LNG Gasification Equipment Factory Reliable China Suppliers for Satellite Stations
The LNG Gasification Equipment serves as a critical infrastructure solution for cities and industrial zones transitioning to cleaner energy. Acting as a specialized LNG satellite station, it integrates receiving, storage, and distribution functions, enabling the seamless transfer of liquefied natural gas from manufacturers to end-users. This system is particularly essential for regions lacking pipeline gas access or those requiring supplemental peak-load gas sources to ensure energy security.
Engineered for efficiency and reliability, the gasification station combines low-temperature storage tanks, air-heated vaporizers, and precision pressure regulation systems. With a compact structure and high degree of automation, this equipment provides a rapid deployment option for energy-deficient areas, ensuring a stable supply of natural gas through an optimized technological process of unloading, pressurization, vaporization, and odorization.
Detailed Parameters
| Design Pressure | 1.6 MPa | Operating Pressure | 0.02 - 0.8 MPa |
|---|---|---|---|
| Vaporization Capacity | 20 - 10,000 Nm³/h | Safety Valve Pressure | 0.84 MPa |
| Design Temperature (Pre) | -196°C to +50°C | Design Temperature (Post) | -20°C to +50°C |
| Strength Test Pressure | 2.4 MPa | Airtight Test Pressure | 1.92 MPa |
| Flowmeter Accuracy | Level 1.0 - 1.5 | Recuperative Voltage | 380V |
Key Advantages
Eco-Friendly Operation
Zero energy consumption during vaporization and no environmental contamination, significantly reducing carbon footprints.
Low Operating Costs
Optimized design minimizes pressure drops and energy waste, leading to extremely low long-term maintenance and operation costs.
Thermal Stress Control
Utilizes an aluminum "bridge" connection to eliminate mechanical stress caused by heat expansion and cold contraction.
Precision Temperature Control
Equipped with an auxiliary water bath heater to ensure natural gas outlet temperatures remain above 5°C in cold climates.
Industrial Compliance
All components are manufactured according to JB/T2549-94 and Q/OYN01-2017 enterprise standards for maximum quality.
High Automation
Integrated control systems for unloading, pressure regulation, and metering ensure safe and reliable autonomous operation.
Product Gallery
Management Platforms
Storage Monitoring
Real-time tracking of LNG levels in low-temperature storage tanks to optimize refueling schedules.
Pressure Regulation
Automated adjustment of pressure levels from storage to the municipal pipeline network.
Safety Alarms
Instant notification systems for safety valve triggers and abnormal pressure fluctuations.
Temperature Control
Intelligent management of water bath heaters to prevent gas temperature drops below 5°C.
Metering Analytics
High-precision flow metering with Level 1.0-1.5 accuracy for commercial billing and auditing.
Unloading Control
Controlled LNG transfer from tankers to storage tanks using specialized pressurizers.
Investment Return Comparison
| Metric | Traditional Gas Stations | LNG Gasification System |
|---|---|---|
| Construction Period | Long (Pipeline based) | Short (Modularized) |
| Energy Consumption | High (Heating based) | Near Zero (Air-heated) |
| Operating Costs | Moderate to High | Very Low |
| Environmental Impact | Higher Carbon Footprint | Eco-friendly/No Pollution |
| Market Response | Slow Deployment | Rapid Deployment |
Frequently Asked Questions
Q: What is the primary function of an LNG gasification station?
It serves as a satellite station for receiving, storing, and distributing LNG, acting as an intermediate hub to transfer gas from manufacturers to municipal users.
Q: How does the system handle low outdoor temperatures?
When ambient temperatures cause the natural gas outlet to drop below 5°C, an auxiliary water bath heater is connected to maintain the required temperature.
Q: What are the safety standards used in the manufacturing process?
The equipment is built according to the JB/T2549-94 Technical Specification for Aluminum-made Air Separation Plants and the Q/OYN01-2017 Enterprise Standard.
Q: What is the range of vaporization capacity available?
The system is highly scalable, offering vaporization capacities ranging from 20 Nm³/h up to 10,000 Nm³/h to meet various demand scales.
Q: Does the gasification process consume external energy?
The air-heated vaporizer is designed for zero energy consumption and no contamination, keeping operational costs extremely low.
Q: How is the LNG transported from the tanker to the storage tank?
An LNG unloading pressurizer is used to increase the pressure in the tanker, allowing the liquid LNG to be delivered into the low-temperature storage tank.
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