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首页 > 安环与分析-矿山生态修复专题

黄金矿山生态修复：现状、挑战与展望

作者：
夏源|涂光远|廖骐|张宝一|杨志辉
作者单位：
中南大学地球科学与信息物理学院&湖南省地质测绘院有限公司|中南大学冶金与环境学院|中南大学冶金与环境学院|中南大学地球科学与信息物理学院|中南大学冶金与环境学院
基金项目：
国家重点研发计划项目（2021YFC1809203）；湖南省自然资源科技计划项目（湘自资科20230106ST）
详细信息：
作者简介：
夏源(1994—),男，工程师，硕士研究生，从事测绘地理信息数据处理与矿山环境相关工作；E-mail：pkmartin_001@hotmail.com
通讯作者：
廖骐（1979—），男，副教授，从事矿山生态修复工作；E-mail：liaoqi@csu.edu.cn
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Ecological restoration of gold mines:current status,challenges,and prospects

English Author：
School of Geosciences and Info-physics,Central South University&Hunan Geological Mapping Institute Co.,Ltd.|School of Metallurgy and Environment,Central South University|School of Metallurgy and Environment,Central South University|School of Geosciences and Info-physics,Central South University|School of Metallurgy and Environment,Central South University
Unit：

摘要
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参考文献

摘要:

聚焦黄金矿山开采带来的环境问题及生态修复技术，分析了黄金矿山开采产生的严重环境影响，强调了生态修复的必要性；详细探讨了黄金矿山各阶段的污染现状及其复合污染和治理难题。结合数个黄金矿山生态修复工程实例，深入分析了开采场、堆浸场地和尾矿库的生态环境问题及生态修复技术。对黄金矿山生态修复的未来进行了展望，倡导多学科融合、提升研究质量、结合现代技术与科学管理等发展方向。强调综合应用修复技术及技术创新的重要性，以实现黄金矿山的高质量发展，达到经济与环境的双赢。

关键词:

黄金矿山；生态修复；矿山环境治理；修复技术；氰化尾渣；多学科融合

Abstract:

Focusing on environmental issues caused by gold mining and ecological restoration technology,this study analyzes the severe environmental impacts of gold mining,emphasizing the necessity of ecological restoration.Pollution statuses and composite pollution as well as its treatment challenges at various stages of gold mining are detailed.Based on the cases of ecological restoration projects in several gold mines,the study made an in-depth analysis of the stopes,heap leaching sites,and tailings ponds,highlighting the environmental issues and restoration technologies.Prospects of ecological restoration of gold mines emphasize multidisciplinary integration,enhanced research quality,and integration of modern technology with scientific management.The importance of technological innovation and comprehensive application of restoration technology is stressed to achieve high-quality development of gold mines and a win-win scenario for the economy and the environment.

Keywords:

gold mines;ecological restoration;mine environmental management;restoration technology;cyanide tailings;multidisciplinary integration

