connections to road or rail transportation.

An ICD is normally located away from the seaport but operates as part of the wider logistics network connecting inland locations with ports.

In simple terms:

Exporter → ICD → Seaport → Vessel → Destination Port → ICD → Importer

The exact movement of cargo depends on the shipment, port, transport mode, customs procedures, and logistics provider.

2. How Does an ICD Work?

An ICD acts as an inland point for container and cargo handling.

A typical export shipment may follow this process:

1. The exporter prepares the cargo.
2. The empty container is collected or made available according to the shipping arrangement.
3. The cargo is packed into the container.
4. The loaded container is transported to the ICD.
5. The required documentation and customs procedures are completed.
6. The container is handled and stored at the ICD as required.
7. The container is transported from the ICD to the seaport.
8. The container is loaded onto the vessel for international transportation.

Rail or road transportation may be used between the ICD and the seaport, depending on the location and available infrastructure.

3. How Does an ICD Work in Export?

ICDs can be particularly useful for exporters located inland.

Step 1: Cargo Preparation

The exporter prepares the goods, packaging, commercial documents, and other shipment information.

Step 2: Containerization

The cargo is loaded into a suitable container according to the shipment requirements.

Step 3: Transportation to the ICD

The loaded container is transported from the exporter’s facility to the ICD using road or, where available, rail transportation.

Step 4: Customs and Documentation

Applicable customs procedures and documentation are handled according to the requirements of the relevant authorities and shipment.

Step 5: Container Handling

The container may be inspected, stored, weighed, documented, or otherwise processed according to the applicable procedures.

Step 6: Movement to the Seaport

The container is transported from the ICD to the designated seaport.

Step 7: Vessel Loading

After reaching the port and completing the required procedures, the container can proceed for loading onto the vessel.

4. How Does an ICD Work in Import?

ICDs can also be used for import cargo after a container arrives at a seaport.

A typical import process may involve:

1. The vessel arrives at the destination seaport.
2. The import container is discharged from the vessel.
3. The container is transported from the port to the ICD.
4. Applicable customs and documentation procedures are completed.
5. The container or cargo is handled at the ICD.
6. The importer or appointed logistics provider arranges onward transportation.
7. The cargo is delivered to the final destination.

This can allow import cargo to be processed closer to the importer’s inland location.

5. What Services Are Provided at an ICD?

The services available vary between facilities and countries, but an ICD may provide several important logistics functions.

Container Handling

ICDs receive, move, stack, and dispatch containers using appropriate handling equipment.

Container Storage

Containers may be temporarily stored at the facility before being transported to the port or final destination.

Customs-Related Services

Depending on the country’s customs framework and the facility’s authorization, customs procedures may be carried out at or coordinated through the ICD.

Cargo Handling

Some facilities provide cargo handling, stuffing, unloading, inspection, or related services.

Documentation Support

ICDs may support the processing and coordination of documents required for cargo movement.

Road and Rail Connectivity

Many ICDs are designed to connect inland cargo locations with major ports through road and, in some locations, rail networks.

6. Advantages of Using an ICD

Closer to Inland Businesses

An ICD can provide exporters and importers with a logistics facility closer to their warehouse or manufacturing location than the seaport.

Reduced Port Congestion

Moving certain cargo-handling and processing activities inland can help reduce the amount of cargo that needs to be handled directly at the seaport.

Better Cargo Consolidation

ICDs can provide facilities for handling and consolidating containers and cargo before onward transportation.

Customs Convenience

Where authorized, customs-related procedures can be handled closer to the inland cargo origin or destination.

Multimodal Connectivity

ICDs can connect road and rail transportation with ocean freight, creating a link between inland logistics networks and seaports.

Improved Logistics Planning

Using an ICD can give exporters and importers another logistics point for coordinating cargo movement, storage, documentation, and transportation.

7. Disadvantages of Using an ICD

Additional Handling

Moving cargo through an ICD can involve additional handling compared with a simple direct movement between the cargo location and port.

