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Conversion carbon capture and storage Factors in Temperate Human Controlled Wetland

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Journal of Environmental Science and Engineering(B) 2023年第5期12卷 211-219页

作者： Doimi Mauro Minetto Giorgio Department of Electronic Biology and Manufacturing EngineeringD&D ConsultingVeniceMestre 30171Italy Department of Biology D&D ConsultingVeniceMestre 30171Italy

This paper provides guidance for the quantification and reporting of blue carbon removals in the temperate coastal ecosystems,“Italian valli da pesca”or H.C.W.(Human Controlled Wetland,Lat.45°Lon.12°),where some pools as seagrasses,and salt marshes,are highly efficient at capturing and storing carbon dioxide(CO_(2))from the atmosphere.Halophyte salt marsh plants were found to have a%C on Dry Weight(D.W.)of 32.26±3.91(mean±standard deviation),macrophytes 33.65±7.99,seagrasses 29.23±2.23,tamarisk 48.42±2.80,while the first 5 centimetres of wetland mud,on average,had a%C of 8.56±0.94.Like the ISO(International Organization for Standardization)14064 guideline to quantify the GHG(Greenhouse Gas)emission,we have studied the different conversion factors to be used as a practical tool for measurement the CO_(2)sink activity.These factors are essential to calculate the overall carbon reduction in a project located in temperate wetland using a method as the ISO 14064.2,UNI-BNeutral,VCS VERRA or other that will come.

关键词： Blue carbon carbon conversion factor carbon capture and storage CO_(2) UNI BNeutral VERRA VCS wetland

Enhanced carbon capture with motif-rich amino acid loaded defective robust metal-organic frameworks

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Nano Research 2024年第3期17卷 2004-2010页

作者： Qi-Ye Ju Jia-Jia Zheng Li Xu Hai-Yan Jiang Zi-Qian Xue Lu Bai Yang-Yang Guo Ming-Shui Yao Ting-Yu Zhu State Key Laboratory of Multi-phase Complex Systems CAS Key Laboratory of Green Process and EngineeringBeijing Key Laboratory of Ionic Liquids Clean ProcessInstitute of Process EngineeringChinese Academy of SciencesBeijing 100190China Laboratory of Theoretical and Computational Nanoscience National Center for Nanoscience and TechnologyChinese Academy of SciencesBeijing 100190China School of Rare Earths University of Science and Technology of ChinaHefei 230026China Ganjiang Innovation Academy Chinese Academy of SciencesGanzhou 341000China University of Chinese Academy of Sciences Chinese Academy of SciencesBeijing 100049China Institute for Integrated Cell-Material Sciences Kyoto UniversityInstitute for Advanced StudyKyoto UniversityYoshidaUshinomiya-choSakyokuKyoto 606-8501Japan

The use of metal-organic frameworks(MOFs)as solid adsorption materials for carbon capture is promising,but achieving efficient and reversible adsorption with a balance of capacity and selectivity for carbon dioxide(CO_(2))over N_(2) remains a challenge.To take full advantage of the strong channel traffic and robustness of MOFs with relatively small pores,it is highly necessary to employ a defect-engineering strategy to construct a broader channel structure that can facilitate the loading of functional motif-rich amino acids(AAs).This strategy can greatly enhance the CO_(2) adsorption performance of MOF.In this study,motif-rich amino acids are loaded into the defective and robust porous frameworks via combined defect-engineering and post-synthetic methods.The defective Zr/Hf-MOF-808s modified with AAs,especially for the 18 mol%4-nitroisophthalic acid,generated defective products allowing for the loading of L-serine(L-Ser).This modification resulted in a significant improvement in both the adsorption capacity(248%improvement at 298 K,100 kPa)and the selectivity of CO_(2)/N_(2) using the ideal adsorbed solution theory(IAST),with the selectivity increasing to 120.55 and 38.27 at 15 and 100 kPa,respectively,while maintaining good cycling performance.Density functional theory(DFT)simulation,CO_(2) temperature-programmed desorption(CO_(2)-TPD),and in situ Fourier transform infrared spectroscopy(FTIR)were further employed to have a better understanding of the enhanced CO_(2) adsorption capacity.Interestingly,unlike the AAs loaded pristine MOF-808s that showed the best CO_(2) adsorption capacity with the loading of short and small glycine(Gly),the broadened channel size in our work enables the loading of functional motif-rich L-serine,which brings more active binding sites,improving CO_(2) adsorption.

