Abstract:Geological exploration construction contracts are characterized by their unique subject matter,long performance cycles,broad scope of involvement,and numerous uncertainties.The control over these contracts by geological exploration enterprises should encompass both static contract review and dynamic contract management.Especially during the contract performance stage,establishing a scientific,effective,and operational contract performance management system is essential for these enterprises to manage contract risk.This paper discusses the establishment and implementation of a contract performance management system for geological exploration construction contracts from various aspects,including the disclosure system of the contract,supervision and early warning management system for contract performance,specialized management system for monitoring and early warning of accounts receivable,management system for geological exploration construction contract materials,and the dynamic management system for the creditworthiness of the counterparties.

Abstract:In the new normal,with the structural change of the country's demand for geological work,the objective demand for geological prospecting industry is also undergoing profound changes.Young League members have passion,knowledge,is the backbone of the enterprise,to promote the transformation and upgrading of enterprises to achieve high-quality development is essential.In the face of the new situation,new challenges and new opportunities,we must have new orientation,new ideas and new means to give full play to the role of the league members as the new force of youth,in order to maximize the enthusiasm and creativity of the Youth League members.Based on this,this paper takes the actual practice of the first Exploration Bureau of the general administration of coal geology of China(hereinafter referred to as the first Exploration Bureau of China Coal Industry Bureau)as an example,according to the development status quo of Youth League members under the New Normal,combined with the work changes of the league in the new period,this paper probes into how to give full play to the Young League members'role as the fresh force in enterprise reform from the aspects of strengthening ideological construction,playing the role of ties and carrying out responsibilities.

Abstract:At a time when many companies around the world are at a critical stage in their transition to digital,they are also striving to upgrade their industry status and become world-class,"Scientific and technological innovation as the primary productive forces,innovation and development as the core driving force.".In this context,it is particularly important to carry out the model actions of creating world-class enterprises,especially to explore the development path of world-class enterprises in line with China's national conditions,and to construct and optimize theworld-class financial management system,as the Central Link of Financial Management,fund management plays an important role.building a treasury management system that meets the personalized needs of the unit and pursues the principle of"small but beautiful"has become a key path for many enterprises to transform and upgrade,and move towards high-quality development.

Abstract:Geological exploration units are mainly engaged in mineral resources exploration,hydrogeological survey,engineering geological exploration and other work.They undertake the mission of ensuring national resource security and play an important role in the country's new round of breakthrough strategy for mineral prospecting.With the changes in the market environment and the new normal of economic development,geological exploration units are facing problems such as slow return of funds,long project cycle and large capital occupation.Strengthening the management of accounts receivable is of great significance for optimizing the asset structure,improving the efficiency of capital use,and reducing operating risks.By analyzing the problems existing in the management of accounts receivable of geological survey units,the author puts forward measures to strengthen the management of accounts receivable to solve the stubborn problems that restrict high-quality development.

Abstract:In 2022,the Financial Management Operation Bureau of the State-owned Assets Supervision and Administration Commission of the State Council issued the Guiding Opinions on Accelerating the Construction of a World-class Financial Management System,which put forward the goal of the construction and optimization of the financial management system of central enterprises in the next 5-15 years.It clarified the important position of"financial management is the central link of enterprise management,and is an important foundation and guarantee for enterprises to achieve long-term development",and put forward the specific requirements of"improving the future-oriented financial talent team construction system".Taking YJ Group as an example,this paper analyzes the current situation and development of the financial team,and proposes reform measures in an exploratory way,aiming to arouse profound thinking on the management of the financial team,so as to improve the quality of the financial team,adapt to the progress of The Times,and meet the goals of corporate demand.

Abstract:Based on the construction situation of Jiulong mining area,this paper studies the grouting reconstruction technology of coal seam floor,discusses the importance and existing problems of this technology,and verifies the feasibility and effectiveness of the grouting reconstruction technology.The results show that the strength and stability of coal seam floor can be improved effectively by using grouting reconstruction technology.At the same time,this study also analyzes the influence of grouting reconstruction technology on coal seam floor water leakage and environmental protection,and puts forward the corresponding measures and suggestions.