Additional Costs

Storage, handling, transportation, documentation, and other charges may apply depending on the facility and shipment.

Additional Transit Steps

Using an ICD adds another point to the logistics chain, which requires proper coordination between the exporter, transport provider, ICD, customs authorities, and shipping line.

Facility Availability

Not every inland location has an ICD with the infrastructure or services required for a particular shipment.

8. ICD vs CFS: What Is the Difference?

ICD and CFS are sometimes confused because both can provide cargo and container handling services. However, they are not necessarily the same type of facility.

The exact legal definitions and functions of ICDs and CFS facilities can vary by country.

9. ICD vs Seaport

An ICD therefore works as an inland extension or connection point within the wider international logistics network, rather than replacing the seaport.

10. When Should You Use an ICD?

An ICD may be useful when:

• The exporter or importer is located far from a major seaport.
• Inland container handling is more convenient than direct port handling.
• Road or rail connectivity makes inland transportation practical.
• Customs-related procedures are available at the ICD.
• Container storage or handling is required before onward transportation.
• Cargo needs to be consolidated or processed before reaching the port.

The decision should be based on the shipment’s location, cargo type, transport costs, transit time, available infrastructure, customs requirements, and shipping service.

11. ICD Export Example

Example: Exporting Machinery

An exporter located inland needs to ship several containers of machinery internationally.

Instead of arranging all container-related activities directly at a distant seaport, the exporter may use an ICD located closer to the manufacturing facility.

The containers can be transported to the ICD, where applicable handling and customs procedures are completed. The containers are then moved by road or rail to the seaport for loading onto the vessel.

The overall movement may look like this:

Factory → ICD → Seaport → Vessel → Destination Port → Final Delivery

This type of arrangement can simplify coordination for inland exporters when the ICD and associated transport services are suitable for the shipment.

12. ICD Shipment Checklist

Before using an ICD, exporters and importers should consider:

Conclusion

An ICD, or Inland Container Depot, is an important part of the international logistics network, particularly for exporters and importers located away from major seaports.

ICDs can provide container handling, storage, cargo processing, customs-related services, documentation support, and road or rail connections to seaports.

For exporters, an ICD can provide a convenient inland location for preparing and processing containers before they move to the port. For importers, it can provide an inland point for handling cargo after containers arrive at the seaport.

However, using an ICD can also involve additional transportation, handling, storage, and coordination costs. Businesses should compare the available options based on cargo requirements, location, transit time, infrastructure, and total logistics cost.

Businesses involved in international cargo movement can also review freight forwarding services to understand how inland transportation, customs coordination, ocean freight, and other logistics activities can be managed.

Frequently Asked Questions

1. What does ICD stand for in shipping?

ICD stands for Inland Container Depot. It is an inland facility used for container and cargo handling and for connecting inland locations with seaports.

2. What is the purpose of an ICD?

An ICD provides inland container handling, storage, cargo processing, customs-related services where authorized, and transportation connections between inland locations and seaports.

3. Is an ICD a port?

An ICD is not normally a seaport. It is an inland logistics facility that connects cargo locations with seaports through road and/or rail transportation.

4. What is the difference between ICD and CFS?

An ICD is generally an inland container facility connected to seaports, while a CFS, or Container Freight Station, is primarily used for container and cargo handling, consolidation, and deconsolidation. Their exact functions can vary by country and facility.

5. Can customs clearance be done at an ICD?

Customs procedures may be available at an ICD where the facility is authorized by the relevant customs authorities. The exact procedures depend on the country and facility.

6. How does an ICD help exporters?

An ICD can provide exporters with an inland location for container handling, storage, documentation, customs-related procedures, and transportation to the seaport.

7. How are containers transported from an ICD to a port?

Containers may be transported from an ICD to the seaport by road, rail, or another approved inland transportation method, depending on the available infrastructure and shipping arrangement.

8. Does using an ICD increase shipping costs?

It can. Depending on the shipment, additional inland transportation, handling, storage, documentation, and other facility charges may apply. However, an ICD can also provide operational and logistical advantages that may make it a suitable option.