Small-scale farmland water conservancy projects are crucial infrastructure for ensuring agricultural production and enhancing water resource utilization efficiency,with their water-saving benefits directly linked to n...Small-scale farmland water conservancy projects are crucial infrastructure for ensuring agricultural production and enhancing water resource utilization efficiency,with their water-saving benefits directly linked to national food security and sustainable agricultural development.This study focuses on small-scale farmland water conservancy projects in China,identifying issues such as aging facilities,outdated technology,and management deficiencies through field research and data analysis.Targeted pathways for enhancing water-saving efficiency are proposed from three dimensions:engineering technology optimization,management mechanism innovation,and policy support.Research indicates that by promoting efficient water-saving technologies,establishing a diversified management model,and improving policy incentive mechanisms,the irrigation water utilization coefficient of small-scale farmland water conservancy projects can be increased by 0.1-0.15,and water consumption per unit area of farmland can be reduced by 15-20%.The findings provide theoretical references and practical guidance for the quality improvement and water-saving enhancement of small-scale farmland water conservancy projects in China.展开更多
With the development of our country’s social economy,the construction scale of water conservancy project has had an obvious expansion.In the construction of water conservancy projects,certain impacts on the surroundi...With the development of our country’s social economy,the construction scale of water conservancy project has had an obvious expansion.In the construction of water conservancy projects,certain impacts on the surrounding water and soil conditions are inevitable.These impacts may lead to problems such as soil erosion,which can directly affect local production,livelihoods,and the natural ecological environment on which people depend.In severe cases,such issues may even hinder the progress and quality of the water conservancy project itself.Therefore,in the construction of water conservancy projects,soil and water conservation work is extremely important.Based on this,this paper mainly aimed at the prevention and control of water and soil conservation of water conservancy projects launched the relevant analysis and research.展开更多
Based on the theory of activity-based costing and the idea of value chain,activity optimization and cost control are carried out on the whole construction process of agricultural water conservancy projects. Through th...Based on the theory of activity-based costing and the idea of value chain,activity optimization and cost control are carried out on the whole construction process of agricultural water conservancy projects. Through the use of literature review,case analysis and statistical analysis and other methods,with agricultural water conservancy projects as the research object,and comparing activity-based costing with the traditional model of cost accounting,the writer carries out the corresponding value chain analysis,and comes to the following conclusion: the statistical calculation and analysis of the entire construction process based on activity-based costing can accurately and effectively control the costs of water conservancy projects. Through the use of activity-based costing,the cost data of agricultural water conservancy projects is more detailed and accurate,and cost management personnel can also find non-value-added activities,optimize the enterprise's value chain and achieve cost control objectives through the analysis of the activity chain and value chain of agricultural water conservancy projects.展开更多
The construction of rural water conservancy projects has an important influence on the development of modern agriculture. In recent years, the pace of water conservancy projects in rural areas of China has been gradua...The construction of rural water conservancy projects has an important influence on the development of modern agriculture. In recent years, the pace of water conservancy projects in rural areas of China has been gradually accelerated, and some achievements have been made. However, with the rapid development of market economy, higher requirements are put forward for the construction of rural water conservancy projects. This paper mainly discusses the necessity of rural water conservancy project construction, analyzes the impact of water conservancy project construction on rural environment, and puts forward specific construction measures.展开更多
In order to ensure the sustainable growth of rural economy,it is necessary to carry out further research on small-scale water conservancy projects and solve the seepage issue in rural areas.Based on the application si...In order to ensure the sustainable growth of rural economy,it is necessary to carry out further research on small-scale water conservancy projects and solve the seepage issue in rural areas.Based on the application significance of small-scale rural water conservancy projects and the analysis of anti-seepage technologies,along with specific examples,this paper specifically discusses the application of high-pressure jet technology,so as to provide reference for the development of engineering construction.展开更多
With the development of society, the development of irrigation and water conservancy projects in China has also advanced by leaps and bounds. In small-scale farmland water conservancy projects, river regulation is an ...With the development of society, the development of irrigation and water conservancy projects in China has also advanced by leaps and bounds. In small-scale farmland water conservancy projects, river regulation is an effective means to maintain the long-term use of water conservancy projects. The purpose of constructing small-scale irrigation and water conservancy projects is to promote good cultivation of farmland and realize the balanced utilization of water resources. With the construction of small-scale irrigation and water conservancy projects, the problems in river regulation are gradually emerging. Therefore, relevant personnel need to analyze and investigate the problems existing in the course of river regulation of small-scale irrigation and water conservancy projects and work out effective solutions.展开更多
