High-Quality Vehicle-Mounted Skid-Mounted LNG Plant Supplier, Manufacturers

In the energy industry's pursuit of efficient and flexible solutions, our company has successfully developed a technically mature skid-mounted (movable) natural gas liquefaction plant, which has achieved stable commercial operation, thanks to our profound technological precipitation. The equipment adopts innovative skid-mounted structure design, integrating complex production units into standardised skid blocks, and is delivered to the site in a ‘ready-to-use’ mode after precision manufacturing and stringent commissioning in the factory. Users only need to complete the pipeline connection and power supply connection, and after joint commissioning, it can be quickly put into operation, significantly reducing the threshold of project construction.

Product Description

Vehicle-mounted liquefaction station features

The truck-mounted liquefaction station is known for its excellent performance parameters and high flexibility. With a total floor space of about 30*45m, it can achieve a stable capacity output of 3-10 m3/day in a limited space, which is suitable for different scales of energy recovery needs.

In the face of complex gas source conditions, the equipment can be flexibly equipped with pressure boosting, hydrocarbon removal, desulphurisation and other functional units to ensure that the quality of the gas source meets the standards.

In terms of project construction cycle, relying on prefabricated pipeline technology, it takes only 15 days for the equipment to be in place and reassembled on site, 5 days to complete commissioning, and 20 days to put into operation, which is significantly ahead of the traditional scheme.

Vehicle-mounted liquefaction station arrangement

Vehicle-mounted liquefaction station arrangement layout plan

Vehicle-mounted skid-mounted liquefied natural gas process flow diagram

Vehicle-mounted skid-mounted liquefied natural gas process flow diagram sheet

Core Advantage

The equipment takes modular assembly as its core advantage, giving it great mobility and adaptability. Whether it is a temporary gas test, test mining operation, or an emergency gas recovery scenario, it can be deployed quickly in response.

It is especially suitable for projects that are difficult to be covered by traditional facilities, such as scattered gas fields, remote oil and gas wells, and evaluation wells, etc., which can help energy companies to solve the resource development problems and create higher economic benefits and environmental values.

Each pry block diagram

Dehydration pry block of vehicle-mounted LNG plant
Dehydration pry block
Skid-mounted LNG processing unit block diagram
Processing skid unit
Pre cooling unit pry of vehicle-mounted LNG plant
Pre cooling unit pry
Main cooling unit pry of vehicle-mounted LNG plant
Main cooling unit pry
Cold box pry of vehicle-mounted LNG plant
Cold box pry

Frequently Asked Questions

Q: What is the standard capacity and footprint of the vehicle-mounted liquefaction station?

The station requires a total floor space of approximately 30 by 45 meters and is capable of producing a stable daily capacity of 3 to 10 m³ of liquefied natural gas.

Q: How long does the setup, deployment, and commissioning take?

By utilizing advanced prefabricated pipeline technology, it takes only 15 days for the site reassembly, followed by 5 days for commissioning, bringing the total time to operation to just 20 days.

Q: Can this mobile station handle complex and varying gas qualities?

Yes, the station is highly flexible. It can be integrated with optional units for pressure boosting, hydrocarbon removal, and desulphurisation to handle complex gas sources and meet specific output standards.

Q: What are the primary structural components (prys) of the LNG unit?

The system consists of modular skid components including the dehydration pry block, processing skid unit, pre-cooling unit pry, main cooling unit pry, and the cold box pry.

Q: Where is this truck-mounted liquefaction station most suitable for deployment?

It is ideal for remote or scattered gas fields, trial mining operations, evaluation wells, temporary gas testing, and emergency gas recovery where permanent pipelines or facilities are not feasible.

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