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哈尔滨工程大学学报（英文版）
哈尔滨工程大学学报（英文版）

段文洋

季刊

1671-9433

jmsa@hrbeu.edu.cn

0451-82589211

150001

哈尔滨市南岗区南通大街145-1号楼

哈尔滨工程大学学报（英文版）/Journal Journal of Marine Science and ApplicationCSCDCSTPCD北大核心
查看更多>>Journal of Marine Science and Application（《船舶与海洋工程学报》），创刊于2002年，季刊，由中国造船工程学会和哈尔滨工程大学联合主办，与国际知名出版集团Springer联合出版发行的英文国际学术期刊，是中国造船工程学会会刊。主要刊登中国船舶与海洋领域最新的科研成果和高水平的学术论文，旨在促进国际学术交流、推动国内船舶科技的发展。期刊具体内容涉及船舶工程（基础理论研究、船舶结构物设计、船舶性能研究、船舶结构动力学分析、造船技术、船舶材料、现代船舶设计与制造、水下航行器等）、海洋工程（海岸工程、港口航道、深海工程、海洋水文、海洋气象等）、船舶轮机工程、船舶电力与通信、船舶动力与机械、水声工程（水声材料研究、水下通信技术、水下声设备与仪器研究、水声探测技术等）、船舶经济学等。为进一步促进船舶与海洋工程诸领域研究的学术交流，让作者更方便地投稿和跟踪审稿进度，让编委和审稿人更轻松管理审稿任务和决策，采用汤森路透ScholarOne Manuscripts在线投审稿平台。 汤森路透是全球领先的专业信息和在线工作流平台提供商，是科学引文索引（SCI）的 出版者。《Journal of Marine Science and Application》基于ScholarOne Manuscripts 的投审稿平台现已正式开通请访问 如需查询原投稿系统中已投稿件的状态，请登录 或电话咨询0451-82589211，给您带来的不便我们深感歉意！
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    Offshore Carbon Capture,Utilization,and Storage

    Jianghui Li
    525-528页
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    Assessing the Viability of Gandhar Field in India's Cambay Basin for CO2 Storage

    Vikram VishalSomali RoyYashvardhan VermaBharath Shekar...
    529-543页
    查看更多>>摘要：Our research is centered on the Gandhar oil field,which was discovered in 1983,where daily oil production has declined significantly over the years.The primary objective was to evaluate the feasibility of carbon dioxide(CO2)storage through its injection into the siliciclastic reservoirs of Ankleshwar Formation.We aimed to obtain high-resolution acoustic impedance data to estimate porosity employing model-based poststack seismic inversion.We conducted an analysis of the density and effective porosity in the target zone through geostatistical techniques and probabilistic neural networks.Simultaneously,the work also involved geomechanical analysis through the computation of pore pressure and fracture gradient using well-log data,geological information,and drilling events in the Gandhar field.Our investigation unveiled spatial variations in effective porosity within the Hazad Member of the Ankleshwar Formation,with an effective porosity exceeding 25％ observed in several areas,which indicates the presence of well-connected pore spaces conducive to efficient CO2 migration.Geomechanical analysis showed that the vertical stress(Sv)ranged from 55 MPa to 57 MPa in Telwa and from 63.7 MPa to 67.7 MPa in Hazad Member.The pore pressure profile displayed variations along the stratigraphic sequence,with the shale zone,particularly in the Kanwa Formation,attaining the maximum pressure gradient(approximately 36 MPa).However,consistently low pore pressure values(30-34 MPa)considerably below the fracture gradient curves were observed in Hazad Member due to depletion.The results from our analysis provide valuable insights into shaping future field development strategies and exploration of the feasibility of CO2 sequestration in Gandhar Field.
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    Characterization of Depleted Hydrocarbon Reservoir AA-01 of KOKA Field in the Niger Delta Basin for Sustainable Sub-Sea Carbon Dioxide Storage