Abstract:Through analysis and research on the inheritance,development status,and adaptability to current economic development of geological exploration units,it is found that the high-quality development of geological exploration units is constrained by four factors:insufficient scientific and technological innovation ability,inefficient and non intensive production factors,large reform differences,and many derivative problems,as well as excessive and homogeneous competition in production capacity;At the same time,in comparison with the trend changes in the total energy consumption and coal resource consumption proportion in China,as well as the new requirements of high-quality development for energy resource security and energy revolution,geological exploration units are still in a period of reform and development opportunities and the overall situation is good.Suggestions are proposed for the construction of"smart geological exploration",strengthening the overall planning demonstration,and consolidating talent and technical support.

Abstract:With the increase of mining intensity and depth,the method of simply transforming the floor water layer and the thin-bed limestone aquifer can not meet the requirements of reducing the water inrush coefficient,and the current more mature is to adopt the way of grouting reinforcement in the ground area,change the hydrogeological conditions of the rock mass,and transform the relative aquifer into a relative aquifer by using the ground grouting method through the ground directional drilling construction technology,which can realize the safe mining of the mine at the same time,but also protect the precious groundwater resources.

Abstract:Private equity funds are a new form of investment.State-owned enterprises utilize their own resources to engage in private equity fund investments,increasing their capital participation and investment efficiency,and effectively adapting to the new changes in the investment market,thereby obtaining more economic benefits for the enterprise.This article explores the important role of state-owned enterprises engaging in private equity fund investments in promoting business development,analyzes the current issues in private equity fund management in China,and proposes corresponding improvement suggestions.It provides a certain reference value for state-owned enterprises to establish or participate in private equity fund investments.

Abstract:China's geological exploration enterprises will face more intense and brutal changes in the coming years.How to find a way out in the changes and rebuild a place in the market is crucial for both internal and external management.Financial budget management and project budget management,as important links in comprehensive budget management of enterprises,complement each other and jointly promote the integration of business and finance,achieving business goals.Taking the problems existing in the project budget management process of geological exploration enterprises as the starting point,this paper analyzes the current situation of the industry and briefly discusses the application of financial budget management in project budget management,so as to help geological exploration enterprises improve management efficiency in deepening the reform process,and thus achieve business accumulation and healthy development.

Abstract:The author used the nanotransient electromagnetic method(NanoTEM)to detect and study the distribution of soil and pebble layers within 40m of the underlying stratum of the Nanming River Ⅱ Bridge.It shows that this method maintains the fast and efficient performance of the transient electromagnetic method(TEM).Advantages:The detection blind zone is only a few meters,and it can detect the electrical information of ultra-shallow layers within 100m.However,it is seriously affected by electromagnetic noise.During the interpretation process,it is necessary to combine geology,hydrology,geophysical prospecting,drilling,and comprehensive comparison.interpretation to improve interpretation accuracy.The successful application of the engineering example completed the geological task,basically ascertained the thickness and depth of the soil layer and pebble layer within 60m,and carried out stratigraphic layering,which provided geological basis for later engineering design and construction.

Abstract:Coal seams in North China type coalfields are mostly deposited on Ordovician limestone with abundant water.Mining disturbance may cause activation of faults or fissures to form water-conducting channels,as a result,the Ordovician limestone water is connected with the karst water in the thin limestone of Taiyuan Formation overlying the Ordovician limestone,which becomes the water-filling source of the mine,therefore,the study of karst hydrology geochemistry characteristics and hydrochemical evolution model is an important basic subject to ensure the safety of coal mining and identify the source of water inrush.Taking Yitanzhuang coal mine in the southwest of Yanzhou Coalfield as an example,this paper studies the chemical distribution characteristics of karst water and its indication to groundwater circulation,through the analysis of the relationship between the major ionic components of groundwater and the formation of the major geochemistry in the process of hydrologic evolution,the causes of formation of the chemical components of groundwater were revealed,it plays a guiding role in distinguishing the source of water inrush and preventing and controlling water.