[1]罗栋,王艳楠.我国金矿资源现状与找矿方向[J].资源与产业,2013,15(4):51-57.
[2]许勇.去年黄金产业主要数据发布[N].中国黄金珠宝，2024-07-30.
[3]苑兴伟,刘文锋,张义森,等.黄金尾矿生态修复技术研究[J].农业科技与装备,2020(1):8-9.
[4]王淑民,崔文瑞,王吉坤,等.新形势下绿色矿山建设问题及建议研究[J].煤炭加工与综合利用,2024(1):95-98.
[5]陈芳芳,张亦飞,薛光.黄金冶炼生产工艺现状及发展[J].中国有色冶金,2011,40(1):11-18.
[6]贺立旭,杨卫春,杨志辉,等.金矿堆场含氰污染物及其处理技术综述[C]∥中国环境科学学会.中国环境科学学会2021年科学技术年会——环境工程技术创新与应用分会场论文集（四）.北京：中国环境科学学会,2021.
[7]张海亮,王建文,马利凤,等.黄金堆浸工艺的工程应用研究进展与实践[J].有色金属(冶炼部分),2023(7):48-56.
[8]王艺竹,王佳怡,向泽慧,等.山东某金矿工艺矿物学及选矿影响因素研究[J].黄金,2024,45(2):33-36.
[9]朱忠泗.硫脲类非氰化浸金药剂的制备及应用研究[D].长沙：中南大学，2014.
[10]PARKJM,TREVORSEWELLB,BENEDIKMJ.Cyanidebiore-mediation:Thepotentialofengineerednitrilases[J].AppliedMicrobiologyandBiotechnology,2017,101(8):3029-3042.
[11]王博.黄金氰化尾矿库细菌群落特征及氰化物降解菌株筛选与机理研究[D].兰州：兰州交通大学，2023.
[12]LIAOQ,TUGY,YANGZH,etal.SimultaneousadsorptionofAs(Ⅲ),Cd(Ⅱ)andPb(Ⅱ)byhybridbio-nanocompositesofnanohydroxyferricphosphateandhydroxyferricsulfateparticlescoatingonAspergillusniger[J].Chemosphere,2019,223:551-559.
[13]GUADALIMAMPG,MONTEROSDAN.Evaluationoftherotationalspeedandcarbonsourceonthebiologicalremovaloffreecyanidepresentongoldminewastewater,usingarotatingbiologicalcontactor[J].JournalofWaterProcessEngineering,2018,23:84-90.
[14]MEEUSSENJC,KEIZERMG,VANRIEMSDIJKWH,etal.Solu-bilityofcyanideincontaminatedsoils[R].Hoboken:WileyOnlineLibrary,1994.
[15]陈善沐.紫金山大型铜金矿动态开采水土保持措施补充整合探讨[J].水土保持学报,2004,18(4):186-189，199.
[16]安俊珍,蔡崇法,罗进选,等.蛇屋山金矿生态环境损害与尾矿植被恢复模式[J].中国水土保持科学,2013,11(2):77-83.
[17]LIUJ,ZHANGSW,LIEW,etal.Effectsofcubicecologicalrestorationofminingwastelandandthepreferredrestorationscheme[J].ScienceoftheTotalEnvironment,2022,851（P1）:158155.
[18]李贤,王福德,张江华,等.青南高原砂金矿地质环境恢复治理模式探讨[J].中国矿业,2013,22(10):73-75,79.
[19]李鹏,曾金.秦岭金矿开采区矿山泥石流发育特征及其防治对策研究——以龙湾沟为例[J].世界有色金属,2018(12):187-189.
[20]房彬,张建,李玉庆，等.土壤氰化物污染生物修复技术研究进展[J].化工环保,2016,36(4):375-380.
[21]李云鹏,陈建业,陈学平,等.五种护坡草本植物根系固土效果研究[J].中国水土保持,2021(1):41-45,45.
[22]张博文,李富平,许永利.10种草本植物对石矿迹地土壤的改良效果[J].江苏农业科学,2018,46(21):286-290.
[23]MORTENL,STEFANT.Uptakeofironcyanidecomplexesintowillowtrees[J].EnvironmentalScience&Technology,2006,40(6):1956-1961.
[24]龙新宪,杨肖娥,倪吾钟.重金属污染土壤修复技术研究的现状与展望[J].应用生态学报,2002,13(6):757-762.
[25]黄白飞,辛俊亮.植物积累重金属的机理研究进展[J].草业学报,2013,22(1):300-307.
[26]KANGDH,HONGLY,SCHWABPA,etal.Removalofprussianbluefromcontaminatedsoilintherhizosphereofcyanogenicplants[J].Chemosphere,2007,69(9):1492-1498.
[27]DECARVALHOCFM,VIANADG,PIRESFR,etal.Phytoremediationofbarium-affectedfloodedsoilsusingsingleandintercroppingcultivationofaquaticmacrophytes[J].Chemosphere,2019,214:10-16.
[28]BIANFY,ZHONGZK,LICZ,etal.Intercroppingimprovesheavymetalphytoremediationefficiencythroughchangingpropertiesofrhizospheresoilinbambooplantation[J].JournalofHazardousMaterials,2021,416:125898.