    Patrick A.EigbeOlatunbosun O.AjayiOlabode T.OlakoyejoAdekunle O.Adelaja...
    544-564页
    查看更多>>摘要：This study characterized the AA-01 depleted hydrocarbon reservoir in the KOKA field,Niger Delta,using a multidimensional approach.This investigation involved data validation analysis,evaluation of site suitability for CO2 storage,and compositional simulation of hydrocarbon components.The primary objective was to determine the initial components and behavior of the hydrocarbon system required to optimize the injection of CO2 and accompanying impurities,establishing a robust basis for subsequent sequestration efforts in the six wells in the depleted KOKA AA-01 reservoir.The process,simulated using industry software such as ECLIPSE,PVTi,SCAL,and Petrel,included a compositional fluid analysis to confirm the pressure volume temperature(PVT)hydrocarbon phases and components.This involved performing a material balance on the quality of the measured data and matching the initial reservoir pressure with the supplied data source.The compositional PVT analysis adopted the Peng-Robinson equation of state to model fluid flow in porous media and estimate the necessary number of phases and components to describe the system accurately.Results from this investigation indicate that the KOKA AA-01 reservoir is suitable for CO2 sequestration.This conclusion is based on the reservoir's good quality,evidenced by an average porosity of 0.21 and permeability of 1 111.0 mD,a measured lithological depth of 9 300 ft,and characteristic reservoir-seal properties correlated from well logs.The study confirmed that volumetric behavior predictions are directly linked to compositional behavior predictions,which are essential during reservoir initialization and data quality checks.Additionally,it highlighted that a safe design for CO2 storage relies on accurately representing multiphase behaviour across wide-ranging pressure-temperature-composition conditions.
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    • 维普

    Carbon Storage Dynamics in Lower Shimentan Formation of the Qiantang Sag,East China Sea Shelf Basin:Stratigraphy,Reservoir-Cap Analysis,and Source-Sink Compatibility

    Kailong FengWeilin ZhuKai ZhongQiang Fu...
    565-574页
    查看更多>>摘要：Excessive carbon emissions have resulted in the greenhouse effect,causing considerable global climate change.Marine carbon storage has emerged as a crucial approach to addressing climate change.The Qiantang Sag(QTS)in the East China Sea Shelf Basin,characterized by its extensive area,thick sedimentary strata,and optimal depth,presents distinct geological advantages for carbon dioxide(CO2)storage.Focusing on the lower section of the Shimentan Formation in the Upper Cretaceous of the QTS,this study integrates seismic interpretation and drilling data with core and thin-section analysis.We reveal the vertical variation characteristics of the strata by providing a detailed stratigraphic description.We use petrophysical data to reveal the development characteristics of high-quality carbon-storage layers and favorable reservoir-caprock combinations,thereby evaluating the geological conditions for CO2 storage in various stratigraphic sections.We identify Layer B of the lower Shimentan Formation as the most advantageous stratum for marine CO2 storage.Furthermore,we analyze the carbon emission trends in the adjacent Yangtze River Delta region.Considering the characteristics of the source and sink areas,we suggest a strong correlation between the carbon emission sources of the Yangtze River Delta and the CO2 storage area of the QTS,making the latter a priority area for conducting experiments on marine CO2 storage.
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    Experimental Investigation on Condensate Revaporization During Gas Injection Development in Fractured Gas Condensate Reservoirs

    Lei ZhangYingxu HeJintao WuHaojun Wu...
    575-582页
    查看更多>>摘要：The gas field in the Bohai Bay Basin is a fractured metamorphic buried-hill reservoir with dual-media characteristics.The retrograde vaporization mechanism observed in this type of gas condensate reservoir differs significantly from that observed in sand gas condensate reservoirs.However,studies on improving the recovery of fractured gas condensate reservoirs are limited;thus,the impact of retrograde vaporization on condensate within fractured metamorphic buried-hill reservoirs remains unclear.To address this gap,a series of gas injection experiments are conducted in pressure-volume-temperature(PVT)cells and long-cores to investigate the retrograde vaporization effect of condensate using different gas injection media in fractured gas condensate reservoirs.We analyze the variation in condensate volume,gas-to-oil ratio,and condensate recovery during gas injection and examine the influence of various gas injection media(CO2,N2,and dry gas)under different reservoir properties and varying gas injection times.The results demonstrate that the exchange of components between injected gas and condensate significantly influences condensate retrograde vaporization in the formation.Compared with dry gas injection and N2 injection,CO2 injection exhibits a superior retrograde vaporization effect.At a CO2 injection volume of 1 PV,the percentage shrinkage volume of condensate is 13.82％ .Additionally,at the maximum retrograde condensation pressure,CO2 injection can increase the recovery of condensate by 22.4％ .However,the condensate recovery is notably lower in fractured gas condensate reservoirs than in homogeneous reservoirs,owing to the creation of dominant gas channeling by fractures,which leads to decreased condensate recovery.Regarding gas injection timing,the effect of gas injection at reservoir pressure on improving condensate recovery is superior to that of gas injection at the maximum retrograde condensation pressure.This research provides valuable guidance for designing gas injection development plans and dynamic tracking adjustments for fractured gas condensate reservoirs.
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    Basalt Petrology,Water Chemistry,and Their Impact on the CO2 Mineralization Simulation at Leizhou Peninsula Sites,Southern China