In this study, we simulated water flow in a water conservancy project consisting of various hydraulic structures, such as sluices, pumping stations, hydropower stations, ship locks, and culverts, and developed a multi...In this study, we simulated water flow in a water conservancy project consisting of various hydraulic structures, such as sluices, pumping stations, hydropower stations, ship locks, and culverts, and developed a multi-period and multi-variable joint optimization scheduling model for flood control, drainage, and irrigation. In this model, the number of sluice holes, pump units, and hydropower station units to be opened were used as decision variables, and different optimization objectives and constraints were considered. This model was solved with improved genetic algorithms and verified using the Huaian Water Conservancy Project as an example. The results show that the use of the joint optimization scheduling led to a 10% increase in the power generation capacity and a 15% reduction in the total energy consumption. The change in the water level was reduced by 0.25 m upstream of the Yundong Sluice, and by 50% downstream of pumping stations No. 1, No. 2, and No. 4. It is clear that the joint optimization scheduling proposed in this study can effectively improve power generation capacity of the project, minimize operating costs and energy consumption, and enable more stable operation of various hydraulic structures. The results may provide references for the management of water conservancy projects in complex river networks.展开更多
Water regulation of the Xiaolangdi Reservoir of the Yellow River was chosen as a case to investigate variations in concentrations and bioavailability of heavy metals caused by water conservancy projects in rivers. Wat...Water regulation of the Xiaolangdi Reservoir of the Yellow River was chosen as a case to investigate variations in concentrations and bioavailability of heavy metals caused by water conservancy projects in rivers. Water and suspended sediment（SPS） samples were collected at downstream sampling sites along the river during this period. Concentrations and speciation of Zn, Cr, Cu, Ni, and Pb in water and SPS samples were analyzed, and their bioaccumulation was studied with Daphnia magna. This study indicated that the exchangeable and carbonatebound fractions of heavy metals in SPS decreased along the studied stretch, and the dissolved heavy metal concentrations increased along the river with 1.6–15 folds. This is because sediment resuspension increased along the river during water regulation, giving rise to the increase of heavy metal release from SPS. The dissolved Zn, Cu, Ni, and Pb concentrations were significantly positively correlated with SPS concentrations, and their increase along the river was greater than Cr. The body burdens of heavy metals in D. magna exposed into samples collected from the reservoir outlet were 1.3–3.0 times lower than those from downstream stations, suggesting that the heavy metal bioavailability increased during water regulation.This should be considered in the reservoir operation.展开更多
The conditions for the positive operation of water conservancy projects are described in this paper. A scientific and effective evaluation index system was established based on frequency analysis, theoretical analysis...The conditions for the positive operation of water conservancy projects are described in this paper. A scientific and effective evaluation index system was established based on frequency analysis, theoretical analysis, and expert consultation. This evaluation index system can be divided into six first-level indices： the degree to which facilities are intact and functionality standards are reached, the status of operation and management funds, the rationality and degree of advancement of the management team structure, the adaptability and rationality of the water conservancy project management system, the degree of automatization and informationization of the management techniques, and the conduciveness of the exterior environment. The weights for evaluation indices were obtained through the analytic hierarchy process method with consideration of the difference between public welfare and profit-oriented water conservancy projects. This study provides a scientific method for evaluating the positive operation of water conservancy projects.展开更多
China is country of massive agriculture.Although it has gradually changed from traditionalagriculture to modern agriculture in recent years, thereare still many problems in the transition. Rivers playan important role...China is country of massive agriculture.Although it has gradually changed from traditionalagriculture to modern agriculture in recent years, thereare still many problems in the transition. Rivers playan important role in water conservancy projects offarmland. Therefore, full attention should be paid toriver management of farmland. This thesis analyzes itand proposes countermeasures for governance.展开更多
In the process of water conservancy construction, the construction unit should attach great importance to construction quality management, deeply analyze the quality problems in water conservancy construction, and ado...In the process of water conservancy construction, the construction unit should attach great importance to construction quality management, deeply analyze the quality problems in water conservancy construction, and adopt targeted and effective measures to solve them, so as to effectively improve water conservancy construction quality management level as a whole and realize effective guarantee of water conservancy construction quality. In this regard, it is necessary for water conservancy construction units to clarify the content of water conservancy construction quality management, and actively explore effective ways to strengthen water conservancy construction quality management based on practice.展开更多
