Mongoose pt screen is in general a two dimensional representation of the desilter buyers entity and accordingly cannot account for the curvature of the surface or the depth of the oil drilling fluids even though previous work on the visualization of desilter buyers filter sand particles using the environmental techniques has yielded limited success with desilter buyers. What is more, in all of the experiments concerning the desilter buyers fixing of samples, every time when it is performed, the devices cannot disrupt or distort the material so that the desilter quality will not be compromised and the structural integrity of desilter buyers samples can be diversified as long as up to ninety percent of the desilter matrix is composed of water.
To be more specific, with the environmental technique, the desilter specimen preparation often involves a drying step which appears to change the oil drilling fluids considerably due to the collapse of the desilter buyers polymers since they exclude or minimize dehydration and preserve the surface structures very well. As a matter of fact, the main advantage of the desilter buyers’ protocol in comparison to other methods is the quick and simple preparation of material without the need for any desilter buyers fixing. In this respect, Mongoose PT screen allows for a comparison between different oil drilling methods as well as the visualization of the sand filter which clearly demonstrates the distinct advantage of the device.
More than twenty desilters are taken with the environmental scanning devices so as to provide a complete representation of the desilter filter ripening period and they can provide an accurate and detailed image of the entire treatment process with a magnification ration ranging between two hundred and fifty and four hundred times. What is more, the development of the desilter buyers, coupled with an increasing diversity of the oil drilling fluids, is demonstrated in the filter operation in which sand particles are removed from the sand water interface at time zero.
In fact, thanks to the desilter, desilter buyers find that the sand particles are smooth and there is no evidence of attachment of other particles to the surface since this serves as a control and a comparison for future samples in which the dimensions of the desilter buyers sand particle mostly fall into the size range of less than five millimeters. In addition, the desilter buyers image demonstrates that at certain stages, sand particles are independent units and will not be attached to other particles. A similar bareness of sand grains is reported and the surface of the oil drilling fluids is also clearly visible after only one week of significant evidence and matrix that surrounds and covers the desilter.