FM110 Explosion-proof turbine flow sensor
Product Applications
I. Oil and Gas Industry
This is the largest and most core application field of explosion-proof turbine flow sensors, running through the entire industrial chain.
Upstream mining
Crude oil measurement: The crude oil extracted is measured at the wellhead and the measurement station. Crude oil itself and its associated gases (such as methane) are both flammable and explosive substances.
Natural gas metering: Measuring the raw natural gas extracted, including well gas and gas from gathering and transportation pipelines.
Midstream storage and transportation
Pipeline transportation metering: At the beginning and end stations and distribution stations of long-distance pipelines, the trade handover metering of crude oil, refined oil products and natural gas is carried out, which requires extremely high accuracy and reliability.
Liquefied natural gas (LNG)/liquefied petroleum gas (LPG) measurement: It is used in LNG receiving terminals, liquefaction plants, and refueling stations to measure cryogenic liquid LNG or LPG. Special attention should be paid to the material's ability to withstand low temperatures.
Shipping/vehicle loading and unloading: At the wharf and loading wharf, measure the loading and unloading of oil tankers, railway tank cars and road tank cars.
Downstream refining and chemical industry
Raw material incoming measurement: The measurement of raw materials such as crude oil and naphtha entering oil refineries and chemical plants.
Process control: In complex production facilities, the flow rate of various intermediate products (such as light naphtha, benzene, propylene, etc.) is precisely controlled and monitored to ensure reaction efficiency and product quality.
Factory measurement of refined oil products: Conducting factory trade measurement for final products such as gasoline, diesel, and aviation kerosene.
Ii. Chemical and Pharmaceutical Industry
The chemical industry is filled with a wide variety of flammable, explosive and toxic raw materials and products.
Measurement of organic chemicals: such as ethylene, propylene, methanol, toluene, acetone and other basic chemical raw materials.
Fine chemicals: In the production processes of coatings, dyes, resins, fragrances, etc., measure the flow of various solvents (such as ethanol, ethyl acetate) and liquid monomers.
In the pharmaceutical industry, a large amount of flammable and explosive solvents such as alcohol, acetone and ether are used in the production process of active pharmaceutical ingredients. Explosion-proof turbine flowmeters are used for the precise proportioning and feeding of these solvents.
Measurement of gas raw materials: such as hydrogen, carbon monoxide, alkynes and other flammable and explosive gases.
Iii. Urban Gas and Energy Sector
Industrial and commercial gas metering: Provide high-precision trade settlement metering for major natural gas consumers such as large factories, hotels, and commercial complexes.
Gas pressure regulating stations and gate stations: At the entrances and key nodes of urban gas pipeline networks, they measure and monitor the natural gas from long-distance pipelines.
Iii. Urban Gas and Energy Sector
Industrial and commercial gas metering: Provide high-precision trade settlement metering for major natural gas consumers such as large factories, hotels, and commercial complexes.
Gas pressure regulating stations and gate stations: At the entrances and key nodes of urban gas pipeline networks, they measure and monitor the natural gas from long-distance pipelines.
Compressed natural gas (CNG) and liquefied natural gas (LNG) refueling stations: In CNG/LNG refueling stations, rapid and accurate measurement and pricing are carried out when refueling vehicles.
Iv. Other industrial fields
Aerospace: It is used to measure the refueling and testing processes of aircraft and rocket fuels (such as aviation kerosene and hydrazine fuels).
Military industry: Fuel supply and metering systems for various military vehicles, ships and equipment.
Laboratory and test platform: It is used for precise flow data collection in scientific research and high-standard testing where explosive environments need to be simulated or the performance of flammable media needs to be tested.