In the process of national economic development, water conservancy project plays an important role, its operation is not only related to agricultural production, but also related to industrial production, and water co...In the process of national economic development, water conservancy project plays an important role, its operation is not only related to agricultural production, but also related to industrial production, and water conservancy project is closely related to people's production and life. At present, the national capital investment in water conservancy project construction is gradually increasing. After these water conservancy projects are put into use, it is necessary to strengthen the operation management, especially to carry out regular river regulation, timely deal with various problems existing in river regulation, maintain the smoothness of the river, avoid the adverse impact of river regulation problems on the function and benefit of water conservancy projects, and make water conservancy projects more efficient. It can give full play to its economic, social and ecological benefits. Next, the article analyzes the problems and Countermeasures of water conservancy project River governance.展开更多
Water conservancy construction projects are closely related to human production and life. The quality of these projects is related to human life, health and safety. Therefore, the quality monitoring of water protectio...Water conservancy construction projects are closely related to human production and life. The quality of these projects is related to human life, health and safety. Therefore, the quality monitoring of water protection projects is very important. The development of water conservancy projects has promoted the development of China's economy, but at the same time, problems in the management of construction technology are gradually exposed. Whether these problems can be solved scientifically and reasonably will directly affect people's personal and property safety and the further development of society. Agricultural development largely depends on the quality of small-scale water protection projects. Quality monitoring and management need to be strengthened to improve the quality of water protection projects. This document analyses in depth the quality control issues of the projects at this stage, and puts forward effective countermeasures to improve the ability to resist agricultural disasters, improve agricultural production conditions and promote rural economic development.展开更多
As an important infrastructure project in China, water conservancy project plays an important role in social and economic development and people's production and life. With the rapid development of social economy,...As an important infrastructure project in China, water conservancy project plays an important role in social and economic development and people's production and life. With the rapid development of social economy, the demand for hydroelectric resources for economic growth and social production and living is gradually increasing, which to a certain extent brings great development opportunities to the construction of water conservancy projects in China. In the development of water conservancy and hydropower projects, the installation and construction management of mechanical and electrical equipment is an important link in its construction. According to the relevant content of water conservancy and hydropower equipment installation and construction management, the problems existing in the current water conservancy and hydropower equipment installation and construction management are analyzed. The corresponding optimization strategies are put forward to better serve the construction of water conservancy and hydropower projects and bring greater economic and social benefits.展开更多
The irrigation and water conservancy project provides the basic guarantee for the rural agricultural economic development, and requires greater function and effect in water supply, drainage, waterlogging, drought prev...The irrigation and water conservancy project provides the basic guarantee for the rural agricultural economic development, and requires greater function and effect in water supply, drainage, waterlogging, drought prevention, irrigation and other farmland services. However, there are still some problems in the management of farmland water conservancy project, such as imperfect system, unclear responsibility and inactive subject, which hinder the development of farmland water conservancy project to a certain extent. In the context of building a new countryside, the management of irrigation and water conservancy projects should implement and Xi Jining New Era Socialism with Chinese Characteristics, adhere to the concept of scientific development, focus on the overall situation, seek benefits from management, and promote the high-quality development of project management.展开更多
For water conservancy projects, river regulation is one of the most critical tasks. If a series of perfect river regulation policies and measures can be formulated in the process of river regulation, it can not only p...For water conservancy projects, river regulation is one of the most critical tasks. If a series of perfect river regulation policies and measures can be formulated in the process of river regulation, it can not only protect the life safety of residents around the river, but also improve the utilization rate of urban water resources and save water resources. However, in the process of river regulation, there are many influencing factors, such as ecological environment, urban environment and geographical location, which lead to a variety of problems in the process of river regulation in China, affecting the orderly development of local economy and culture.展开更多
