The development of a large number of natural gas fields and pipeline construction will certainly greatly increase the demand for natural gas detection equipment, and high-performance infrared gas detection instruments and meters have been given a rare opportunity for development. The demand for combustible gas detection instruments will reach hundreds of thousands of units in the extraction, processing, transmission and use of gas.
While the domestic demand for petroleum and petrochemical products keeps growing steadily, more and higher requirements will be put forward for the quality and variety of petroleum and petrochemical products. The main elements of crude oil are carbon, hydrogen, sulfur, nitrogen and oxygen, and compounds containing sulfur, oxygen and nitrogen are harmful to petroleum products and need to be removed as much as possible in the oil processing. This makes the production and processing process of carbon monoxide, sulfur dioxide, hydrogen sulfide and other toxic gases and organic vapors such as benzene, aldehydes, ketones, etc., a large number of threats to production safety and environmental protection. At present, gas detection and analysis methods are commonly used to control, in the oil production of combustible gas leak detection, monitoring of hydrogen, oxygen and other environmental gases also need to use gas detection instrumentation.
An important branch of instrumentation, gas detection instruments (also called "gas detectors") have a wide range of applications, covering industry, agriculture, transportation, science and technology, environmental protection, national defense, aerospace and daily life. Usually, industrial process gas monitoring and analysis instruments are classified as analytical instruments, and common gas detection instruments are usually miniaturized, portable or stationary, working independently or connected to a network, and widely used in industrial sites such as petroleum, chemical, metallurgy, mining, pharmaceutical, semiconductor processing, spraying and packaging, etc., and civil/commercial sites such as homes, shopping malls, liquefied gas stations, gas stations, gas stations, etc., where fire and explosion prevention, poisoning prevention and air pollution are required, as well as in agricultural greenhouses. In addition, GC's pressure gauges are used in agricultural greenhouse gas detection, biogas analysis and safety monitoring of biogas and environmental protection emergencies, terrorist attacks, storage and transportation of hazardous materials, etc.
The pressure gauges of GC Gauge
have a good guarantee for the petrochemical industry with high quality and high requirements, and choosing the right instrument is choosing GC.
Reliable equipment is essential for high productivity and quality products, for the environment and for personal safety. We understand that the harsh working environment of a chemical plant can have a serious impact on all of these requirements. Our engineering team can help assess the impact of these specific process environments on instrumentation and provide our expert advice to ensure you are using the right instrumentation products.
We are familiar with these challenges, especially how to deal with corrosive and viscous media. Our instruments can be supplied with a wide range of wetted materials or with instrument diaphragms to solve the problem of media corrosion. We are always willing to provide support, and the gauge you use will be a trusted component in your system.
We offer a wide range of gauges including stainless steel, diaphragm gauges, electric contact gauges, differential pressure gauges and more.