    Jinglian JiangPengchun LiChangyou XiaJianxin Cai...
    583-598页
    查看更多>>摘要：Mineral carbonation,which precipitates dissolved carbon dioxide(CO2)as carbonate minerals in basaltic groundwater environments,is a potential technique for negative emissions.The Leizhou Peninsula in southwest Guangdong province has extensive basalt,indicating a promising potential for CO2 storage through rapid mineralization.However,understanding of the basic geological setting,potential,and mechanisms of CO2 mineralization in the basalts of the Leizhou Peninsula is still limited.The mineralization processes associated with CO2 storage at two candidate sites in the area are investigated in this paper:Yongshi Farm and Tianyang Basin(of the dried maar lake).Petrography,rock geochemistry,basalt petrophysical properties,and groundwater hydrochemistry analyses are included in the study.Numerical simulation is used to examine the reaction process and its effects.The results show that basalts in the study areas mainly comprise plagioclase,pyroxene,and Fe-Ti oxides,revealing a total volume fraction exceeding 85％ .Additionally,small amounts of quartz and fayalite are available,with volume fractions of 5.1％ and 1.0％ ,respectively.The basalts are rich in divalent metal cations,which can form carbonate minerals,with an average of approximately 6.2 moles of metal cations per 1 kg of rock.The groundwater samples have a pH of 7.5-8.2 and are dominated by the Mg-Ca-HCO3 type.The basalts demonstrate a porosity range of 10.9％ to 28.8％ ,with over 70％ of interconnected pores.A 20-year geochemical simulation revealed that CO2 injection dissolves primary minerals,including anorthite,albite,and diopside,while CO2 mineralization dissolves precipitation secondary minerals,such as calcite,siderite,and dolomite.Furthermore,a substantial rise in pH from 7.6 to 10.6 is observed in the vicinity of the injected well,accompanied by a slight reduction in porosity from 20％ to 19.8％ .Additionally,36.8％ of the injected CO2 underwent complete mineralization within five years,revealing an increasing percentage of 66.1％ if the experimental period is extended to 20 years.The presence of abundant divalent metal cations in basalts and water-bearing permeable rocks in the Leizhou Peninsula supports the potential for mineral carbonation in basalts,as indicated by the geochemical simulation results.Additional research is necessary to identify the factors that influence the CO2 mineralization,storage,and sensitivity analysis of basalt in the Leizhou Peninsula.
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    Simulation Study on the Migration Range of CO2 in the Offshore Saline Aquifer

    Jiayi WuZhichao ShengJiudi Li
    599-607页
    查看更多>>摘要：The geological storage of carbon dioxide(CO2)is a crucial technology for mitigating climate change.Offshore deep saline aquifers have elicited increased attention due to their remarkable potential for storing CO2.During long-term storage,CO2 migration in a deep saline aquifer needs special attention to prevent it from reaching risk points and leading to security issues.In this paper,a mechanism model is established according to the geological characteristics of saline aquifers in an offshore sedimentary basin in China.The CO2 migration over 100 years is simulated considering geological changes such as permeability,dip angle,thickness,and salinity.The effects of injection conditions on the CO2 migration range are also investigated.Results reveal that the migration range of CO2 in the injection period exceeds 70％ ,even if the post-injection period's duration is five times longer than that of the injection period.As the values of the above geological parameters increase,the migration range of CO2 increases,and permeability has a particularly substantial influence.Moreover,the influences of injection rate and well type are considerable.At high injection rates,CO2 has a greater likelihood of displacing brine in a piston-like scheme.CO2 injected by long horizontal wells migrates farther compared with that injected by vertical wells.In general,the plane migration range is within 3 000 m,although variations in the reservoir and injection parameters of the studied offshore saline aquifers are considered.This paper can offer references for the site selection and injection well deployment of CO2 saline aquifer storage.According to the studied offshore aquifers,a distance of at least 3 000 m from potential leakage points,such as spill points,active faults,and old abandoned wells,must be maintained.
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    Application of Feature,Event,and Process Methods to Leakage Scenario Development for Offshore CO2 Geological Storage

