Liquid sampling in storage tanks is an important link in petrochemical enterprises to ensure product quality and safety. Sampling locations should cover different liquid levels of storage tanks to ensure the comprehensiveness of samples.
The storage tank oil sampling system The sampler does not need to load the tank, which not only reduces the labor intensity of the sampler but also ensures the safety, Custom sampling system especially in bad weather conditions, which can show its superiority.
The storage tank oil sampling system Operation box integrated design, easy to operate, install, maintenance.
Applicable media range: naphtha, gasoline, kerosene, diesel oil, crude oil, wax oil, asphalt, chemical raw materials, etc
The form is: relative point,Gas liquid sampling system fixed point sampling, relative point or fixed point mixed liquid homogeneous sampling.
Ambient temperature: -15℃ ~ 90℃ (add insulation and tracing according to specific conditions)
Sample flow into sample bottle: liquid high pressure or purge drive
System cleaning driving method: pneumatic pump (with 0.3MPa ~ 0.8MPa air source), manual pump
The selection of sampling location is very important for the accuracy and representativeness of sampling. In general, the sampling location should cover the different levels of the tank to ensure the comprehensiveness of the sample. Specific sampling locations include:
Top sample: Point sample collected 150mm below the top liquid level of the oil product.
Top sample: Sample taken at 1/6 of its depth below the top liquid level of the oil.
Middle sample: A sample taken at 1/2 of its depth below the top liquid level of the oil.
Lower sample: Sample taken at 5/6 of its depth below the top liquid level of the oil.
Bottom sample: A sample of oil or liquid petroleum products taken from the bottom of a tank or from the lowest point in a pipeline.
HCYG-K type The storage tank oil sampling system:
Each product in this category is designed to meet a specific sample.
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A sampling system usually refers to a system that can intermittently (or discretely) sample a continuous signal and convert it into a discrete signal (such as a pulse train or a digital sequence) for subsequent processing or storage.Custom sampling system At the heart of this process is the sampling technique, which obtains a series of discrete signal values by measuring a continuous signal at a specific point in time (sampling point).
A sampling system usually refers to a system that can intermittently (or discretely) sample a continuous signal and convert it into a discrete signal (such as a pulse train or a digital sequence) for subsequent processing or storage.Custom sampling system At the heart of this process is the sampling technique, which obtains a series of discrete signal values by measuring a continuous signal at a specific point in time (sampling point).
A sampling system usually refers to a system that can intermittently (or discretely) sample a continuous signal and convert it into a discrete signal (such as a pulse train or a digital sequence) for subsequent processing or storage.Custom sampling system At the heart of this process is the sampling technique, which obtains a series of discrete signal values by measuring a continuous signal at a specific point in time (sampling point).