Africa is embracing new opportunities featured with industrialization,urbanization and regionalization.Based on co-development of‘Electricity,Mining,Metallurgy,Industry and Trade’and grids interconnection proposed b...Africa is embracing new opportunities featured with industrialization,urbanization and regionalization.Based on co-development of‘Electricity,Mining,Metallurgy,Industry and Trade’and grids interconnection proposed by Global Energy Interconnection Development and Cooperation Organization(GEIDCO),the high-quality hydropower resource of the Congo River can be exploited in large scale under the wide-range interconnected framework of African Energy Interconnection(AEI),forging a new engine for Africa economy.The transmission distance of the Congo River hydropower reaches 6,000 km at its farthest end in North Africa,which brings forth challenges to economics of proposed projects.Under this novel continental energy interconnection scheme in Africa,economics of those projects have not yet been in detail studied.This paper has implemented China’s mature engineering experiences and analytical tools of UHVDC project planning into the AEI structure,through exploring the economic behavior of ultra-long distance UHVDC projects in the scope of conductor selection in the Congo River hydropower transmission for the first time,and has provided concerned parties with a technical and analytical results of their economics comparison.This paper has chosen the D.R.Congo-Guinea±800 kV UHVDC project as a typical example.Its preliminary system planning is introduced and three types of conductor are selected for scheme comparison.Later in this paper,the transmission loss,total investment and equivalent annual cost of the project have been calculated and analyzed.In the final part,sensitivity analysis results of the annual cost to utilization hours,transmission loss,loss tariff and construction cost has been provided.展开更多
In this paper,on the basis of an overview of the evolution of diesel fuel subsidy policy in China's fishery,we perform an economic analysis of the existing diesel fuel subsidy policy,and believe that it is fishing...In this paper,on the basis of an overview of the evolution of diesel fuel subsidy policy in China's fishery,we perform an economic analysis of the existing diesel fuel subsidy policy,and believe that it is fishing shareholders rather than fishermen who benefit most from the diesel fuel subsidy policy. The diesel fuel subsidy policy is not conducive to fishery resources protection,it will cause no fluctuation in the supply price of aquatic products,and it can not effectively increase the income of all fishermen. It is necessary to focus on subsidy method,subsidy links and subsidy level to improve diesel fuel subsidy efficiency,lower production costs,stabilize fishery production,and increase the income of fishermen.展开更多
The distinct network organization, management, service and operating characteristics of US Southwest Airlines are key elements of its success compared with other airlines. As a network organization type, the spider we...The distinct network organization, management, service and operating characteristics of US Southwest Airlines are key elements of its success compared with other airlines. As a network organization type, the spider web airline network has received more attention. In this paper, we analyzed the relation between the spider web airline network and spider web, and the structure of spider web airline network, built the assignment model of the spider web airline network,and investigated the economics concerned.展开更多
Based on a comprehensive material and research, various factors are analyzed that influence coal depleted cities economic development. From this analysis investment countermeasures are put forward for the coal deplete...Based on a comprehensive material and research, various factors are analyzed that influence coal depleted cities economic development. From this analysis investment countermeasures are put forward for the coal depleted cities economy development.展开更多
Agro-photovoltaic complementary system(APCS)is an innovative land use model combining agricultural production with photovoltaic power generation,aiming to realize dual land use and improve land use efficiency and econ...Agro-photovoltaic complementary system(APCS)is an innovative land use model combining agricultural production with photovoltaic power generation,aiming to realize dual land use and improve land use efficiency and economic benefits by installing photovoltaic panels on farmland.With the growth of global energy demand and the intensification of climate change,agro-photovoltaic(APV)systems have received widespread attention as a sustainable energy solution.Studies have shown that agro-photovoltaic systems exhibit significant economic benefits in different regions and crop types.Through reasonable system design and optimization,the agricultural and photovoltaic complementary system is not only technically feasible,but also has significant economic advantages,which provides a strong support for achieving the goal of sustainable development.展开更多
An approach for the economic analysis of chemical product design is proposed. It takes into account of customers' preference on product quality and economic considerations such as pricing, profit, market share, ca...An approach for the economic analysis of chemical product design is proposed. It takes into account of customers' preference on product quality and economic considerations such as pricing, profit, market share, capital investment, and operating cost. The activities needed to support business decision making – identifying product quality, estimating product cost, calculating financial metrics, and performing make–buy analysis – are discussed.The design of a Ganoderma lucidum dietary supplement, a traditional Chinese medicinal(TCM) product, is used to illustrate all the activities in this approach.展开更多