关键词： carbon capture and storage metal-organic framework(MOF) amino acids(AAs) defect-engineering motif-rich

carbon capture Technologies in OAPEC Member Countries and the Circular carbon Economy: A Roadmap to Zero Emissions by 2050

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Open Journal of Energy Efficiency 2024年第2期13卷 25-37页

作者： Salem Baidas Sematco Soil and Engineering Material Testing Co. Kuwait City Kuwait

Several Organization of Arab Petroleum Exporting Countries (OAPEC) member states (OMSs) have updated their nationally determined contributions (NDCs) with the aim of achieving zero carbon emissions by 2050. carbon neutrality requires shifting from a linear carbon economy (LCE) to a circular carbon economy (CCE). carbon capture and storage (CCS) technologies, including reduction, recycle, reuse, removal, and storage technologies, represent an important strategy for achieving such a shift. Herein, we investigate the effects of CCS technology adoption in six OMSs—namely the Kingdom of Saudi Arabia (KSA), Qatar, the United Arab Emirates (UAE), Kuwait, Algeria, and Iraq—by examining their Circular carbon Economy Index (CCEI) scores, which reflect compliance with CCE-transition policies. Total CCEI, current performance CCEI dimension, and future enabler CCEI dimensions scores were compared among the aforementioned six OMSs and relative to Norway, which was used as a global-high CCEI reference standard. Specifically, CCEI general scope and CCEI oil scope dimension scores were compared. The KSA, Qatar, the UAE, and Kuwait had higher CCEI scores than Algeria and Iraq, reflecting their greater adoption of CCE-transition policies and greater emission-reducing modernization investments. The current performance CCEI scores of Algeria and Iraq appear to be buttressed to some extent by their greater natural carbon sink resources. Based on the findings, we recommend specific actions for OMSs to enhance their CCE transitions and mitigate the negative impacts associated with the associated investments, including: taking rapid practical steps to eliminate carbon oil industry emissions;detailed CCS planning by national oil companies;international cooperation and coordination;and increased investment in domestic CCS utilization infrastructure.

关键词： OAPEC Petroleum Fossil Fuels carbon capture and storage Circular carbon Economy

The potential of 3D printing in facilitating carbon neutrality

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Journal of Environmental Sciences 2023年第8期130卷 85-91页

作者： Dingyi Wang Tingting Zhang Xudong Guo Dayi Ling Ligang Hu Guibin Jiang State Key Laboratory of Environmental Chemistry and Ecotoxicology Research Center for Eco-Environmental SciencesChinese Academy of SciencesBeijing 100085China School of Environment Hangzhou Institute for Advanced StudyUniversity of Chinese Academy of SciencesHangzhou 310024China School of Environment and Health Jianghan UniversityWuhan 430056China

At present,dramatically reduction of fossil fuel usage is regarded as a major initiative to achieve the carbon neutrality goal.Nevertheless,current energy policies are unlikely to achieve the climate goal without sacrificing economic development and people’s livelihood because fossil fuels are currently the dominant energy source.As an environment-friendly manufacturing technology,three-dimensional printing(3DP)is flourishing and is considered beneficial to energy structure adjustment and industrial upgrading.Despite this,its potential to contribute to global carbon neutrality has not attracted enough attention.Herein,we explore the application of 3DP and its potential facilitating carbon neutrality from crucial sectors and applications including manufacturing,construction energy,livestock,and carbon capture and storage(CCS)technologies.The additive manufacturing and decentralized manufacturing characteristics of 3DP allow reducing greenhouse gas(GHG)emissions in manufacturing and construction sectors by optimized and lightweight designs,reduced material and energy consumption,and shortened transport processes.In addition,3DP enables the precise manufacturing of customized complex structures and the expansion of functional materials,which makes 3DP an innovative alternative to the development of novel energy-related devices,cultured meat production technology,and CCS technologies.Despite this,the majority of applications of 3DP are still in an early stage and need further exploration.We call for further research to precisely evaluate the GHG emission reduction potential of 3DP and to make it better involved and deployed to better achieve carbon neutrality.

