Scale: 1×104 Nm3/d (7TPD) ～1000×104 Nm3/d (2.5MTA)
Application fields: Pipeline Gas, Coal Bed Gas (Coal Bed Methane), Coke Oven Gas, Shale Gas, Bio Gas, Coal Gas Purification and Liquefaction, BOG Recovery and Liquefaction, LNG Vaporization Station, LNG Filling Station
*We provide excellent solutions for natural gas free of charge
Fortune Gas stands as a global authority in LNG plant design, engineering, and construction. With decades of experience, advanced technologies, and an unwavering commitment to safety and quality, the Fortune Gas team delivers turnkey solutions tailored to meet diverse project needs.
An LNG plant is a complex industrial facility designed to purify and liquefy natural gas for transportation and storage. The primary function of an LNG plant is to convert natural gas into its liquid form by cooling it to -162°C, reducing its volume exponentially and enabling global distribution.
LNG plays a dual role: it ensures energy security while lowering emissions compared to other fossil fuels. Fortune Gas, with its turnkey EPC (Engineering, Procurement, and Construction) solutions, is at the forefront of delivering efficient LNG plants that meet increasing energy demands responsibly.
Before liquefaction, natural gas must undergo an essential pre-treatment process to ensure operational efficiency and product quality. This phase is critical to removing impurities that could hinder liquefaction or damage equipment. Here’s how Fortune Gas addresses the technical intricacies:
CO₂ and H₂S are removed via chemical absorption methods to prevent the destabilization of cryogenic processes. Acid gas removal improves the safety and environmental compliance of the LNG plant.
Removing water vapor is paramount to avoid the formation of ice and hydrates in cryogenic heat exchangers. Fortune Gas incorporates advanced molecular sieve technology for high-efficiency dehydration.
Heavy hydrocarbons and mercury are culprits behind equipment degradation. Using activated carbon beds and molecular sieves, Fortune Gas ensures the protection and longevity of cryogenic systems.
Proper purification guarantees the stability of the liquefaction process and maximizes the longevity of key components, such as compressors and cold boxes.
The liquefaction of natural gas involves precise engineering and advanced thermodynamic principles. Fortune Gas structures the process into key stages:
Compression: Natural gas is pressurized to optimize the cooling process.
Heat Exchange: It is rapidly cooled to sub-zero temperatures via cryogenic heat exchangers.
Expansion: The Joule-Thomson effect facilitates further cooling as gas is expanded to lower pressure.
Storage: Liquefied natural gas is stored in cryogenic tanks at -162°C, ready for transport.
Fortune Gas designs cryogenic systems to maximize process efficiency while adhering to international safety standards.
Fortune Gas deploys the industry’s most advanced technologies to ensure optimal performance of LNG plants across varied applications.
Ideal for small-to-medium LNG plants, the SMR process is cost-efficient, compact, and reliable.
This technology stands out for safety and simplicity, making it suitable for projects prioritizing operational ease and flexibility.
| Technology | Capex | Opex | Capacity | Safety |
|---|---|---|---|---|
| SMR Process | Low | Moderate | Small-Medium | Moderate |
| Nitrogen Expansion Cycle | Moderate | Low | Medium | Enhanced Safety |
Fortune Gas ensures the selection of technology tailored to the specific needs and goals of your project.
An LNG plant’s success depends on optimized engineering, modular designs, and adherence to international safety standards. Fortune Gas excels in delivering end-to-end solutions.
The modular approach minimizes costs and accelerates deployment timelines. Fortune Gas is a global leader in LNG modularization, providing facilities that are pre-engineered and pre-constructed for reduced on-site effort.
Adhering to ASME, ISO, API, and CE protocols, Fortune Gas designs explosion-proof and hazard-resilient LNG facilities to meet stringent global compliance standards.
From feedstock analysis to commissioning, Fortune Gas offers comprehensive project management, ensuring streamlined execution and reduced project risks.
Built using modular construction techniques, this 2.5 MTPA (Million Tonnes Per Annum) LNG plant set benchmarks for efficiency across Southeast Asia.
A cutting-edge Nitrogen Expansion Cycle plant meets peak demand scenarios while maintaining low emissions.
These successful projects are a testament to Fortune Gas’s unparalleled expertise in designing and executing LNG solutions globally.
A gas treatment plant focuses on purifying raw natural gas to remove impurities like CO₂ and H₂S, while a liquefaction plant converts the purified gas into liquid form for transportation and storage.
Nitrogen Expansion Cycle technology is best suited for such scenarios due to its safety features and operational simplicity.
Purity is ensured through state-of-the-art gas treatment processes, including acid gas removal, dehydration, and mercury scrubbing, complemented by precision-engineered equipment.
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