The present paper is a contribution to the economic analysis of the exploitation of depleted natural resources and in particular hydrocarbons in the wider Eastern Mediterranean region.The methodological tools used are...The present paper is a contribution to the economic analysis of the exploitation of depleted natural resources and in particular hydrocarbons in the wider Eastern Mediterranean region.The methodological tools used are both the marginal economic analysis,the application of the Hotelling rule and the multi-criteria choice of exploitation of a natural resource with sensitivity analysis of the first and second optimal solution.The choice of natural resource used to be based on a single criterion,cost.Today,the multi-criteria method is followed,according to which many criteria are taken into account at the same time.The return on investment from the exploitation of a mineral resource in the wider Eastern Mediterranean region is obtained through multi-criteria selection and sensitivity analysis of the prevailing solution.展开更多
This paper presents a techno-economic investigation of an integrated rooftop solar PV system for typical home applications in Oman that can reduce the power consumption from the grid and export excess PV generated pow...This paper presents a techno-economic investigation of an integrated rooftop solar PV system for typical home applications in Oman that can reduce the power consumption from the grid and export excess PV generated power back to the gird.Since renewable energy systems design technically depends on the site,this study selects a typical two-story villa(Home),in a site Al-Hamra,Oman.Temperature is one of the critical parameters in this design as it varies widely over the day and from one season to another in Oman.With the effect of temperature variation,the PV system has designed using system models for the required load of the home.The design process has included two main design constraints,such as the available rooftop space and the grid-connection availability for the selected home.This research also evaluates the economic feasibility of the design system considering the energy export tariff as per the Bulk Supply Tariff(BST)scheme in Oman.The design outcome reveals that the designed PV system can supply the load energy requirement in a year.In addition,the rooftop solar PV system can sell surplus energy back to the grid that generates additional revenue for the owner of the system.The economic performance indices such as payback period,internal rate of return,net present value,and profitability index ensure the financial feasibility of the designed rooftop solar PV system for the selected home.展开更多
With a long history, the South Silk Road has been and will continue to be an important corridor of economic, political, cultural and religious exchange between Southwest China and Southeast Asia, South Asia, the Middl...With a long history, the South Silk Road has been and will continue to be an important corridor of economic, political, cultural and religious exchange between Southwest China and Southeast Asia, South Asia, the Middle East, West Asia and Europe. The transportation corridor established by the South Silk Road has both important strategic significance and value for China's transportation safety, and the potential to bring huge political and economic benefits to our country. However, all kinds of challenges and threats need to be dealt with in order for it to achieve strategic value and play the role of a transportation corridor, thereby ensuring China's strategic security.展开更多
Techno-economic analysis of an indirect use of carbon dioxide within the route of glycerolysis of glycerol with urea is investigated. The results show that the net present value of the biodiesel-glycerol carbonate pro...Techno-economic analysis of an indirect use of carbon dioxide within the route of glycerolysis of glycerol with urea is investigated. The results show that the net present value of the biodiesel-glycerol carbonate production by glycerolysis is higher than the biodiesel-glycerol carbonate production by direct carboxylationat at the end of the 12-year operation with similar capacities. The stochastic model has predicted that using glycerolysis route for the synthesis of glycerol carbonate production might increase the probability of getting positive net present value by about 15%.展开更多
Jordan has a good natural potential for solar energy source. To reach at economic practicability of solar energy sources, Jordan needs to accelerate the development of the national photovoltaic projects. The economic ...Jordan has a good natural potential for solar energy source. To reach at economic practicability of solar energy sources, Jordan needs to accelerate the development of the national photovoltaic projects. The economic and financial analysis of the 75 MW Photovoltaic Project for Jordan is presented in this paper. Comparing analysis considers, seven different scenarios regarding the type of the modules and of the mounting system as well as three different cases to further evaluate the effects of land requirements based on an equivalent installed capacity. Based on the analyzed scenarios, it was found that the project will serve as a ＂fuel saver＂, as the energy generated at the Jordan Photovoltaic Project replaces energy generated at the thermal plant with the highest variable costs in the grid. This replacement has it, which avoids the CO2 emissions associated with thermal generation, as the further advantage.展开更多
New energy vehicles represent the inevitable trend of future development.Compared to traditional fuel vehicles,they are more energy-saving and environmentally friendly,effectively reducing air pollution and mitigating...New energy vehicles represent the inevitable trend of future development.Compared to traditional fuel vehicles,they are more energy-saving and environmentally friendly,effectively reducing air pollution and mitigating excessive exploitation of oil resources,a stance strongly supported by governments.However,new energy vehicles possess certain drawbacks in terms of price and usability compared to traditional counterparts.Therefore,external support is imperative for their development.This paper delineates four main sections:the background of new energy vehicle promotion and application,a comparative analysis of domestic and foreign promotion models,specific promotion suggestions,and future development prospects.By leveraging insights from economic analysis,the optimal promotion model for new energy vehicles is elucidated.展开更多
