Compressed natural gas (CNG) transport systems - Compressed natural gas (CNG) transport systems use high-pressure containers to deliver gas to industrial, commercial, and residential consumers without fixed pipelines. These systems offer a sustainable and cost-effective method for supplying cleaner energy to remote regions.

Compressed Natural Gas (CNG) Transport Systems are a foundational element of the virtual pipeline model, particularly effective for medium-distance transport. These systems rely on high-pressure tube trailers, often referred to as "cascades," which move compressed gas from a central station or pipeline tap to the end consumer. The main advantages of CNG transport include lower capital costs for compression compared to liquefaction and relatively simpler regasification requirements. These characteristics make CNG transport a favorable solution for supplying industrial parks, small power generation units, and vehicle fueling stations close to the source.

FAQ:

What is the typical equipment used to transport CNG in a virtual pipeline?

The transport of CNG is primarily achieved using specialized high-pressure tube trailers.

For what types of delivery distances are CNG transport systems generally preferred?

CNG transport is often the preferred and most cost-effective option for routes that cover shorter to medium distances.

What distinguishes the destination equipment for CNG compared to LNG?

The infrastructure required to prepare CNG for use at the destination is generally less complex and capital-intensive than that needed for LNG.