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1. Accurate liquid level monitoring
Install a high-precision liquid level monitoring system to accurately grasp the liquid level information of diesel in the tank in real time. This can avoid over- or under-refueling due to inaccurate liquid level judgment, ensure that the storage space can be reasonably used every time you refuel, and also help plan the replenishment of diesel in advance to prevent the use of diesel from being affected by exhaustion.
2. Optimize the refueling process
Develop a scientific and reasonable refueling process to reduce unnecessary intermediate links and waiting time. For example, ensure that the refueling equipment is in good condition to avoid interruption or slow refueling due to equipment failure; arrange refueling personnel and vehicles reasonably to improve the efficiency of refueling operations and reduce the transmission time of diesel from the storage tank to the use equipment.
3. Regular maintenance and maintenance
Perform regular inspection and maintenance of storage tanks, promptly detect and deal with corrosion and leakage of the tank body, ensure the sealing and integrity of the tank body, and reduce the loss of diesel caused by tank damage. At the same time, regular maintenance is also performed on related auxiliary equipment such as valves, pipelines, oil pumps, etc. to ensure their normal operation and reduce energy waste and reduced efficiency caused by equipment failure.
4. Temperature control management
The viscosity and fluidity of diesel are greatly affected by temperature. By taking appropriate temperature control measures for the storage tank, such as heating and insulation in cold areas and cooling in hot areas, diesel can maintain good fluidity, facilitate transportation and use, and reduce pumping difficulties and energy loss caused by excessive diesel viscosity.
5. Data analysis and management
Collect and analyze data related to diesel storage and use, such as refueling volume, usage, and loss volume in different time periods. Through the analysis of these data, find out possible problems and optimization space, formulate targeted measures, and continuously improve the use efficiency of storage tanks.