The present article aimed to analyze the application of the economic analysis of Law as a reference for the reasoning of judicial decisions.To that end,an analysis was carried out on the definitions of what is hermene...The present article aimed to analyze the application of the economic analysis of Law as a reference for the reasoning of judicial decisions.To that end,an analysis was carried out on the definitions of what is hermeneutics and economic analysis of law,based on the construction of the matrix rule of conduct for public administration.The method of the approach followed was empirical-dialectical,using bibliographic,legislative and jurisprudential research,having a reference to the Law and Economics.展开更多
With the large-scale access of photovoltaic, wind power and other new energy systems to the power system, the peak regulation and frequency modulation ability of the power system will face severe challenges. At presen...With the large-scale access of photovoltaic, wind power and other new energy systems to the power system, the peak regulation and frequency modulation ability of the power system will face severe challenges. At present, more than 20 provinces and cities have issued documents explicitly requiring new photovoltaic/wind power projects to be equipped with energy storage systems. This paper mainly analyzes the access scheme of photovoltaic power stations with energy storage systems and the overall income changes of photovoltaic power stations with energy storage systems.展开更多
In this article the‘Acknowledgements’statement was incorrectly given as‘All authors acknowledge support from the United States Environmental Protection Agency(No.SU840873).In addition,S.J.acknowledges support from ...In this article the‘Acknowledgements’statement was incorrectly given as‘All authors acknowledge support from the United States Environmental Protection Agency(No.SU840873).In addition,S.J.acknowledges support from the Procter&Gamble(P&G)(No.DA24-00647)and the 2024-2025 Henry C.McBay Faculty Research Fellowship from UNCF.’but should have been‘This research has been supported by a grant from the U.S.Environmental Protection Agency’s P3 program.This publication was developed under Assistance Agreement No.SU840873 awarded by the U.S.Environmental Protection Agency to D.Wang,S.Jafarinejad,and J.He.It has not been formally reviewed by EPA.展开更多
The 53rd issue of Financial Innovation(FIN),Volume 11,No.5(2025),features 21 papers that can be classified into four main themes:the Special Issue on The Anomie of Artificial Intelligence(AI)in Finance:Bridging the Ga...The 53rd issue of Financial Innovation(FIN),Volume 11,No.5(2025),features 21 papers that can be classified into four main themes:the Special Issue on The Anomie of Artificial Intelligence(AI)in Finance:Bridging the Gap Between Technical Power and Human Wisdom,and Financial Markets and Investments,Economic and Policy Analysis,Corporate Governance and Related Market Dynamics.展开更多
To effectively facilitate the low-carbon transition of energy and power systems,it is imperative to not only design transition paths at the macro level,but also conduct system feasibility analysis at the operation lev...To effectively facilitate the low-carbon transition of energy and power systems,it is imperative to not only design transition paths at the macro level,but also conduct system feasibility analysis at the operation level.This study proposes a comprehensive analytical methodology for evaluating the lowcarbon transition pathways of the power system.Based on the model built and paths designed in Part I of the paper,Part II extends the analysis by conducting a production simulation of the power system under various predefined scenarios,thereby validating the electric power and energy balance.The flexibility and resilience of the power system operation are evaluated under both normal and extreme weather conditions.Furthermore,the economic viability of different transition paths is compared,and the impacts of multiple factors on the annualized cost of each path are examined through sensitivity analysis.Together with Part I,this paper achieves the soft-linking of bottom-up power system operation simulation and economic analysis to topdown development scenario design,providing support for the rationality and feasibility verification of macro transition paths of China’s power system towards carbon neutrality by 2060.展开更多
Fundamental research and economic analysis of hydrate-based carbon dioxide(CO_(2))sequestration play a key role in developing the industrialization of oceanic CO_(2) sequestration.Therefore,this review deals with rece...Fundamental research and economic analysis of hydrate-based carbon dioxide(CO_(2))sequestration play a key role in developing the industrialization of oceanic CO_(2) sequestration.Therefore,this review deals with recent progress in hydrate-based CO_(2) sequestration from the thermodynamics and kinetics as well as their energy consumption and cost.The first section provides an overview of the thermodynamics of CO_(2) hydrate formation in both pure water and sea water,establishing a relationship between the enthalpy change of the hydrate formation reaction and the hydrate structure.Subsequently,a comparison of the kinetics of CO_(2) hydrate formation in pure water and sea water is presented,with further insight into the formation kinetics obtained through hydrate nucleation and growth models.The process of liquid CO_(2) forming hydrates is summarized,serving as a critical part of the fundamental research for oceanic CO_(2) sequestration.Finally,energy consumption and cost of CO_(2) capture methods are compared,and the whole sequestration process cost of CO_(2) capture-storage-transport-injection is comprehensively analyzed.The new understanding of this review is conducive to further commercial and industrial development of hydratebased CO_(2) sequestration.展开更多
基金supported by National Key Reaearch and Development Program of China(2016YFB0900900).