Abstract:Identifying karst,fault fracture zone,collapse column,goaf and other bad geological phenomena in coal field has important guiding significance for coal mining and geological disaster prevention,and it is very necessary to select a geophysical exploration method with strong anti-interference ability,high resolution and small environmental damage.On the basis of the research and summary of the previous experience of the detection of adverse geological phenomena,the frequency resonance method is used to analyze,explain and infer the geophysical characteristics and spatial distribution patterns of adverse geological phenomena in coal field geology.The test results are verified by drilling,and the results show that the frequency resonance method can clearly reflect the bad geological phenomena in coal field.The results show that the frequency resonance method of seismic wave has certain reference and guiding significance for the detection of bad geological phenomena in coal field.

Abstract:In view of the restart of the Chinese certified emission reduction market(CCER),this paper analyzes the development status and trend of the national carbon market and the CCER market,and calculates the capacity of the CCER market.The paper sorts out the types of CCER projects,and puts forward specific suggestions for geological exploration enterprises to participate in CCER projects.Geological exploration enterprises have unique advantages in in fields such as development and utilization of clean energy,the enhancement of carbon sequestration capacity of natural system through ecological environment governance and restoration,and the use of geological technology to help carbon emission reduction and carbon storage.The suggestions for geological prospecting enterprises are:firstly,actively develop new methodology;The second is to apply for project approval and verification qualification;The third is to innovate business models,including:providing CCER consulting services for emission reduction projects,providing carbon emission reduction assessment services for enterprises,providing supporting services for the government,investing in the development of CCER carbon assets,and exploring"repair+CCER";Fourthly,actively respond to the enterprise's own carbon neutrality.The article emphasizes that the participation of geological exploration enterprises not only aids in promoting the green and low-carbon transformation of the economy and society but also serves as an important pathway for achieving high-quality development of the enterprises themselves.The geological exploration enterprises should actively grasp the opportunities brought by the restart of the CCER market and give full play to their advantages to participate in the CCER project.

Abstract:As an important non-metallic non-renewable resource,phosphate rock has been listed in China's strategic mineral catalogue in 2016,Which plays a vital role in the national economy and human survival and development.Although China is rich in phosphate rock resources,the regional distribution and output are extremely uneven,and the consumption of high-quality phosphate rock is serious.Therefore,In this paper,the distribution characteristics of phosphorite resources in central and western China are briefly summarized,and three main types of phosphorite and their distribution characteristics in the study area are emphatically introduced.According to the typical metallogenic model,combined with the regional tectonic evolution characteristics and rock characteristics,the metallogenic favorable areas are put forward.The main genetic types of phosphate rock in the study area are sedimentary metamorphic,marine sedimentary and magmatic.The sedimentary metamorphic phosphate deposits in the study area are mainly formed in the shallow-semi-shallow sea sedimentary environment of Mesoproterozoic continental margin.Mainly distributed in Qilian metallogenic belt;Sedimentary phosphorite mainly formed the coastal-shallow sea environment from the end of Early Sinian to Early Cambrian,and mainly distributed in the uplift metallogenic belt on the northern margin of Tarim block,Dunhuang metallogenic belt,Alashan metallogenic belt,western Ordos metallogenic belt and Longmenshan-Dabashan metallogenic belt.Magmatic phosphorite deposits are distributed under the action of magmatic rocks in various tectonic periods,and are located in areas with active tectonic activities such as intraplate fault basins and tectonic orogenic belts.Mainly distributed in the central Qilian metallogenic belt and the northern Qinling metallogenic belt.A typical metallogenic model is established,and the favorable metallogenic area is delineated by combining the existing data.

Abstract:Study and summarize the technology and method of well completion,Packer use,pumping and other key links,sum up experience and lessons,accumulate multi-layered precision pumping drilling technology and experience.Through the analysis of the theoretical foundation of drilling design,engineering geological foundation of drilling,typical well bore structure of drilling,and the basic process of multi-layer pumping drilling,this paper studies and summarizes the multi-layered fine pumping construction technology.According to the drillability of rock in drilling construction,using reasonable combination of drilling tools to improve drilling efficiency,using effective means to prevent hole deviation,reasonable selection of drilling pressure,rotating speed and pump volume in drilling,drilling hole after drilling,the benefit is improved and the construction risk is reduced by timely hydrogeological logging and casing fixing,water sealing and water pumping in the non-pumping section.