In order to promote the sustainable development of irrigation work of agricultural water conservancy projects in China, relevant government departments and staff should adhere to the concept of overall planning and re...In order to promote the sustainable development of irrigation work of agricultural water conservancy projects in China, relevant government departments and staff should adhere to the concept of overall planning and reasonable deployment and focus on timely solving and optimizing the problems existing in the irrigation work of agricultural water conservancy projects. On this basis, it actively responds to the call of national sustainable strategic deployment, and utilizes water-saving measures to optimize the irrigation of agricultural water conservancy projects. In view of this, this paper mainly based on the current situation and problems of agricultural water conservancy irrigation, irrigation water-saving measures and technical applications of agricultural water conservancy projects are studied and analyzed.展开更多
In the management of hydrology and water resources, hydrology prediction is an indispensable part. Scientific and rational application of relevant hydrological forecasting technology can improve the scientificity and ...In the management of hydrology and water resources, hydrology prediction is an indispensable part. Scientific and rational application of relevant hydrological forecasting technology can improve the scientificity and timeliness of its application. Based on the current situation of hydrology and water resources in a city, this paper emphatically discusses the practical application of hydrological prediction technology, points out that the basic principles of hydrology and water resources management should be followed in the management of hydrology and water resources, and proposes that the application of geographic information system should be continuously strengthened, and wireless sensor network should be established to enhance the reliability of data transmission. At the same time, it is necessary to strengthen hydrological and water resources prediction and management, strengthen the application of hydrological prediction technology, and establish a unified hydrological and water resources management platform. In order to promote regional economic development, it is also necessary to continuously optimize the management of regional water resources.展开更多
In the construction of water conservancy projects, mechanical and electrical equipment is one of the most important technologies. Once problems occur, it will have a very serious negative impact on the whole water con...In the construction of water conservancy projects, mechanical and electrical equipment is one of the most important technologies. Once problems occur, it will have a very serious negative impact on the whole water conservancy project. The mechanical and electrical equipment installation of water conservancy projects requires the staff to have strong working ability, not only high-level installation technology, but also perfect management system. Therefore, this paper will study the installation technology and construction management of mechanical and electrical equipment in water conservancy projects, and put forward some optimization strategies to ensure the normal operation of water conservancy projects.展开更多
As a vital infrastructure initiative with significant impacts on national development and public welfare,water conservancy projects play an essential role in advancing agricultural development and mitigating losses ca...As a vital infrastructure initiative with significant impacts on national development and public welfare,water conservancy projects play an essential role in advancing agricultural development and mitigating losses caused by flooding.However,these projects often require substantial investments and extended construction periods,leading to the inevitable emergence of various financial risks during implementation.This paper aims to explore the current challenges in financial risk management of the S water conservancy project,offering practical management strategies and solutions to address these financial difficulties.Through a detailed assessment and analysis of the S water conservancy project,the study seeks to provide valuable references and insights for similar projects to better manage financial risks,ensuring their smooth progression and successful completion.The proposed control measures are designed not only to effectively mitigate the financial risks specific to the S water conservancy project but also to offer actionable lessons for other similar projects.By promoting and applying these measures,the overall financial management capabilities of the industry can be enhanced,providing robust support for the sustainable development of water conservancy projects.展开更多
文摘Small-scale farmland water conservancy projects are crucial infrastructure for ensuring agricultural production and enhancing water resource utilization efficiency,with their water-saving benefits directly linked to national food security and sustainable agricultural development.This study focuses on small-scale farmland water conservancy projects in China,identifying issues such as aging facilities,outdated technology,and management deficiencies through field research and data analysis.Targeted pathways for enhancing water-saving efficiency are proposed from three dimensions:engineering technology optimization,management mechanism innovation,and policy support.Research indicates that by promoting efficient water-saving technologies,establishing a diversified management model,and improving policy incentive mechanisms,the irrigation water utilization coefficient of small-scale farmland water conservancy projects can be increased by 0.1-0.15,and water consumption per unit area of farmland can be reduced by 15-20%.The findings provide theoretical references and practical guidance for the quality improvement and water-saving enhancement of small-scale farmland water conservancy projects in China.