文摘Africa is embracing new opportunities featured with industrialization,urbanization and regionalization.Based on co-development of‘Electricity,Mining,Metallurgy,Industry and Trade’and grids interconnection proposed by Global Energy Interconnection Development and Cooperation Organization(GEIDCO),the high-quality hydropower resource of the Congo River can be exploited in large scale under the wide-range interconnected framework of African Energy Interconnection(AEI),forging a new engine for Africa economy.The transmission distance of the Congo River hydropower reaches 6,000 km at its farthest end in North Africa,which brings forth challenges to economics of proposed projects.Under this novel continental energy interconnection scheme in Africa,economics of those projects have not yet been in detail studied.This paper has implemented China’s mature engineering experiences and analytical tools of UHVDC project planning into the AEI structure,through exploring the economic behavior of ultra-long distance UHVDC projects in the scope of conductor selection in the Congo River hydropower transmission for the first time,and has provided concerned parties with a technical and analytical results of their economics comparison.This paper has chosen the D.R.Congo-Guinea±800 kV UHVDC project as a typical example.Its preliminary system planning is introduced and three types of conductor are selected for scheme comparison.Later in this paper,the transmission loss,total investment and equivalent annual cost of the project have been calculated and analyzed.In the final part,sensitivity analysis results of the annual cost to utilization hours,transmission loss,loss tariff and construction cost has been provided.
基金Supported by Strategic Research Center for China’s Fishery Development(A1-0209-15-1004)
文摘In this paper,on the basis of an overview of the evolution of diesel fuel subsidy policy in China's fishery,we perform an economic analysis of the existing diesel fuel subsidy policy,and believe that it is fishing shareholders rather than fishermen who benefit most from the diesel fuel subsidy policy. The diesel fuel subsidy policy is not conducive to fishery resources protection,it will cause no fluctuation in the supply price of aquatic products,and it can not effectively increase the income of all fishermen. It is necessary to focus on subsidy method,subsidy links and subsidy level to improve diesel fuel subsidy efficiency,lower production costs,stabilize fishery production,and increase the income of fishermen.
基金supported by the Research Program of Civil Aviation Administration of China (No.MHRD0622)
文摘The distinct network organization, management, service and operating characteristics of US Southwest Airlines are key elements of its success compared with other airlines. As a network organization type, the spider web airline network has received more attention. In this paper, we analyzed the relation between the spider web airline network and spider web, and the structure of spider web airline network, built the assignment model of the spider web airline network,and investigated the economics concerned.
文摘Based on a comprehensive material and research, various factors are analyzed that influence coal depleted cities economic development. From this analysis investment countermeasures are put forward for the coal depleted cities economy development.
文摘Agro-photovoltaic complementary system(APCS)is an innovative land use model combining agricultural production with photovoltaic power generation,aiming to realize dual land use and improve land use efficiency and economic benefits by installing photovoltaic panels on farmland.With the growth of global energy demand and the intensification of climate change,agro-photovoltaic(APV)systems have received widespread attention as a sustainable energy solution.Studies have shown that agro-photovoltaic systems exhibit significant economic benefits in different regions and crop types.Through reasonable system design and optimization,the agricultural and photovoltaic complementary system is not only technically feasible,but also has significant economic advantages,which provides a strong support for achieving the goal of sustainable development.