关键词： carbon neutrality GHG emissions 3D printing Green manufacturing Livestock carbon capture and storage

Experimental salt cavern in offshore ultra-deep water and well designevaluation for CO_(2) abatement

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International Journal of Mining Science and Technology 2019年第5期29卷 641-656页

作者： Alvaro Maia da Costa Pedro V.M.Costa Antonio C.O.Miranda Mariana B.R.Goulart Okhiria D.Udebhulu Nelson F.F.Ebecken Ricardo C.Azevedo Sérgio M.de Eston Giorgio de Tomi Andre B.Mendes Julio R.Meneghini Kazuo Nishimoto Claudio Mueller Sampaio Camila Brandao Alexandre Breda University of Sao Paulo(USP) Sao Paulo 01000-000Brazil Modecom-Technology in Geomechanics and Computing Modeling Rio de Janeiro 27570-000Brazil Department of Civil and Environment Engineering University of Brasília(UnB)Brasília 70000-000Brazil COPPE Federal University of Rio de JaneiroRio de Janeiro 27570-000Brazil Technology Division of Shell Shell BrazilRio de Janeiro 27570-000Brazil

This paper presents a proposal for an experimental salt cavern in offshore ultra-deep water for CO2 abatement,including the instrumentation plan and well conceptual design evaluated for carbon capture and storage(CCS)application.These studies are based on applied computational mechanics associated with field experimentation that has contributed to the technical feasibility of the underground potash mine at the State of Sergipe in Brazil.This knowhow allowed the stability analysis of several salt caverns for brine production at the State of Alagoas in Brazil and to the drilling through stratified thick layers of salt of the pre-salt reservoirs in Santos Basin.Now,this knowledge has been applied in the design of onshore and offshore salt caverns opened by dissolution for storage of natural gas and CO2.The geomechanical study,through the application of computational mechanics,of offshore giant salt caverns of 450 m high by 150 m in diameter,shows that one cavern can store about 4 billion Sm3 or 7.2 million tons of CO2.Before the construction of the giant cavern,which will be the first gas storage offshore in the world,it has been decided to develop an experimental one,with smaller size,to obtained field parameters.The experimental cavern will allow the calibration of parameters to be used in the structural integrity analysis of the cavern and well for storage of natural gas which is rich in CO2 under high pressure.

关键词： Salt cavern Pre-salt reservoir Geomechanical study carbon capture and storage

The Neglected Role of Risk Mitigation Perception in the Risk Governance of Underground Technologies——The Example of Induced Seismicity

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International Journal of Disaster Risk Science 2020年第5期11卷 630-639页

作者： Lisa Haemmerli Michael Stauffacher D-USYS Transdisciplinarity Lab Department of Environmental Systems Science(D-USYS)ETH Zurich(Swiss Federal Institute of Technology/Eidgenossische Technische Hochschule)8092 ZurichSwitzerland

Subsurface technologies,such as geothermal energy and carbon capture and storage,are options to help limit global warming.Subsurface tech no logies involve the risk of induced seismicity.The successful implementation of these technologies depends on the public perception of these risks.Risk governance frameworks propose assessing the level of public concern and designing adapted risk mitigation measures.We propose that concerns should not only be investigated with respect to the perceived risks but also with respect to the potential mitigation measures.We explore this by analyzing the perception of risk mitigation measures for different subsurface technologies.With an online survey(N=808)in Switzerland we analyzed four technologies(in-between subject design)and four mitigation measures(within subject design).We found that risk mitigation measures are perceived differently,within and across technologies.Thus,public concerns about risk mitigation really matter.We suggest that future research should focus on how risk mitigation measures can be applied and communicated to realize the full potential of risk governance frameworks.

关键词： carbon capture and storage Enhanced geothermal systems Induced seismicity Risk mitigation perception Shale gas Switzerland

Low-carbon unit commitment with intensive wind power generation and carbon capture power plant

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Journal of Modern Power Systems and Clean Energy 2015年第1期3卷 63-71页

作者： Jiaming LI Jinyu WEN Xingning HAN State Key Laboratory of Advanced Electromagnetic Engineering and Technology School of Electrical and Electronic EngineeringHuazhong University of Science and TechnologyWuhan 430074China

The paper proposes a stochastic unit commitment(UC)model to realize the low-carbon operation requirement and cope with wind power prediction errors for power systems with intensive wind power and carbon capture power plant(CCPP).A linear re-dispatch strategy is introduced to compensate the wind power deviation from the spot forecast.The robust optimization technique is employed to obtain a reliable commitment plan against all realizations of wind power within the uncertainty set given by probabilistic forecast.The proposed model is validated with IEEE 39-bus system.The advantages of flexible CCPPs are compared to the normal coal-fueled plants and the impacts of robustness controlling are discussed.