文摘With the development of our country’s social economy,the construction scale of water conservancy project has had an obvious expansion.In the construction of water conservancy projects,certain impacts on the surrounding water and soil conditions are inevitable.These impacts may lead to problems such as soil erosion,which can directly affect local production,livelihoods,and the natural ecological environment on which people depend.In severe cases,such issues may even hinder the progress and quality of the water conservancy project itself.Therefore,in the construction of water conservancy projects,soil and water conservation work is extremely important.Based on this,this paper mainly aimed at the prevention and control of water and soil conservation of water conservancy projects launched the relevant analysis and research.
文摘Based on the theory of activity-based costing and the idea of value chain,activity optimization and cost control are carried out on the whole construction process of agricultural water conservancy projects. Through the use of literature review,case analysis and statistical analysis and other methods,with agricultural water conservancy projects as the research object,and comparing activity-based costing with the traditional model of cost accounting,the writer carries out the corresponding value chain analysis,and comes to the following conclusion: the statistical calculation and analysis of the entire construction process based on activity-based costing can accurately and effectively control the costs of water conservancy projects. Through the use of activity-based costing,the cost data of agricultural water conservancy projects is more detailed and accurate,and cost management personnel can also find non-value-added activities,optimize the enterprise's value chain and achieve cost control objectives through the analysis of the activity chain and value chain of agricultural water conservancy projects.
文摘The construction of rural water conservancy projects has an important influence on the development of modern agriculture. In recent years, the pace of water conservancy projects in rural areas of China has been gradually accelerated, and some achievements have been made. However, with the rapid development of market economy, higher requirements are put forward for the construction of rural water conservancy projects. This paper mainly discusses the necessity of rural water conservancy project construction, analyzes the impact of water conservancy project construction on rural environment, and puts forward specific construction measures.
文摘In order to ensure the sustainable growth of rural economy,it is necessary to carry out further research on small-scale water conservancy projects and solve the seepage issue in rural areas.Based on the application significance of small-scale rural water conservancy projects and the analysis of anti-seepage technologies,along with specific examples,this paper specifically discusses the application of high-pressure jet technology,so as to provide reference for the development of engineering construction.
文摘With the development of society, the development of irrigation and water conservancy projects in China has also advanced by leaps and bounds. In small-scale farmland water conservancy projects, river regulation is an effective means to maintain the long-term use of water conservancy projects. The purpose of constructing small-scale irrigation and water conservancy projects is to promote good cultivation of farmland and realize the balanced utilization of water resources. With the construction of small-scale irrigation and water conservancy projects, the problems in river regulation are gradually emerging. Therefore, relevant personnel need to analyze and investigate the problems existing in the course of river regulation of small-scale irrigation and water conservancy projects and work out effective solutions.
基金supported by the Water Conservancy Science and Technology Project of Jiangsu Province(Grant No.2012041)the Jiangsu Province Ordinary University Graduate Student Research Innovation Project(Grant No.CXZZ13_0256)
文摘In this study, we simulated water flow in a water conservancy project consisting of various hydraulic structures, such as sluices, pumping stations, hydropower stations, ship locks, and culverts, and developed a multi-period and multi-variable joint optimization scheduling model for flood control, drainage, and irrigation. In this model, the number of sluice holes, pump units, and hydropower station units to be opened were used as decision variables, and different optimization objectives and constraints were considered. This model was solved with improved genetic algorithms and verified using the Huaian Water Conservancy Project as an example. The results show that the use of the joint optimization scheduling led to a 10% increase in the power generation capacity and a 15% reduction in the total energy consumption. The change in the water level was reduced by 0.25 m upstream of the Yundong Sluice, and by 50% downstream of pumping stations No. 1, No. 2, and No. 4. It is clear that the joint optimization scheduling proposed in this study can effectively improve power generation capacity of the project, minimize operating costs and energy consumption, and enable more stable operation of various hydraulic structures. The results may provide references for the management of water conservancy projects in complex river networks.