文摘An approach for the economic analysis of chemical product design is proposed. It takes into account of customers' preference on product quality and economic considerations such as pricing, profit, market share, capital investment, and operating cost. The activities needed to support business decision making – identifying product quality, estimating product cost, calculating financial metrics, and performing make–buy analysis – are discussed.The design of a Ganoderma lucidum dietary supplement, a traditional Chinese medicinal(TCM) product, is used to illustrate all the activities in this approach.
文摘The present paper is a contribution to the economic analysis of the exploitation of depleted natural resources and in particular hydrocarbons in the wider Eastern Mediterranean region.The methodological tools used are both the marginal economic analysis,the application of the Hotelling rule and the multi-criteria choice of exploitation of a natural resource with sensitivity analysis of the first and second optimal solution.The choice of natural resource used to be based on a single criterion,cost.Today,the multi-criteria method is followed,according to which many criteria are taken into account at the same time.The return on investment from the exploitation of a mineral resource in the wider Eastern Mediterranean region is obtained through multi-criteria selection and sensitivity analysis of the prevailing solution.
文摘This paper presents a techno-economic investigation of an integrated rooftop solar PV system for typical home applications in Oman that can reduce the power consumption from the grid and export excess PV generated power back to the gird.Since renewable energy systems design technically depends on the site,this study selects a typical two-story villa(Home),in a site Al-Hamra,Oman.Temperature is one of the critical parameters in this design as it varies widely over the day and from one season to another in Oman.With the effect of temperature variation,the PV system has designed using system models for the required load of the home.The design process has included two main design constraints,such as the available rooftop space and the grid-connection availability for the selected home.This research also evaluates the economic feasibility of the design system considering the energy export tariff as per the Bulk Supply Tariff(BST)scheme in Oman.The design outcome reveals that the designed PV system can supply the load energy requirement in a year.In addition,the rooftop solar PV system can sell surplus energy back to the grid that generates additional revenue for the owner of the system.The economic performance indices such as payback period,internal rate of return,net present value,and profitability index ensure the financial feasibility of the designed rooftop solar PV system for the selected home.
基金The National Social Science Fund,West Project(12XGL013)Sichuan Science and Technology Department,Soft Science Project(20136RW0120)+1 种基金Sichuan Development Research Center of Oil and Gas Project(Sichuan Oil and Gas Science SKB15-02)Southwest Petroleum University,Youth Teacher Academic Project(201499010101)
文摘With a long history, the South Silk Road has been and will continue to be an important corridor of economic, political, cultural and religious exchange between Southwest China and Southeast Asia, South Asia, the Middle East, West Asia and Europe. The transportation corridor established by the South Silk Road has both important strategic significance and value for China's transportation safety, and the potential to bring huge political and economic benefits to our country. However, all kinds of challenges and threats need to be dealt with in order for it to achieve strategic value and play the role of a transportation corridor, thereby ensuring China's strategic security.
文摘Techno-economic analysis of an indirect use of carbon dioxide within the route of glycerolysis of glycerol with urea is investigated. The results show that the net present value of the biodiesel-glycerol carbonate production by glycerolysis is higher than the biodiesel-glycerol carbonate production by direct carboxylationat at the end of the 12-year operation with similar capacities. The stochastic model has predicted that using glycerolysis route for the synthesis of glycerol carbonate production might increase the probability of getting positive net present value by about 15%.
文摘Jordan has a good natural potential for solar energy source. To reach at economic practicability of solar energy sources, Jordan needs to accelerate the development of the national photovoltaic projects. The economic and financial analysis of the 75 MW Photovoltaic Project for Jordan is presented in this paper. Comparing analysis considers, seven different scenarios regarding the type of the modules and of the mounting system as well as three different cases to further evaluate the effects of land requirements based on an equivalent installed capacity. Based on the analyzed scenarios, it was found that the project will serve as a ＂fuel saver＂, as the energy generated at the Jordan Photovoltaic Project replaces energy generated at the thermal plant with the highest variable costs in the grid. This replacement has it, which avoids the CO2 emissions associated with thermal generation, as the further advantage.
