Sulfur content tester is an indispensable monitoring equipment in modern oil testing technology. Testing the sulfur content of oil products is of great significance for protecting the environment and human health. The equipment can quickly and accurately detect the sulfur content in oil, and sulfur is a harmful substance. Excessive content will seriously pollute the air and water, posing a threat to human health.
Sulfur content tester has many benefits when testing sulfur content in oil. First, it can quickly measure the sulfur content in the sample and convert the result into a readable number. This can obtain accurate test results in the shortest time, helping decision makers to take quick action to protect the environment and human health.
Secondly, the sulfur content tester has high reliability and accuracy, and can be tested under different temperatures, pressures and environmental conditions. Therefore, it is more suitable for different types and categories of oil testing, and the test results are more accurate and reliable than traditional manual testing.
Finally, the sulfur content tester is simple to use and easy to operate, and does not require high professional knowledge and skills. The sample test results can be obtained by reading the numbers on the screen, and the test process is more convenient and easy to use.
In short, the benefits of sulfur content tester for testing oil products are not only reflected in protecting the environment and human health, but also in faster and more accurate testing. At the same time, it is simple and convenient to use and has low cost.
Therefore, it should be widely used in industry, commerce, scientific research and other fields to promote industry development and protect the environment for the benefit of mankind.
TS-3000 UV Fluorescence Sulfur Analyzer adopts the UV fluorescence method to measure the sulfur, when the sample is introduced into the
high-temperature cracking furnace, the sample undergoes a cracking and oxidation reaction, and the sulfide therein is quantitatively converted into
sulfur dioxide. The carrier gas passes through a membrane dryer to remove the water therein and enters the reaction chamber. The sulfur dioxide
absorbs the energy of ultraviolet light and is converted into excited sulfur dioxide (SO2). When SO2 returns to a stable state of sulfur dioxide, it emits
fluorescence. The released energy is received by a photomultiplier tube, amplified by a microcurrent amplifier, and processed by a computer. The
luminescence intensity in the reaction is proportional to the amount of sulfur dioxide generated, and the amount of sulfur dioxide is proportional
to the total sulfur content in the sample. The total sulfur content in the sample is determined by measuring the luminescence intensity.
Main Features:
● High sensitivity: The total sulfur content is determined by ultraviolet fluorescence method, which improves the ability to resist impurity interference, avoids the cumbersome operation of the titration cell by the electric quantity method and the unstable factors caused by it, and greatly improves the sensitivity of the instrument. The key components of the system use imported devices, which reliably guarantees the performance of the whole machine.
● The instrument uses the most popular USB port communication in the world, standard24-bit data acquisition, and the minimum detection signal is less than 1 microvolt.
● Data can be stored, retrieved, and printed at will, and related problems encountered can be solved according to the on-site data files.
● The main components of the instrument use original imported devices, and the performance of the whole machine is better than similar domestic instruments, which can replace imported products.
● The high voltage of the photomultiplier tube (PMT) can be adjusted arbitrarily, and the standard curve correction can be single-point or multi-point correction, which is easy to operate.
● The software can run on all current operating systems and has strong adaptability. The function of instrument software is powerful
Implementation standards:
SH/T 0689-2000 Determination of total sulfur content of light hydrocarbons, engine fuels and other oil products (ultraviolet fluorescence method)
GB/T 11060.8-2020 Determination of sulfur compounds in natural gas Part 8: Determination of total sulfur content by ultraviolet fluorescence spectrophotometry.
ASTM D5453-1993, GB/T 34100, GB/T 11141-2014, DB51/T 1689
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