In a significant stride towards accuracy in gas and liquid two-phase flow measurement, HQHP proudly introduces its Long-Neck Venturi Gas/Liquid Flowmeter. This cutting-edge flowmeter, designed with meticulous optimization and incorporating a long-neck Venturi tube as the throttling element, represents a breakthrough in precision and versatility.
Innovative Design and Technology:
The long-neck Venturi tube is the heart of this flowmeter, and its design is not arbitrary but based on extensive theoretical analysis and Computational Fluid Dynamics (CFD) numerical simulations. This level of precision ensures that the flowmeter operates optimally across various conditions, delivering accurate measurements even in challenging gas/liquid two-phase flow scenarios.
Key Features:
Unseparated Metering: One of the standout features of this flowmeter is its ability to perform unseparated metering. This means it can accurately measure gas/liquid two-phase mixed transmission flow at the gas wellhead without the need for a separate separator. This not only streamlines the measurement process but also enhances the efficiency of operations.
No Radioactivity: Safety and environmental considerations are paramount, and the Long-Neck Venturi Flowmeter addresses this by eliminating the need for a gamma-ray source. This not only ensures the safety of personnel but also aligns with eco-friendly practices.
Applications:
The applications of this flowmeter extend to gas wellhead scenarios, especially where a medium to low liquid content is present. Its adaptability to unseparated metering makes it a valuable asset in industries where precise gas/liquid two-phase flow measurements are critical.
As industries increasingly demand accuracy and efficiency in flow measurements, HQHP’s Long-Neck Venturi Gas/Liquid Flowmeter emerges as a reliable and innovative solution. This product not only meets the stringent requirements of gas wellhead operations but also sets a new standard for safety and environmental responsibility in the field of flow measurement technology.
Post time: Dec-04-2023
