Beijing Zhongxian showcased its CRAIC spectrophotometer and JETU reflectance system at the 14th Petroleum Geology Conference

Meeting Site Map

The 14th National Conference on Petroleum Geology Experimental Technology will be held from May 28th to 30th, 2025 at Yixing Hotel in Wuxi, Jiangsu. The conference is jointly initiated by the Petroleum Geology Professional Committee of the Chinese Petroleum Society, the Petroleum Science and Technology Equipment Professional Committee of the Chinese Petroleum Society, the Petroleum Geology Professional Committee of the Chinese Geological Society, and the Petroleum Geological Exploration Professional Standardization Committee.

At the 14th National Petroleum Geology Experimental Technology Academic Conference, JETU products showcased their powerful capabilities in vitrinite reflectance (Ro) testing.

JETU products

This system can measure the reflectance data of organic microcomponents such as coal, kerogen, and asphalt, meeting the requirements of GB/T6948-1998/2008 "Method for Determining Vitrinite Reflectance of Coal" and SY/T5124-2012 "Method for Determining Vitrinite Reflectance of Sedimentary Rocks". At the same time, the system also has functions such as automatic generation of reflectance histograms, automatic temperature correction, automatic notch judgment, support for multi window dynamic or static testing, and automatic generation of test reports, with strong data processing and analysis capabilities.

The advantage of JETU products lies in a system that can simultaneously meet the dual standard testing of photometry and imaging methods, and has a testing data traceability and verification mechanism. This means that it can not only provide accurate test results, but also make the testing process more standardized and reliable, facilitating researchers to manage and review data, and providing strong support for the full chain vitrinite reflectance testing.

The two innovative products launched by Beijing Zhongxian at this exhibition have injected new vitality into the field of petroleum geological experimental technology and provided new solutions for key areas. This has promoted the transformation and upgrading of petroleum geological experimental research from traditional methods to intelligent and digital directions, providing strong support for the overall technological progress and research level of the entire industry.