High Temperature Flow Meter
Turbines, Inc. manufactures flow meters designed for temperatures up to 850°F. High-Temperature flow meters are engineered to safely and accurately measure liquids and gasses in chemical processing, oil & gas, power generation, and a variety of other flow measurement applications. Our high-temperature meters can be manufactured with various end connections allowing for different pressure ratings.
Power Generation
Boiler feedwater monitoring by high temperature flow meters ensures precise water flow control into boilers, crucial for maintaining efficiency and preventing damage. The feedwater, typically preheated to temperatures around 212°F to 392°F, enters the boiler, where it turns into steam. Accurate flow measurement is essential for optimal steam generation and energy efficiency.
Petrochemical and Refining
In petrochemical refining, high temperature flow meters monitor the flow of hydrocarbons during processes like distillation and catalytic cracking, where temperatures can exceed 752°F. Accurate flow measurement ensures optimal separation of crude oil components and efficient cracking of hydrocarbons, critical for producing fuels and chemicals with minimal waste.
Choosing The Right Liquid Flow Meter
TM Series
+/- 1% Linearity
+/- 0.1% Repeatability
Flow Rates: 0.3 to 5,500gpm
-100°F to +850°F
HA Series
+/- 0.5% Linearity
+/- 0.1% Repeatability
Flow Rates: 1 to 12,000gpm
450°F to +850°F
With a special pickup coil our meters can operate in high temperatures up to 850°F
High-temperature flow meters are widely used in industries such as oil and gas, chemical processing, power generation, and food and beverage manufacturing. Specific applications include measuring the flow of hot liquids in chemical reactors, and controlling the flow of heated fluids in food processing equipment. Their ability to function accurately at high temperatures makes them essential for ensuring process efficiency and safety.
Selecting the right high-temperature flow meter involves considering several factors, including the type of media, flow rate range, temperature and pressure conditions, and the required accuracy. Additionally, assess the compatibility of the meter materials with the media being measured to prevent corrosion or degradation. It’s also essential to review the installation requirements and any regulatory standards that apply to your industry. Consulting with a flow measurement expert can help ensure you choose the most suitable meter for your specific needs.
Common materials include stainless steel, 17-4PH, Nickel 200, Duplex Stainless steel, and more.
These meters are often explosion-proof or have other certifications to safely operate in hazardous areas, with materials and designs that prevent failure under high-temperature conditions.