基金supported by the National Key R&D Program of China(No.2017YFA0605001)the National Natural Science Foundation of China(No.91547207)the Fund for Innovative Research Group of the National Natural Science Foundation of China(No.51721093)
文摘Water regulation of the Xiaolangdi Reservoir of the Yellow River was chosen as a case to investigate variations in concentrations and bioavailability of heavy metals caused by water conservancy projects in rivers. Water and suspended sediment（SPS） samples were collected at downstream sampling sites along the river during this period. Concentrations and speciation of Zn, Cr, Cu, Ni, and Pb in water and SPS samples were analyzed, and their bioaccumulation was studied with Daphnia magna. This study indicated that the exchangeable and carbonatebound fractions of heavy metals in SPS decreased along the studied stretch, and the dissolved heavy metal concentrations increased along the river with 1.6–15 folds. This is because sediment resuspension increased along the river during water regulation, giving rise to the increase of heavy metal release from SPS. The dissolved Zn, Cu, Ni, and Pb concentrations were significantly positively correlated with SPS concentrations, and their increase along the river was greater than Cr. The body burdens of heavy metals in D. magna exposed into samples collected from the reservoir outlet were 1.3–3.0 times lower than those from downstream stations, suggesting that the heavy metal bioavailability increased during water regulation.This should be considered in the reservoir operation.
文摘The conditions for the positive operation of water conservancy projects are described in this paper. A scientific and effective evaluation index system was established based on frequency analysis, theoretical analysis, and expert consultation. This evaluation index system can be divided into six first-level indices： the degree to which facilities are intact and functionality standards are reached, the status of operation and management funds, the rationality and degree of advancement of the management team structure, the adaptability and rationality of the water conservancy project management system, the degree of automatization and informationization of the management techniques, and the conduciveness of the exterior environment. The weights for evaluation indices were obtained through the analytic hierarchy process method with consideration of the difference between public welfare and profit-oriented water conservancy projects. This study provides a scientific method for evaluating the positive operation of water conservancy projects.
文摘China is country of massive agriculture.Although it has gradually changed from traditionalagriculture to modern agriculture in recent years, thereare still many problems in the transition. Rivers playan important role in water conservancy projects offarmland. Therefore, full attention should be paid toriver management of farmland. This thesis analyzes itand proposes countermeasures for governance.
文摘In the process of water conservancy construction, the construction unit should attach great importance to construction quality management, deeply analyze the quality problems in water conservancy construction, and adopt targeted and effective measures to solve them, so as to effectively improve water conservancy construction quality management level as a whole and realize effective guarantee of water conservancy construction quality. In this regard, it is necessary for water conservancy construction units to clarify the content of water conservancy construction quality management, and actively explore effective ways to strengthen water conservancy construction quality management based on practice.
文摘In the process of national economic development, water conservancy project plays an important role, its operation is not only related to agricultural production, but also related to industrial production, and water conservancy project is closely related to people's production and life. At present, the national capital investment in water conservancy project construction is gradually increasing. After these water conservancy projects are put into use, it is necessary to strengthen the operation management, especially to carry out regular river regulation, timely deal with various problems existing in river regulation, maintain the smoothness of the river, avoid the adverse impact of river regulation problems on the function and benefit of water conservancy projects, and make water conservancy projects more efficient. It can give full play to its economic, social and ecological benefits. Next, the article analyzes the problems and Countermeasures of water conservancy project River governance.
文摘Water conservancy construction projects are closely related to human production and life. The quality of these projects is related to human life, health and safety. Therefore, the quality monitoring of water protection projects is very important. The development of water conservancy projects has promoted the development of China's economy, but at the same time, problems in the management of construction technology are gradually exposed. Whether these problems can be solved scientifically and reasonably will directly affect people's personal and property safety and the further development of society. Agricultural development largely depends on the quality of small-scale water protection projects. Quality monitoring and management need to be strengthened to improve the quality of water protection projects. This document analyses in depth the quality control issues of the projects at this stage, and puts forward effective countermeasures to improve the ability to resist agricultural disasters, improve agricultural production conditions and promote rural economic development.
