In the field of industrial automation and precision measurement, each cooperation marks a deep integration of technological strength and market strategy. For many years, RETTAR have adhered to the persistent pursuit of precision measurement technology and have always been committed to providing customers with excellent industrial solutions, always at the forefront of the industry. As an internationally renowned provider of fluid measurement and control technology, RHEONIK’s are renowned worldwide.
As an important partner of RHEONIK in China, we will fully utilize our market insights and professional service capabilities, combined with RHEONIK’s cutting-edge technology and product advantages, to jointly provide customers with higher quality and more accurate fluid measurement and control solutions.
About RHEONIK
RHEONIK was founded in 1986, headquartered in Maisach, with a production department located in Odelzhusen, near Munich. Its founder is Mr. Karl K ü ppers from Germany, who successfully developed the Coriolis force mass flowmeter based on torsion bar excitation in 1983- the Ω tube mass flowmeter. This innovation laid a solid foundation for the birth of RHEONIK. In the following decades, RHEONIK continuously promoted technological innovation and product upgrades. It has the largest and smallest Coriolis mass flowmeters in the world, and has always maintained its leading position.
RHEONIK’s mass flowmeter play a crucial role in industrial automation. In the field of large-scale industry, It can be applied to flow measurement in oilfield petrochemicals, monitoring of drilling platforms and hydrogen lithium battery production processes, raw material flow measurement in photovoltaic semiconductors, and fluid control in shipbuilding and intelligent processes. In the high-precision and cutting-edge field, aerospace testing platforms heavily rely on precise data, and RHEONIK’s mass flowmeter can also provide accurate measurement data for these conditions. In the laboratories of colleges and research institutes, RHEONIK’s flowmeters also assist researchers in experimental research and innovative work with their excellent performance.
In addition, in the civilian field, RHEONIK’s flowmeters are also ubiquitous. RHEONIK’s flowmeters provide convenience and security for people’s lives and in industries such as automotive manufacturing, household appliances, furniture and home furnishings.
In conclude, RHEONIK’s mass flowmeters provide strong support for production and research in various industries due to their excellent performance and wide range of applications. In the future, RHEONIK will continue to uphold the spirit of innovation, continuously optimize product quality and service level, and provide more high-quality and efficient flow control solutions for global users.
Coriolis Mass Flowmeter
RHEONIK’s Coriolis mass flowmeter is an Ω-shaped measuring pipe with a unique torsion bar and supporting crossbeam as the core, allowing the selection of thick walled measuring tubes under high temperature and pressure conditions to prevent potential wear and erosion. Compared to other structures, the fully supported Ω – shaped measuring tube can withstand working pressures of up to 1722 bar, with a measurement accuracy of better than 0.05%, making it easy for the sensor to adapt to various extreme requirements. It can be applied to hydrogen, oil&gas, shipbuilding and marine engineering, hydraulic drive, CCUS, petrochemicals, automative manufacturing, mechanical processing, power plant, foam forming, coating spraying, plastic production and processing, etc.
Features and Advantages
High pressure resistance, capable of withstanding working pressures up to 1722 bar.
Accuracy better than 0.05%.
The temperature can be measured from -255 ℃ to 400 ℃.
Customizable measurement pipe materials, such as super duplex steel and Hastelloy alloy.
RHEONIK sensors are compact in process connections and small pipeline space occupied.
Range ratio exceeding 100:1.
Free maintenance, no drift, no moving parts.
Case Study
RHEONIK mass flowmeters play a crucial role in the global industrial field due to their excellent measurement accuracy and wide range of applications. This flowmeter, with its unique design and advanced technology, can meet the measurement needs of various complex industrial environments. At present, it has been successfully applied in metering stations, CCUS, petrochemicals, hydrogen refueling stations, natural gas, ships, and marine engineering.
Metering Station
In the field of metering stations, mass flowmeters can directly measure the mass flow rate of fluids and the density of media in closed pipelines, without being affected by changes in fluid temperature and pressure. They can maintain stable measurement performance in various complex industrial environments. It can also be used to monitor and control the flow state of fluids, ensuring the stability and consistency of the production process.
CCUS
In the field of CCUS (Carbon Capture, Utilization, and Storage), mass flowmeters mainly play the following roles:
- Capture stage: It can be used to monitor and control the flow of carbon dioxide captured from emission sources. By accurately measuring the flow rate of carbon dioxide, the efficiency of the capture system can be ensured and the capture process optimized.
- Transportation stage: It can be used to monitor the flow of carbon dioxide in pipelines. This helps ensure the stability and safety of the transportation process, and prevents carbon dioxide leakage.
- Storage stage: It can be used to monitor the flow of carbon dioxide injected into underground rock layers. By accurately measuring the injection flow rate, carbon dioxide can be effectively stored in rock layers and prevented from leaking into the atmosphere.
Petrochemical Industry
In the field of petrochemicals, various chemicals may be encountered and produced, including toxic gases, high viscosity liquids, high-temperature liquids, suspensions, highly corrosive fluids, etc. RHEONIK mass flowmeters can measure almost all fluids. Its embedded design allows for easy integration into petrochemical production systems, enabling remote monitoring and data transmission. This helps to achieve automation and intelligent management of the petrochemical production process.
Hydrogen Refueling Station
In the field of hydrogen refueling stations, real-time monitoring of inlet and outlet hydrogen flow measurement can be carried out, and data can be transmitted to the control system. Through the control system, operators can timely understand the operation of the hydrogen refueling station and adjust the flow rate as needed to ensure the smooth progress of the hydrogenation process.
Ships and Marine Engineering
In the field of ships and marine engineering, due to its sturdy structure and resistance to high temperature and pressure, it can withstand sudden harsh environments at sea. Combined with its advantages such as high-precision measurement, it can be applied in fuel oil transportation and metering, offshore platforms and oilfield centralized production and transportation, wellhead transportation measurement, leakage monitoring, etc.
