Radio High performance liquid chromatography is another form of liquid chromatography which outlines the usage of high powered radio monitors to detect any liquid presence of the system.  It uses the amount of signal recorded in the monitor as a sample detect ion of the object.

The radio analyzer of any acid or chemical composition is a combination of an acid analyzer and the radio analyzer combined together to create a series of elements that will be valuable to the detection of radio waves of the soil or any other object.

During the process of identification and separation of the elements of the system, the sample will go through a column that is treated with Diaion-CK08S (H^$type) resin to get the element progression ready for the testing.  After which, the sample will be tested with bromocresol purple to get the acidity balance of the organic acid sample.

After this stimulation process of the sample, it is being put into a U-type flow-cell packed with lithium-glass scintillator for the detection of the radiation present in the substance. This process is crucial and involves the risk of being exposed to harmful elements of radiation however; several safety modules are used to ensure the controlled set up of the process.

The radio wave being detected will serve as the final result of the radio HPLC process. After this, a series of test samples will be done in every 20 kilometer radius to get the average radiation present in the area as well as to detect the kind of ray present. 

The notice of the engineering safety states that:

1. Most radio HPLC processes are done to detect the visibility of radiation present in the area. The process involves the usage of natural object which will also change from time to time. Given the medium result at positive, there are grounds from which confidence of the result can be obtained.
2. Meanwhile, it is imperative that radio HPLC jobs are done in specific and controlled space to ensure the isolation of the radiation reaction of the object to the reactors being used in the process.