60CubeLNGStorage Tank Technical Specifications:

Container Type: IICategory   Structure Type: Horizontal   Insulation Method: Vacuum Powder Insulation (Pearlescent Sand)        

Please provide the Chinese content to be translated.    Quality: LNG(Liquefied Natural Gas (LNG)      Maximum Allowable Working Pressure:0.86Mpa      

Design Temperature: Inner Shell:-196℃           Outer Shell:-20-50℃

Work Stress:0.8Mpa  Outer Shell:-0.1 MPa Design Pressure:0.84Mpa Outer case:-0.1 MPa   

Available    Accumulation:60m3   Effective Volume:54m3 Material: Inner ShellS30408    Outer Shell:Q345R

Specifications: Inner Liner:?2400×12400×7/8 Exterior Case:?2900×13140×8/10 Total Length:14929mm
  Total Weight:21760kg      Insulation Spacing:250mm       Inner Tube Material:S30408       Dimensions?2916×14929mm

Insulated Sandwich Material:TCHP-50Type of iridescent sand    Filling Quantity: >30.8m3

Internal bladder pressure test: Medium: Nitrogen         Test Pressure:1.06Mpa

Valves; Low-temperature stainless steel gate valves  Sealing Vacuum Level: ≤5Pa    Static evaporation rate ≤0.316%/d

Vacuum Insulated Sandwich Panel Air Leak Rate ≤2×10-6 Pa.m3/s Vacuum Insulation Panel Air Leak Rate ≤6×10-5 Pa.m3/s 

Manufacturing Acceptance Standards:

GB/T18442.1~18442.6-2011, TSG21~2016"Regulations for Fixed Container Capacity"NB/T47042-2014 

60m3Horizontal Low-Temperature Liquefied Natural Gas Storage Tank Technical Specifications 

（2）Tank Pipeline Valve Instrument List (Domestic High-Quality Products)

60-cubic-meter Liquefied Natural Gas (LNG) storage tank approval procedures, 60-cubic-meter LNG storage tank, complete accident state analysis and prediction for the monitored area based on monitoring data, operate control over process safety and handle emergencies, implement relief plans; the level gauge should be repairable or replaceable under storage tank operation; density variation factors must be considered during selection; a densimeter may need to be added if necessary, to monitor the stratification of liquefied gas inside the tank and prevent the occurrence of "mixed-up" phenomena.

60-cubic-meter LNG Storage Tanks Approval Procedures, 60-cubic-meter LNG Storage Tanks, LNG Storage ① Determination of Storage Tank Capacity: The total tank capacity is generally determined based on the average daily gas consumption during the 3-7 peak days of the month, and should also consider factors such as the number of long-term gas supply sources, maintenance time, transportation cycles, and fluctuations in customer gas usage. Industrial gas consumption should be determined according to the nature of the gas-consuming equipment and specific production requirements.

60-cubic-meter Liquefied Natural Gas (LNG) Storage Tank, How Many Tons for 60-cubic-meter LNG Storage Tank, 2) How Many Tons for 60-cubic-meter Inclined Hole LNG Storage Tank, Approval Procedures for 60-cubic-meter Liquefied Natural Gas Storage Tank, When storing low-temperature liquids, the filling rate must not exceed 0.95, and overfilling is strictly prohibited.

Application procedures for 60-cubic-meter liquefied natural gas (LNG) storage tanks, 60-cubic-meter LNG storage tanks, and jacketed vacuum powder-insulated pressure vessels for storing and supplying low-temperature liquefied gases (such as liquid nitrogen, liquid oxygen, liquid argon, liquid carbon dioxide, LNG, etc.) may all experience low-temperature frost damage incidents.

Pressure increase requires immediate closure of the lower inlet valve for a 20-cubic L NG storage tank; the vacuum degree of the 20-cubic L NG storage tank is good. Insulating materials should not cause corrosion to pipelines and equipment.

60-cubic-meter LNG storage tank with what size vaporizer, approval procedures for a 60-cubic-meter liquefied natural gas storage tank, the promotion and application of LNG nationwide, how to effectively manage the safety and technical aspects of LNG has become a new issue. (3) Cautionary Notes: a) During the operation of the LNG storage tank, it must ensure a liquid level of ≥15%.