Carbonate reference material

Abstract

The invention discloses a carbonate certified reference material, belonging to the technical field of measurement value transmission, for resolving the demand of altered carbonate certified reference material and providing a carbonate certified reference material with accurate value for globe chemical analysis test. The inventive product has uniform granularity lower than 80 meshes, while the carbonate content is 0.351-20.37%, which is prepared by selecting the soil selected from Hefei basin Luoji block, Jiyang concave Xiakou block, Jiyang concave Duoshiqiao block and Zhoukou basin Tongxu block to be broken, grinded and mixed. And the invention uses a series of analysis method to analyze and process multiple cooperation value certification, uses a series of reference rules to provide a best value and an uncertainty. The inventive certified reference material is physical standard, which can resolve prior problems and is a new technique on world.

Description

technical field [0001] The present invention relates to the technical field of measuring and testing standard value transfer, more specifically, the present invention relates to a method for various geochemical analysis and testing, which can be used as an instrument for carbonate measurement in oil and gas geochemical exploration, soil investigation and environmental investigation. standard substance. Background technique [0002] The carbonate method is one of the most commonly used methods in oil and gas geochemical prospecting. Its application includes two aspects: one is combined application with acid hydrolysis hydrocarbon, and it is used as an interference factor of acid hydrolysis index for research; the other is as an independent oil and gas geochemical prospecting index, which is directly used to delineate oil and gas prospect areas . [0003] The most important use of the carbonate method is in combination with acid hydrolysis indicators. The acid hydrolysis te...

AI Technical Summary

Problems solved by technology

However, due to the lack of a unified carbonate standard sample as a reference, there are the following problems: (1) It directly affects the accurate correction of the concentration of acid-lysis hydrocarbons, resulting in the acid-lysis hydrocarbon data obtained by different exploration subjects and different exploration areas in the oil and gas geochemical exploration industry. It is difficult to compare, which is not conducive to large-scale mapping; (2) It is impossible to accurately calibrate the carbonate measurement equipment; (3) It is difficult to arbitrate suspicious carbonate data, and it is difficult to monitor the measurement results; (4) It is impossible to comprehensively assess and evaluate Carbonate Measurement Methods Used by Different Exploration Bodies

This situation directly affects the accurate correction of the concentration of acidolysis hydrocarbons, making it difficult to compare the data of acidolysis hydrocarbons obtained by different exploration entities and different exploration areas in the oil and gas geochemical exploration industry; it is also impossible to accurately calibrate the carbonate measurement equipment, and it is difficult to measure Results are monitored

This is not only not conducive to the development of oil and gas geochemical exploration technology itself, but also not conducive to the regulation of oil and gas geochemical exploration market objects.