100m³ LPG Tank Container

The 100m³ capacity is one of the key characteristics of this 100m³ LPG Tank Container.

For LPG distribution projects handling relatively large quantities of liquefied petroleum gas, higher-capacity storage and transportation equipment can help reduce the number of individual transport units required for a given logistics task.

The 100m³ tank can be incorporated into suitable LPG supply chains connecting production, storage, transportation, and consumption locations.

It is suitable for projects where LPG needs to be transported over long distances or temporarily positioned at the destination before further distribution or use.

The actual filling quantity, operating pressure, allowable filling ratio, and transportation conditions should be determined according to the LPG medium, tank design, applicable standards, and regulatory requirements.

The 100m³ LPG Tank Container adopts a T50-type mobile pressure vessel concept for applicable liquefied gas transportation.

The pressure-rated tank provides the primary containment function for LPG, while the external container frame provides a standardized structural interface for transportation and handling.

This integrated design combines two important functions:

Pressure containment for liquefied petroleum gas under applicable operating conditions.

Containerized transportation for integration with suitable road, rail, and maritime logistics systems.

The result is an LPG transport unit designed to move between different logistics stages while maintaining the tank as an integrated cargo unit.

A conventional LPG supply chain may involve separate equipment for storage and transportation. The 100m³ LPG Tank Container provides a more integrated approach.

After being filled at an approved LPG facility, the tank container can be transported to its destination using an appropriate transportation mode. Depending on the application and operating requirements, it can also serve as temporary storage before LPG is transferred to downstream equipment.

This combination makes the tank suitable for projects requiring both LPG transportation and temporary storage capacity.

It can be incorporated into logistics systems for LPG import, export, regional distribution, industrial fuel supply, and temporary storage.

A major advantage of an LPG ISO Tank Container is its ability to connect different transportation modes.

Road Transportation

The 100m³ LPG Tank Container can be integrated into suitable road transportation systems using compatible container handling and transport equipment.

Road transportation provides flexible connections between LPG plants, storage terminals, ports, industrial facilities, and distribution centers.

Rail Transportation

For suitable long-distance routes, the containerized configuration can support integration with rail freight logistics where permitted by applicable regulations and equipment requirements.

Rail transportation can provide an additional option for moving LPG between production regions, storage hubs, and downstream markets.

Maritime Transportation

The ISO tank format can also be used for applicable maritime LPG logistics in accordance with relevant dangerous-goods transportation requirements.

This enables the tank container to connect maritime terminals with inland LPG distribution networks.

By combining road, rail, and sea transportation, the 100m³ LPG Tank Container can become part of a flexible multimodal LPG supply chain.

Long-distance LPG transportation requires equipment that can connect different locations while maintaining appropriate containment and handling conditions.

The 100m³ LPG Tank Container is designed around an integrated tank-and-frame structure, allowing the LPG cargo to remain within the same tank container during suitable transportation stages.

This can simplify the connection between LPG production facilities, ports, regional storage centers, and end users.

For cross-regional LPG distribution, the containerized design can provide greater flexibility compared with transportation solutions that depend entirely on fixed infrastructure.

The 100m³ LPG Tank Container can also be used for suitable temporary storage applications.

When a project requires additional LPG storage capacity but does not justify immediate expansion of permanent storage infrastructure, a tank container can provide a flexible alternative subject to approved operating conditions.

It may be positioned at suitable LPG distribution locations, industrial facilities, project sites, or logistics hubs to support temporary storage and subsequent distribution.

This makes the 100m³ unit useful not only as an LPG transport tank but also as part of a mobile storage strategy.

Liquefied petroleum gas can contain propane, butane, or mixtures of these components.

The 100m³ LPG Tank Container can be applied to suitable LPG transportation and storage requirements according to the specific gas composition and approved tank conditions.

For LPG mixtures classified as UN 1965, the tank container can form part of the corresponding transportation and logistics system when the applicable requirements are met.

The specific medium, filling conditions, operating pressure, transportation route, and regulatory requirements should be confirmed before deployment.

Large 100m³ Nominal Volume

The large tank volume is designed for LPG logistics applications requiring substantial storage and transportation capacity.

T50 Mobile Pressure Vessel

The equipment adopts a T50-type mobile pressure vessel configuration for applicable liquefied gas transportation.

ISO Containerized Structure

The pressure tank is integrated with a standardized container frame for suitable container logistics operations.

Multimodal Transportation

The tank container can support suitable road, rail, and maritime transportation applications.

Storage and Transportation Integration

One tank container can serve suitable transportation and temporary storage functions within an LPG supply chain.

Flexible LPG Distribution

The equipment can connect LPG production, storage, ports, distribution centers, and downstream users.