Method of intergrowing and coexisting four-in-one mineral coordinated prospecting

A method of intergrowing and coexisting four-in-one mineral coordinated prospecting, wherein the method comprises:

• a. acquiring geological information and sorting key data from the information for four-in-one multi-mineral coordinated prospecting;
• b. conducting a quantitative analysis for mineral types and spatial distribution features of the mineral types and determining main mineral types and prospecting ideas, a type of used technology and basic measures for coordination;
• c. determining a geological foundation for four-in-one multi-mineral co-existence and theories for four-in-one multi-mineral coordinated prospecting;
• d. selecting advanced suitable prospecting methods and technologies and establishing solid-based, liquid-based, gas-based and four-in-one mineral coordinated prospecting models based on optimal benefit and sustainability;
• and
• e. selecting corresponding four-in-one multi-mineral coordinated prospecting models for four-in-one mineral coordinated prospecting,
• wherein the geological foundation for four-in-one multi-mineral coexistence in step c comprises:
• c11. basic combination types of four-in-one multi-mineral coexistence and gathering:
• the forms of multi-mineral coexistence and gathering include four-mineral coexistence, three-mineral gathering and two-mineral assembly;
• c12. analysis of mineralization mechanisms for solid, liquid, gas and element multiple minerals and identifying the main mineral controlling mechanism so as to provide guidance for prospecting practice;
• c13. determining the multi-mineral accumulation unit boundary, identifying a controlling mechanism of mineral developing tectonics within each unit and define enrichment blocks;
• c14. analyze regularities of development and distribution, occurrence and enrichment of multiple minerals and their evolution in space from the view of time and space, thus providing theoretical guidance for multi-mineral coordinated prospecting;
• wherein the theories for four-in-one multi-mineral coordinated prospecting in step c comprise:
• c21. coordinated prospecting aimed at obtaining optimal prospecting results and achieving maximum economic benefits with minimum cost input, which requires systematic investigation into geological and geophysical conditions of the prospected blocks, selection of the most suitable prospecting technical means, prospecting construction organization forms and prospecting construction sequence and active implementation of the integrated coordinated trilateral work so as to maximize the benefits of prospecting works;
• c22. making careful economic benefit assessment for the selection of each prospecting technology, equipment input, program deployment and method adoption so as to select the coordinated prospecting program with optimal benefit;
• c23. evaluating adaptability of various prospecting technologies and methods in specific prospected blocks on the basis of co-ordination of various prospecting technical means and methods and conduct optimization management so that all prospecting means, technologies and methods complement each other with advantages and the relationship in the implementation process of prospecting works is coordinated;
• c24 including with the coordinated prospecting program the evaluation report and technical parameters that are conducive to environmental protection and ensure the sustainability of resources prospecting, development and utilization;
• wherein the prospecting technologies in step d comprise:
• d11 one-boring-for-multiple-purposes implementation technologies;
• d12 seismic sediment multi-section technologies;
• d13 multi-state well logging interpretation technologies;
• d14 experimental testing technologies;
• and
• d15 four-in-one information technologies;
• and
• wherein the solid-based, liquid-based, gas-based and four-in-one mineral coordinated prospecting models in step d comprise:
• d21. solid-based mineral coordinated prospecting model aimed at identifying the developing environment, distribution and enrichment, tectonic control and occurrence regularities of solid minerals, thus establishing corresponding metallogenic models and prospecting models;
• d22. liquid-based mineral coordinated prospecting model aimed at identifying the hydrocarbon generation potential of source rocks, reservoir performance, sealing conditions, migration pathway, accumulation conditions and preservation conditions, thus establishing corresponding metallogenic model and prospecting model;
• d23. gas-based mineral coordinated prospecting model aimed at identifying the hydrocarbon generation potential of source rocks, reservoir performance, sealing conditions, migration pathway, accumulation conditions and preservation conditions, thus establishing corresponding metallogenic model and prospecting model;
• and
• d24. mineralization and enrichment features and prospecting features of various minerals are studied comprehensively in conjunction with the prospecting features of different-state minerals so that the integrated metallogenic model and prospecting model are established.