文摘New energy vehicles represent the inevitable trend of future development.Compared to traditional fuel vehicles,they are more energy-saving and environmentally friendly,effectively reducing air pollution and mitigating excessive exploitation of oil resources,a stance strongly supported by governments.However,new energy vehicles possess certain drawbacks in terms of price and usability compared to traditional counterparts.Therefore,external support is imperative for their development.This paper delineates four main sections:the background of new energy vehicle promotion and application,a comparative analysis of domestic and foreign promotion models,specific promotion suggestions,and future development prospects.By leveraging insights from economic analysis,the optimal promotion model for new energy vehicles is elucidated.
文摘The present article aimed to analyze the application of the economic analysis of Law as a reference for the reasoning of judicial decisions.To that end,an analysis was carried out on the definitions of what is hermeneutics and economic analysis of law,based on the construction of the matrix rule of conduct for public administration.The method of the approach followed was empirical-dialectical,using bibliographic,legislative and jurisprudential research,having a reference to the Law and Economics.
文摘With the large-scale access of photovoltaic, wind power and other new energy systems to the power system, the peak regulation and frequency modulation ability of the power system will face severe challenges. At present, more than 20 provinces and cities have issued documents explicitly requiring new photovoltaic/wind power projects to be equipped with energy storage systems. This paper mainly analyzes the access scheme of photovoltaic power stations with energy storage systems and the overall income changes of photovoltaic power stations with energy storage systems.
文摘In this article the‘Acknowledgements’statement was incorrectly given as‘All authors acknowledge support from the United States Environmental Protection Agency(No.SU840873).In addition,S.J.acknowledges support from the Procter&Gamble(P&G)(No.DA24-00647)and the 2024-2025 Henry C.McBay Faculty Research Fellowship from UNCF.’but should have been‘This research has been supported by a grant from the U.S.Environmental Protection Agency’s P3 program.This publication was developed under Assistance Agreement No.SU840873 awarded by the U.S.Environmental Protection Agency to D.Wang,S.Jafarinejad,and J.He.It has not been formally reviewed by EPA.
文摘The 53rd issue of Financial Innovation(FIN),Volume 11,No.5(2025),features 21 papers that can be classified into four main themes:the Special Issue on The Anomie of Artificial Intelligence(AI)in Finance:Bridging the Gap Between Technical Power and Human Wisdom,and Financial Markets and Investments,Economic and Policy Analysis,Corporate Governance and Related Market Dynamics.
基金supported by the Science and Technology Project of State Grid Corporation of China:Research on China’s end-use energy consumption demand and grid development scenarios under the dual carbon goals(1400-202455413A-3-5-YS).
文摘To effectively facilitate the low-carbon transition of energy and power systems,it is imperative to not only design transition paths at the macro level,but also conduct system feasibility analysis at the operation level.This study proposes a comprehensive analytical methodology for evaluating the lowcarbon transition pathways of the power system.Based on the model built and paths designed in Part I of the paper,Part II extends the analysis by conducting a production simulation of the power system under various predefined scenarios,thereby validating the electric power and energy balance.The flexibility and resilience of the power system operation are evaluated under both normal and extreme weather conditions.Furthermore,the economic viability of different transition paths is compared,and the impacts of multiple factors on the annualized cost of each path are examined through sensitivity analysis.Together with Part I,this paper achieves the soft-linking of bottom-up power system operation simulation and economic analysis to topdown development scenario design,providing support for the rationality and feasibility verification of macro transition paths of China’s power system towards carbon neutrality by 2060.
基金Open access funding provided by South China University of Technologysupported by the Key Research and Development Program of Guangzhou(no.202206050002).
文摘Fundamental research and economic analysis of hydrate-based carbon dioxide(CO_(2))sequestration play a key role in developing the industrialization of oceanic CO_(2) sequestration.Therefore,this review deals with recent progress in hydrate-based CO_(2) sequestration from the thermodynamics and kinetics as well as their energy consumption and cost.The first section provides an overview of the thermodynamics of CO_(2) hydrate formation in both pure water and sea water,establishing a relationship between the enthalpy change of the hydrate formation reaction and the hydrate structure.Subsequently,a comparison of the kinetics of CO_(2) hydrate formation in pure water and sea water is presented,with further insight into the formation kinetics obtained through hydrate nucleation and growth models.The process of liquid CO_(2) forming hydrates is summarized,serving as a critical part of the fundamental research for oceanic CO_(2) sequestration.Finally,energy consumption and cost of CO_(2) capture methods are compared,and the whole sequestration process cost of CO_(2) capture-storage-transport-injection is comprehensively analyzed.The new understanding of this review is conducive to further commercial and industrial development of hydratebased CO_(2) sequestration.
