Steam measurement at a sulphuric acid plant
Superheated steam flow measurement for billing at a sulphuric acid plant
Steam flow measurement for billing at a sulphuric acid plant
Heat recovery systems (HRS) in sulphuric acid plants uses the heat of absorption and dilution to generate steam. However, accurately monitoring and billing the flow of steam, which is a vital component in this industrial process, can be challenging, especially when dealing with temperatures exceeding 300 °C.
Traditionally, the industry relied on conventional methods involving differential pressure measurements and measuring orifices. While effective, these methods had drawbacks, including maintenance-related disruptions and energy loss. A non-intrusive solution that offers two distinct systems for various temperature ranges is advantageous.
Klik om verder te gaan met lezen Steam flow measurement for billing at a sulphuric acid plant
Product Solutions
The Flexim FLUXUS G722 ST-HT, the latest high-temperature model and is complementary to our existing FLUXUS ST-LT steam flow meters, but pushes clamp-on ultrasonic steam measurement up to 752 °F. This unique flow solution is based on the correlation flow measurement principle. The acoustic measuring method has exceptionally high measuring dynamics and functions independently of the flow direction. The FLUXUS G722 ST-HT offers precise bidirectional flow measurement over a wide turndown ratio up to 10:1. FLUXUS G722 ST-HT has no moving parts. Its ultrasonic transducers are fixed to the pipe with broad stainless steel straps or our patented high-temperature mounting system WaveInjector and secured in robust stainless steel housings.
- No pressure loss, no pipe modification, no process interruption
- High dynamic flow range
- Easy and cost-efficient retrofit
Fluid type
Saturated and superheated steam
Accuracy
Measurement uncertainty at the measuring point (volumetric flow rate): ±3…4 % of reading
Repeatability
± 1…3 % of reading
Flexim WaveInjector technology enables metering at extreme temperatures from -328°F up to 1166°F. Using patented technology, the Flexim WaveInjector thermally separates the ultrasonic transducers from the hot or cryogenic pipe, allowing permanent flow measurements at extreme pipe wall temperatures providing the ultimate competitive edge - in process control, process management, and environmental protection. The WaveInjector, along with the ultrasonic transducers, is simply installed on to the outer surface of the pipe, using coupling plates for a proper acoustic contact. This means, that there is no need to open the pipe - no drilling, and no process shut-down is required.
- Increased operator and plant safety
- Increased environmental compliance
- Easier plant start-ups and upgrades
System Configuration and Installation
For more detailed Information please download the Technical Specifications