关键词： Low-carbon unit commitment carbon capture and storage Linear re-dispatch strategy Robust optimization

Current status of stationary fuel cells for coal power generation

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Clean Energy 2018年第2期2卷 126-139页

作者： Xing Zhang IEA Clean Coal Centre 176 Upper Richmond RdLondon SW152SHUK

Fuel cells electrochemically convert chemical energy in fuels into electrical energy(and heat)and so can produce power efficiently with low environmental impact.Applications of fuel cells include stationary power generation,distributed combined heat and power(CHP)and portable power.Recently,research has been conducted on direct carbon fuel cell(DCFC)technology that converts the chemical energy in solid carbon directly into electricity.This article discusses these technologies and their development status.For small-to medium-sized stationary power systems and CHP,the USA ranks first for fuel cell capacity and Japan leads for delivery systems.South Korea is home to the world’s largest fuel cell power plant:the 59-MW Gyeonggi Green Energy park in Hwasung City.Deployment of fuel cell systems is driven by support from governments in the form of tax credits and other incentives.For large stationary power generation,current interest is in integrating a coal gasification process with high-temperature fuel cells(IGFC)to create ultra-high-efficiency,low-emissions power generation systems.The first IGFC demonstration plant with CCS may be in Japan in 2021 as a result of the CoolGen project.DCFC is still in its infancy and far from demonstration.The overall challenges for stationary fuel cells are cost and cell durability.Experience gained from research,designing,building and operating commercially available systems and the IGFC demonstration plant should lead to further development of the technologies and reduced costs,making them a realistic option for power generation.

关键词： stationary fuel cells power generation efficiency carbon capture and storage IGCC IGFC DCFC coal

Monitoring and Quantification of carbon Dioxide Emissions and Impact of Sea Surface Temperature on Marine Ecosystems as Climate Change Indicators in the Niger Delta Using Geospatial Technology

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Journal of Atmospheric Science Research 2023年第1期6卷 1-20页

作者： Okechukwu Okpobiri Eteh Desmond Rowland Francis Emeka Egobueze Mogo Felicia Chinwe Department of Geology River State UniversityRivers State500101Nigeria Niger Delta University Wilberforce IslandAmassoma.Bayelsa State560103Nigeria Institution of Geoscience Space Technology Rivers State University of Science and TechnologyRiver State500101Nigeria African Marine Environment Sustainability Initiative(AFMESI)Festac Lagos 102312Nigeria

The Niger Delta marine environment has experienced a series of environmental disasters since the inception of oil and gas exploration,which can be attributed to climate change.carbon dioxide(CO_(2))emissions and sea surface temperature(T)ties associated with burning fossil fuels,such as gas flaring,vehicular traffic,and marine vessel movement along the sea,are increasing.Using data extracted from the NASA Giovanni satellite’s Atmospheric Infrared Sounder(AIRS)and Moderate Resolution Imaging Spectroradiometer(MODIS),this study mapped the carbon footprint and T along the coastline into the deep sea from 2003 to 2011,using ArcGIS software.The spatial distribution of CO_(2) and T concentrations determined by the inverse distance weighting(IDW)method reveals variations in the study area.The results show an increase in the quantity of the mean tropospheric CO_(2) from July 2003 to December 2011,from 374.5129 ppm to 390.7831 ppm annual CO_(2) emissions,which also reflects a continuous increase.The average Monthly sea surface temperature had a general increasing trend from 25.79℃ in July 2003 to 27.8°C in December,with the Pearson correlation coefficient between CO_(2) and T indicating 50%strongly positive,20%strongly negative,20%weakly positive,and 10%weakly negative.CO_(2) levels,like temperature,follow a seasonal cycle,with a decrease during the wet season due to precipitation dissolving and plant uptake during the growing season,and then a rise during the dry season.carbon capture and storage technologies must be implemented to benefit the marine ecosystem and human well-being.

关键词： carbon footprint NASA Giovanni Climate change Coastline carbon capture and storage