November 17, 2018


We provide a range of advanced nucleonic instrumentation to the process industry, including instruments for level measurement, density measurement and . Nuclear based level measurement sensors can be used for point as well as continuous level measurement applications. The concept of nuclear level sensors is. 17 Apr The radiation intensity of nucleonic devices for measurement of level, limit level, density or mass flow is so low today that a conventional Geiger.

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Major characteristics of gamma radiations which make them useful over other technologies for level measurement applications are listed below:. This special and unique range of instrumentation offers non-intrusive real time solutions for topsides and subsea applications.

On arrival on-shore, the gas is removed from the oil fraction and is recompressed for onward distribution. A sign of the high quality of the safety functions of a trabsmitter is the SIL mark. The Safety Integrity Level SIL serves as an trwnsmitter of electronic systems with regard to the reliability of their safety features. On the other hand, the readings of other level measurement techniques like radar, ultrasonic etc.

Nucleonic Level Gauges / Transmitters | ABLE Instruments

Next, the developers focused on the radiation protection container. Operating principle of Nuclear Level Sensors. The radioactive source sits in a multilayered radiation protection container that protects the source capsule from damage. Share to Twitter Share to Facebook.

The first difference between a nucleonic gauge and other technologies is, of course, the radiation protection container, which encloses the capsule with the barely rice-grain-sized levep of radioactive isotope. With a responsive and technically capable team of project and field engineering staff we fully support the local needs of our expanding global customer base.


The impulse rate is a measure of the intensity of the radiation.

X96 Series Non-Contact Mould Level Measurement System

Scintillators are some of the most sensitive nuclear measuring transmtiter. The trade-off is that Cobalt emits more powerful gamma rays than Cesium, which makes it better suited to applications where the radiation must penetrate thick process vessels or travel long distances across wide process vessels.

But it is nonetheless radioactivity, and so nucleonic gauges must be one thing above all: With enhanced self-diagnostics and unrivalled stability it is lefel for high accuracy, high levels of reliability and, as a result, extremely low maintenance costs.

The instrument is unaffected by temperature and process conditions. Automation solution a reason for popping corks. Failure of the gas compressor was a recurrent problem. This way, radiation sources with low radiation activity suffice for the new devices.

As soon as the level of the contents increases in the vessel, there is a decrease in the amount of gamma rays getting to the detector. Common source types for gamma-ray applications, which is the dominant nuclear radiation source for nuclear level devices, are Cesium and Cobalt The smallest source capable of performing the measurement task is the best option for any given application.

Thus, this gamma energy drops in an inverse proportion to the process level.

Nucleonic Instrumentation

On the nucleonicc side, the detector contains a scintillator, a photomultiplier and evaluation electronics. Operator confidence to increase production and maximise throughput by running at the desired level, avoiding the negative impact of ‘losing’ real liquid or slurry levels.

With years of experience, and regular training sessions held at Tracerco’s UK sites in Aberdeen and Billingham, you can be sure of world class service and support. This component has two functions – on the one hand, it protects the surroundings from the radiation and on the other, it protects the capsule containing the radioactive material from mechanical or chemical damage.


Achieving predictive maintenance using an oil condition monitoring system Monitoring the condition of lubricating oils is an important part of predictive maintenance. Improving safety In order to jucleonic the SIL level for nucleonic gauges, the developers began with the points already mentioned: The detector is installed on the other side of the vessel.

Safety The advanced signal processing and improved system stabilisation enables source optimisation. Nuclear based level measurement sensors can be used for point as well as continuous level measurement applications.

They are usually applied in fields where all other level measurement techniques fail to work owing to their capability of working with hazardous situations.

Bulk Level and Interface Measurement Discover how our proven next generation bulk level and interface solutions provide our customers with unparalleled performance and reliability and why this innovative instrument range was recognised by the Institute of Physics. By placing a radioactive source on one side of the vessel and measuring the radiation making it through to the other side of the vessel, an approximate indication of level within that vessel may be obtained.

Gamma rays are emitted from the source and are focused to travel through the tank wall, the medium in the tank and the far tank wall through to the detector. Industrial vs commercial ethernet.