    Qiang LiuYanzun LiMeng JingQi Li...
    608-616页
    查看更多>>摘要：Offshore carbon dioxide(CO2)geological storage(OCGS)represents a significant strategy for addressing climate change by curtailing greenhouse gas emissions.Nonetheless,the risk of CO2 leakage poses a substantial concern associated with this technology.This study introduces an innovative approach for establishing OCGS leakage scenarios,involving four pivotal stages,namely,interactive matrix establishment,risk matrix evaluation,cause-effect analysis,and scenario development,which has been implemented in the Pearl River Estuary Basin in China.The initial phase encompassed the establishment of an interaction matrix for OCGS systems based on features,events,and processes.Subsequent risk matrix evaluation and cause-effect analysis identified key system components,specifically CO2 injection and faults/features.Building upon this analysis,two leakage risk scenarios were successfully developed,accompanied by the corresponding mitigation measures.In addition,this study introduces the application of scenario development to risk assessment,including scenario numerical simulation and quantitative assessment.Overall,this research positively contributes to the sustainable development and safe operation of OCGS projects and holds potential for further refinement and broader application to diverse geographical environments and project requirements.This comprehensive study provides valuable insights into the establishment of OCGS leakage scenarios and demonstrates their practical application to risk assessment,laying the foundation for promoting the sustainable development and safe operation of ocean CO2 geological storage projects while proposing possibilities for future improvements and broader applications to different contexts.
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    Monitoring Technologies for Marine Carbon Sequestration in Zhanjiang

    Yiwen XiongYangze DongXiahua ChenWenchang Ling...
    617-627页
    查看更多>>摘要：Marine carbon sequestration is an important component of carbon dioxide capture,utilization and storage(CCUS)technology.It is crucial for achieving carbon peaking and carbon neutralization in China.However,CO2 leakage may lead to seabed geological disasters and threaten the safety of marine engineering.Therefore,it is of great significance to study the safety monitoring technology of marine carbon sequestration.Zhanjiang is industrially developed and rich in carbon sources.Owing to the good physical properties and reservoirs and trap characteristics,Zhanjiang has huge storage potential.This paper explores the disaster mechanism associated with CO2 leakage in marine carbon sequestration areas.Based on the analysis of the development of Zhanjiang industry and relevant domestic monitoring technologies,several suggestions for safety monitoring of marine carbon sequestration are proposed:application of offshore aquaculture platforms,expansion and application of ocean observation networks,carbon sequestration safety monitoring and sensing system.Intended to build a comprehensive and multi-level safety monitoring system for marine carbon sequestration,the outcome of this study provides assistance for the development of marine carbon sequestration in China's offshore areas.
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    Hcable for Time-Lapse Seismic Monitoring of Marine Carbon Capture and Storage

    Bin LiuYutong FuPengfei Wen
    628-633页
    查看更多>>摘要：To ensure project safety and secure public support,an integrated and comprehensive monitoring program is needed within a carbon capture and storage(CCS)project.Monitoring can be done using many well-established techniques from various fields,and the seismic method proves to be the crucial one.This method is widely used to determine the CO2 distribution,image the plume development,and quantitatively estimate the concentration.Because both the CO2 distribution and the potential migration pathway can be spatially small scale,high resolution for seismic imaging is demanded.However,obtaining a high-resolution image of a subsurface structure in marine settings is difficult.Herein,we introduce the novel Hcable(Harrow-like cable system)technique,which may be applied to offshore CCS monitoring.This technique uses a high-frequency source(the dominant frequency＞100 Hz)to generate seismic waves and a combination of a long cable and several short streamers to receive seismic waves.Ultrahigh-frequency seismic images are achieved through the processing of Hcable seismic data.Hcable is then applied in a case study to demonstrate its detailed characterization for small-scale structures.This work reveals that Hcable is a promising tool for time-lapse seismic monitoring of oceanic CCS.
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    • 维普