文摘As an important infrastructure project in China, water conservancy project plays an important role in social and economic development and people's production and life. With the rapid development of social economy, the demand for hydroelectric resources for economic growth and social production and living is gradually increasing, which to a certain extent brings great development opportunities to the construction of water conservancy projects in China. In the development of water conservancy and hydropower projects, the installation and construction management of mechanical and electrical equipment is an important link in its construction. According to the relevant content of water conservancy and hydropower equipment installation and construction management, the problems existing in the current water conservancy and hydropower equipment installation and construction management are analyzed. The corresponding optimization strategies are put forward to better serve the construction of water conservancy and hydropower projects and bring greater economic and social benefits.
文摘The irrigation and water conservancy project provides the basic guarantee for the rural agricultural economic development, and requires greater function and effect in water supply, drainage, waterlogging, drought prevention, irrigation and other farmland services. However, there are still some problems in the management of farmland water conservancy project, such as imperfect system, unclear responsibility and inactive subject, which hinder the development of farmland water conservancy project to a certain extent. In the context of building a new countryside, the management of irrigation and water conservancy projects should implement and Xi Jining New Era Socialism with Chinese Characteristics, adhere to the concept of scientific development, focus on the overall situation, seek benefits from management, and promote the high-quality development of project management.
文摘For water conservancy projects, river regulation is one of the most critical tasks. If a series of perfect river regulation policies and measures can be formulated in the process of river regulation, it can not only protect the life safety of residents around the river, but also improve the utilization rate of urban water resources and save water resources. However, in the process of river regulation, there are many influencing factors, such as ecological environment, urban environment and geographical location, which lead to a variety of problems in the process of river regulation in China, affecting the orderly development of local economy and culture.
文摘In order to promote the sustainable development of irrigation work of agricultural water conservancy projects in China, relevant government departments and staff should adhere to the concept of overall planning and reasonable deployment and focus on timely solving and optimizing the problems existing in the irrigation work of agricultural water conservancy projects. On this basis, it actively responds to the call of national sustainable strategic deployment, and utilizes water-saving measures to optimize the irrigation of agricultural water conservancy projects. In view of this, this paper mainly based on the current situation and problems of agricultural water conservancy irrigation, irrigation water-saving measures and technical applications of agricultural water conservancy projects are studied and analyzed.
文摘In the management of hydrology and water resources, hydrology prediction is an indispensable part. Scientific and rational application of relevant hydrological forecasting technology can improve the scientificity and timeliness of its application. Based on the current situation of hydrology and water resources in a city, this paper emphatically discusses the practical application of hydrological prediction technology, points out that the basic principles of hydrology and water resources management should be followed in the management of hydrology and water resources, and proposes that the application of geographic information system should be continuously strengthened, and wireless sensor network should be established to enhance the reliability of data transmission. At the same time, it is necessary to strengthen hydrological and water resources prediction and management, strengthen the application of hydrological prediction technology, and establish a unified hydrological and water resources management platform. In order to promote regional economic development, it is also necessary to continuously optimize the management of regional water resources.
文摘In the construction of water conservancy projects, mechanical and electrical equipment is one of the most important technologies. Once problems occur, it will have a very serious negative impact on the whole water conservancy project. The mechanical and electrical equipment installation of water conservancy projects requires the staff to have strong working ability, not only high-level installation technology, but also perfect management system. Therefore, this paper will study the installation technology and construction management of mechanical and electrical equipment in water conservancy projects, and put forward some optimization strategies to ensure the normal operation of water conservancy projects.
文摘As a vital infrastructure initiative with significant impacts on national development and public welfare,water conservancy projects play an essential role in advancing agricultural development and mitigating losses caused by flooding.However,these projects often require substantial investments and extended construction periods,leading to the inevitable emergence of various financial risks during implementation.This paper aims to explore the current challenges in financial risk management of the S water conservancy project,offering practical management strategies and solutions to address these financial difficulties.Through a detailed assessment and analysis of the S water conservancy project,the study seeks to provide valuable references and insights for similar projects to better manage financial risks,ensuring their smooth progression and successful completion.The proposed control measures are designed not only to effectively mitigate the financial risks specific to the S water conservancy project but also to offer actionable lessons for other similar projects.By promoting and applying these measures,the overall financial management capabilities of the industry can be enhanced,providing robust support for the sustainable development of water conservancy projects.
