Non Nuclear Density Meter For Slurries
Thanks to a simple methodology and highly intelligent alogrithms, our non nuclear density meter reads your full volume of pipe continuously and removes any noise or interference giving you precise process measurement data. Whether we are working with process control engineers on the front lines or industry associations that define best practices and standards, our disruptive technology aims to create a new standard for industrial measurement. This new standard breaks free of legacy limitations, breathing new life into industries and applications that are essential to our global economies.
REAL TIME READINGS
No sampling, statistics or theory – our precise readings happen in real time.
Real-time, direct measurement
+/- 0.25% of reading
Measurements taken at any pipe diameter, regardless of slurry noise or abrasion.
NON NUCLEAR SOLUTION
Safe and reliable without the need for licenses, permits or specialist personnel.
DRY & WET PROCESSES
Our simplicity allows us to be configured in both wet and dry processes.
Interactive touch screen displays six measurement readings simultaneously.
The Red Meter is driven by a breakthrough technology and a novel approach to safely measuring the process characteristics of any media on a continuous basis in various environments. The Red Meter may be best described as a process characterization device that is deployed in conjunction with process control methodologies to enable continuous, real-time, in-line measurement of critical media characteristics. The unit produces a unique “Process Signature” or Red Meter Signature when deployed in any continuous liquid, slurry or dry bulk media pipeline or conduit. The advanced Artificial Intelligence and Machine Learning capabilities of the unit enable the instantaneous interpretation of the Red Meters Signature. This process information and interpretation can be presented instantaneously on a built in display, or delivered to a remote location using 4-20mA, HART, Modbus or any other standard industry communication protocol. With advanced machine learning techniques, accurate interpretation of the Process Signature may provide additional useful information, such as “sticky” valves, slow actuators, leakage, media flocculation, process anomalies, gas entrapment, process kicks etc. and may alert the operator to take corrective action to avoid process or production issues or interruptions should any anomalies be detected.
News & Updates
Keep up to date with industry updates along with disruptive technologies and events. Our team covers the latest news on process control, process optimization, and reliability success.
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