Laser oxygen analysis improves chemical efficiency and ensures safety
Advanced laser oxygen analyzer seamlessly assists in the safety and efficiency of chemical production, optimizes process flow, and safeguards every production line.
The chemical industry, from raw material processing to product manufacturing, relies on precise control of gas composition at every stage. A slight deviation not only affects product quality, but may also lead to serious safety accidents. Today, we are going to introduce the Hongruitao HT-FX740 laser oxygen analyzer, which is a powerful assistant for chemical enterprises in the field of gas analysis.
Challenges in Gas Analysis in the Chemical Industry
The chemical production process is complex and involves numerous chemical reactions, resulting in complex and variable gas compositions. High temperature, high pressure, high corrosiveness and other harsh working conditions place high demands on the performance of gas analysis equipment. Traditional analytical instruments are prone to inaccurate measurements, slow response times, and poor stability in such environments, making it difficult to meet the practical needs of chemical production.
Working principle of HT-FX740 laser oxygen analyzer
The HT-FX740 laser oxygen analyzer from Hongruitao Technology adopts advanced TDLAS (Tunable Semiconductor Laser Absorption Spectroscopy) technology. It emits laser light of a specific wavelength, which can be selectively absorbed by oxygen molecules. The instrument accurately calculates the oxygen concentration in the gas based on the degree of laser absorption. This technology can accurately identify and measure oxygen content in complex gas environments without interference from other background gases.
Characteristics, addressing chemical challenges
High measurement accuracy: linear error ≤ 1% FS, resolution up to 0.01%, able to provide accurate oxygen concentration data for chemical enterprises. Whether it is monitoring trace amounts of oxygen during the reaction process or controlling oxygen content in exhaust gas treatment, accurate measurements can be taken, providing reliable basis for production decisions. Fast response speed: T90<10s, can reflect real-time changes in the measured gas concentration. In the rapidly changing environment of chemical production, it is possible to quickly capture fluctuations in oxygen concentration, issue timely warnings, help enterprises adjust production processes quickly, and avoid production accidents caused by abnormal oxygen content.
Reliability and stability: The structural design is compact, with no moving parts, reducing the probability of equipment failure. It can still operate stably in harsh environments such as high temperature, high dust, high corrosiveness, and high flow rate. For example, in the catalytic cracking unit of petrochemical enterprises, HT-FX740 can continuously and accurately measure oxygen content under high temperature and high dust conditions, ensuring the safe operation of the unit.
Low operating costs: high level of intelligence, convenient operation and maintenance, and reduced labor costs. At the same time, its optical path achieves non coupled directional adjustment, making on-site optical path adjustment simple, improving installation and debugging efficiency, reducing equipment downtime, and further reducing the operating costs of the enterprise.
Widely used to assist the entire chemical process
Oxygen monitoring of exhaust pipes: In fine chemical production, the oxygen content in exhaust pipes directly affects production safety. HT-FX740 can monitor the oxygen concentration in exhaust gas in real time to ensure that it is below the lower explosive limit, preventing the occurrence of fire or explosion accidents.
For example, a chemical company installed the HT-FX740 analyzer in its exhaust compression system. When the oxygen concentration exceeds the set threshold, the system will automatically interlock and shut down, effectively ensuring production safety. Production process optimization: By real-time monitoring of oxygen content, enterprises can optimize production processes and reduce product quality issues caused by oxygen fluctuations. In the production of vinyl chloride, excessive oxygen content may lead to the formation of peroxides, affecting product quality. HT-FX740 can accurately control oxygen concentration, ensure product consistency and stability, and improve production efficiency.
Resource recycling: There are many recyclable resources in chemical exhaust, such as hydrogen. The recovery and utilization of hydrogen in exhaust gas requires strict control of oxygen content to avoid energy waste caused by insufficient combustion. HT-FX740 provides reliable data support for hydrogen recovery in exhaust gas, helping enterprises achieve energy conservation, emission reduction, and efficient resource utilization.
The safe production and efficient operation of the chemical industry cannot be separated from precise gas analysis. The HT-FX740 laser oxygen analyzer, with its advanced technology and performance, plays a key role in various aspects of the chemical industry, safeguarding the safety and development of chemical enterprises. If you also face difficulties in gas analysis in chemical production, you may consider the Chengdu Hongruitao HT-FX740 laser oxygen analyzer, making it a powerful assistant for the development of your enterprise.