Processo padrão de uma estação de regaseificação de GNL

As a core equipment for LNG utilization, the LNG Regasification Standard Station integrates LNG storage , pressure boosting, regasification , and gas supply functions, tailored for industrial, commercial, and municipal natural gas demand scenarios. It features a modular skid-mounted design, which significantly shortens on-site installation time and reduces construction costs.
Core Components & Functions :
LNG Storage Tank Skid: Serves as the core for LNG storage and fluid supply, available for purchase or provided directly by users based on specific demand.
Unloading PBU Skid: Ensures stable pressure boosting and pressure maintenance during LNG tanker unloading. It creates a normal pressure difference between the tanker and the storage tank, enabling efficient and safe LNG filling.
Regasification System: Optimizes gas supply stability. When the gas flow rate reaches or exceeds 1000Nm³/h, we recommend installing the LNG vaporizer as a separate skid or on an on-site foundation to avoid operational bottlenecks.
This station is widely used in scenarios such as industrial boiler gas supply, commercial central heating, and small-scale municipal gas networks, providing a reliable and efficient LNG-to-gas solution.
LNG regasification standard station
a) LNG storage tank skid: for LNG storage and the fluid supply, generally purchased or provided directly by the user.
b) Descarga do skid PBU: para aumentar a pressão e mantê-la constante durante a descarga do GNL pelo navio-tanque, de modo a que os tanques de armazenamento de GNL atinjam a diferença de pressão normal do fluido, permitindo assim que os navios-tanque de GNL possam realizar o enchimento por irrigação.
c) When the flow rate≥1000Nm³/h, it is recommended LNG vaporizer prized separately or foundational separately on-site.

LNG Storage Tank : Popular sizes range from 20m³ to 200m³, with a built-in PBU (Pressure Building Unit) system for autonomous pressure regulation.
Vaporizer : 2 sets (optional), with a gasification capacity of 100~3000Nm³/H, ensuring continuous gas supply even during peak demand.
Reheater : Optional heating methods include electric heating and steam heating, adaptable to different on-site energy conditions.
Odorization Device : Optional self-priming pump or metering pump, complying with local gas safety standards by adding odorants for leak detection.
Metering System : Optional turbine flowmeter or Roots flowmeter, ensuring accurate gas consumption measurement for billing and management.
Safety & Monitoring : Optional remote monitoring system and emergency cut-off device, enabling real-time data tracking and rapid response to abnormal conditions.
Guide for LNG Solution Model Selection
| Gas consumption
NM3/day
| Product Name
| Max. Gas Supply
NM3/H
| Below 200
| Cylinders
| N·7 / N·11
| 100~2,000
| Gas Cylinder Group Skid Station
| 200 Typical models:
100,150,200NM3/H
| Around 1,000
| Micro Bulk Station
| 200
| 500~10,000
| Modular Gasification Station
| 2,000
| FOR NGV
| LNG REFILLING STATTION
L-CNG REFILLING STATTION
|
Remark: LNG modular regas station can be customized based on per clients’ request.

The LNG modular regas station can be shipped by different types of containers, bulk vessel and etc.;
Packaging : Skid-mounted units are fixed with anti-collision buffers and moisture-proof materials to prevent damage during transportation. Valves, gauges, and other precision components are packed in separate waterproof boxes for extra protection.
Métodos de envio:
Container Shipping: Suitable for standard skid units, using 20GP, 40GP, or 40HQ containers based on skid size.
Bulk Vessel Shipping: For large-scale or customized skids, bulk vessels are used to accommodate oversized components.
On-site Coordination: Our logistics team coordinates with clients to confirm delivery schedules, customs clearance documents, and on-site unloading plans, ensuring a smooth supply chain.