Discussion on the full-cycle process of a new LNG vaporization station project
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Used to upgrade fuel power plants, with a set of LNG vaporization units, and LNG is transported to the site via tankers. From the initiation of a project to its completion and commissioning, what should be focused on at each stage of the entire process? Capacity: 50,000 cubic meters per hour ； Equipped with 8 300-tank units ； Nothing else was given; for the information, Baidu is required for now. Compared to other projects I have worked on before, the only difference is that I have no experience with low-temperature equipment. Especially components for low-temperature control and regulation, such as valves – I would appreciate expert advice on this.
What intake pressure have you prepared? Should we go with a plunger pump?
May I ask where your project is located? Do you have a detailed address?
Wow, it doesn’t seem to have very much popularity. . .
1. It is equipped with 8 300-capacity tanks – why not use larger tanks? 2. The daily gas consumption is 120,000 cubic meters. For a 300-capacity tank: 300×0.9 (filling coefficient)×0.426 (density)×1400 (vaporization rate) = approximately 161,000 cubic meters; or 300×0.9 (filling coefficient)×600 (volume conversion rate) = approximately 162,000 cubic meters. 3. Process flow: It mainly involves pressurizing the storage tank, pressurizing the tank trucks, performing pressure regulation, metering, and odorization (for internal use and trade purposes, with requirements for high measurement accuracy, 2+1), as well as BOG recycling, etc
Is this a peak-shaving station? I think there’s something wrong with your figures. A gasification capacity of 1.50000 cubic meters per hour means 1.2 million cubic meters per day, which is an extremely large amount. Is it operating 24 hours a day? 2.8 times 300 storage tanks equals a capacity of 2400. Have you inquired about the equipment? Personally, I think it’s not as good as one or two larger mother and daughter tanks. 3. Additionally, it is necessary to consider the location of construction and who the owner is, as there may be specific requirements regarding local safety, fire protection, and environmental protection.
It is recommended to first read the following \"Code for Design of Urban Gas\" in detail
Please tell me your email address, and I will provide you with a complete set of technical documents, including equipment such as low-temperature storage tanks and vaporization skids as well as measurement skids, along with the corresponding process flow diagrams. Nanyang Du Er, Wang Hao
Our company is capable of designing and manufacturing large-scale low-temperature storage tanks as well as complete vaporization skid-mounted systems. Please provide me with your email address, and I will send you the complete LNG storage and vaporization technical solution along with the flowcharts
It’s best to consult the relevant manufacturers regarding this. I’m not sure whether you use LNG directly for power generation, or if it is first gasified before use; when LNG is gasified, the cold energy generated can be utilized for power generation or other purposes as well. Additionally, many domestic manufacturers are actually capable of handling design related to low temperatures.