Abstract:China is a significant consumer of aluminum,but it faces challenges due to the relatively small amount of bauxite resources with medium quality.Additionally,a substantial portion of bauxite resources in China coexist with coal deposits.The efficient and coordinated exploration,development,and utilization of these co-existing coal and aluminum resources have been long-standing challenges in the bauxite industry.This paper introduces the types,distribution,and occurrence of bauxite in China,along with the main co-development modes of coal and aluminum resources.It also discusses new methods and technologies such as in-situ leaching mining.Building on this foundation,we propose a development concept known as"joint layout-in-situ modification-strip filling"based on the"theory and method of co-mining of coal and aluminum"to address the primary challenges of simultaneous mining and storage of coal and aluminum in our country.The paper also delves into key methods and technologies for the coordinated exploration and development of coal and aluminum symbiotic resources.This includes considerations for the occurrence relationship,co-mining system construction,green mining technology for in-situ modification of aluminum beneath coal deposits,coordinated mining methods for coal and aluminum,and the control mechanisms of rock formation.The goal of this exploration is to provide an effective path for the safe,environmentally friendly,and efficient development of coal and aluminum symbiotic resources."

Abstract:this study focuses on the ultra-long directional drilling technology of double-side gas drainage,aiming to improve the efficiency of coal mine gas control.By means of numerical simulation,the influence of two-side gas extraction on gas extraction flow and concentration is analyzed.It is found that compared with traditional one-side extraction,double-side extraction significantly improves extraction efficiency,reduces coal seam gas concentration,and the decay rate of extraction flow is slower.This research not only provides the innovation in theory,but also has the important application value in the actual coal mine gas control,and provides the new technical path for the coal mine safety production.

Abstract:Studying the impact of green finance on new productivity is of great significance for understanding the role mechanism of green finance in innovation-driven development,promoting high-quality economic development,and realizing Chinese-style modernization.Based on the panel data of 30 provincial administrative regions in China(excluding Tibet,Hong Kong,Macao and Taiwan)from 2012 to 2022,this paper empirically tests the effects,mechanisms and regional heterogeneity of green finance on new productivity by constructing a two-way fixed effect model and an intermediary effect model.The research shows that:① Green finance has a significant effect on promoting new quality productivity,and this conclusion is still valid after robustness tests such as instrumental variable method,dynamic panel analysis and explanatory variable substitution;②Mechanism analysis shows that green finance indirectly promotes the development of new productivity through green technology innovation channels,and green technology innovation plays a partial intermediary role in this process;③ Heterogeneity analysis found that there are significant regional differences in the promotion effect of green finance on new productivity,and the promotion effect in the eastern region is significantly stronger than that in the central and western regions.Finally,suggestions are made from the aspects of strengthening the direct effect of green finance and the intermediary effect of green technology innovation,and implementing differentiated policies.

Abstract:With the advancement of the dual carbon goals,integrating high proportions of renewable energy into industrial park energy systems has become a prevailing trend.However,the randomness and volatility of renewable energy output pose significant challenges to the economic efficiency and operational reliability of such systems.This paper proposes an integrated configuration method for power generation,grid,load,and storage systems in industrial parks designed for high renewable energy penetration.By incorporating the"virtual energy storage"characteristics of thermal systems and multi-energy complementary mechanisms,a capacity planning model for industrial parks is established.This approach leverages the thermal inertia and transmission delay characteristics of heating networks to smooth electricity fluctuations,thereby reducing reliance on electrochemical energy storage.A multi-strategy enhanced Pied Kingfisher Optimizer is designed to enhance the solution capability for high-dimensional complex problems.Case simulation results demonstrate that the proposed method significantly reduces total system costs while improving source-load matching efficiency,validating its effectiveness in enhancing local consumption capacity and operational economics for renewable energy.