Used GLUNZ & JENSEN 72 #293630517 for sale

GLUNZ & JENSEN 72 is an advanced X-ray equipment designed for carbonate system analysis. It is designed to measure the effects of different geological processes on the porosity of carbonate rocks adversely affected by hydrocarbon exploration and development. Its features make it well-suited for use in remote locations where power sources can be limited. 72 is equipped with a user-friendly interface and accurate measurements at depths down to 2500 meters. The unit utilizes a high-powered X-ray source and high accelerations to provide accurate measurements of the properties of the rock such as permeability, porosity, pore-size distribution, rock geometry and other parameters. The data output is formatted in either vector or linear graphics. The design of the machine includes heaters and dehumidifiers to minimize measurement drift due to environmental influences. The tool also includes an automatic impedance converter, thermal protection, and well-shielded instrumentation for safe operation. GLUNZ & JENSEN 72 is equipped with a variety of sensors to measure various parameters such as porosity, permeability, and structural properties. These instruments can measure pore sizes down to 0.001 micron, and yet are still able to output measurements with viable accuracy. The asset also comes with a range of software that allows for measurement visualization, interpretation, and optimization. 72 is designed to be compatible with an extensive range of industry-standard programs, such as Autocad and Excel. This compatibility allows for a wide range of deployment options and flexibility when exploring the environment. GLUNZ & JENSEN 72 is a reliable and highly accurate tool for analysis and evaluation of carbonate systems. It has been relied upon by the industry for decades to provide accurate measurements of porosity, and its long-term track record proves that it has stood the test of time. Its easy setup and compatibility with a variety of software make it one of the most reliable and cost-efficient options for X-ray analysis of carbonate systems.