[29]HUANGR,XINGC,YANGYR,etal.PhytoremediationandenvironmentaleffectsofthreeAmaranthaceaeplantsincontaminatedsoilunderintercroppingsystems[J].ScienceoftheTotalEnvironment,2024,914:169900.
[30]周井刚,蔡信德,毛媛媛,等.两种光源对污染土壤中氰化物的处理研究[J].广州环境科学,2014,29(4):30-34.
[31]张涛,仇浩,邹泽李,等.氰化物污染土壤的化学氧化修复方法初步研究[J].环境科学学报,2009,29(7):1465-1469.
[32]孙浩然.螯合剂淋洗修复土壤中As、Sb污染物实验研究[D].贵州：贵阳大学，2016.
[33]ZHANGLX,WANGJW,ZOUR，etal.Remediationofcompositecontaminatedsoilbylead,arsenic,uraniumandthoriumofradioactiveandheavymetalusingchemicaldrenchingcombinedwithpassivation[J].Water,Air,&SoilPollution,2024,235(9):599.
[34]LIYH,SUNJR,QIANJ,etal.Studyontheremediationofcadmium/mercurycontaminatedsoilbyleaching:effectiveness,conditions,andecologicalrisks[J].Water,Air,&SoilPollution,2023,234(1):45.
[35]ADJEIMD,OHTAY.FactorsaffectingthebiodegradationofcyanidebyBurkholderiacepaciastrainC-3[J].JournalofBioscienceandBioengineering,2000,89(3):274-277.
[36]AKCILA,MUDDERT.Microbialdestructionofcyanidewastesingoldmining:processreview[J].BiotechnologyLetters,2003,25(6):445-450.
[37]LUQUE-ALMAGROVM,CABELLOP,SáEZLP,etal.Exploringanaerobicenvironmentsforcyanideandcyano-derivativesmicrobialdegradation[J].AppliedMicrobiologyandBiotechnology,2018,102(3):1067-1074.
[38]SHIND,PARKJ,PARKH,etal.Keymicrobesandmetabolicpotentialscontributingtocyanidebiodegradationinstirred-tankbioreactorstreatinggoldminingeffluent[J].MineralProcessingandExtractiveMetallurgyReview,2020,41(2):85-95.
[39]FINNEGANI,TOERIENS,ABBOTL,etal.Identificationandcharacterisationofanacinetobactersp.capableofassimilationofarangeofcyano-metalcomplexes,freecyanideionsandsimpleorganicnitriles[J].AppliedMicrobiologyandBiotechnology,2004,36(1):142-144.
[40]ZHAOFP,ZHANGQY,HELX,etal.MolecularlevelinsightofthiocyanatedegradationbyPseudomonasputidaTDB-1underahigharsenicandalkalinecondition[J].ScienceoftheTotalEnvironment,2023,874:162578.
[41]邓政斌,童雄.浅述尾矿干堆技术的前景[J].矿冶,2011,20(2):10-14,19.
[42]王陈颐.氰化尾矿干堆技术应用实践[J].价值工程,2014,33(8):322-323.
[43]陈宇,吴为荣,华芳,等.氰化尾矿低温焙烧破氰试验研究[J].黄金,2024,45(3):91-93.
[44]LIHY,YINSH,LISW,etal.Investigationontherecoveryofgoldfrompretreatedcyanidetailingsusingchlorinationleachingprocess[J].SeparationScienceandTechnology,2021,56(1):45-53.
[45]CASTILHOSZC,DOMINGOSLMB.Apictureofartisanalandsmall-scalegoldmining(ASGM)inBrazilanditsmercuryemissionsandreleases[J].EnvironmentalGeochemistryandHealth,2024,46(3):101.
[46]HUM,GUON,HUZ，etal.Thereusegoldtailingsasfillingmaterialsfordepletedmines[J].MineWaterandtheEnvironment，2024,43：266-277.
[47]MASHIFANAT,SITHOLET.Cleanproductionofsustainablebackfillmaterialfromwastegoldtailingsandslag[J].JournalofCleanerProduction,2021,308:127357.
[48]ZHANGL,JIANGT,GUOXY.etal.Sustainableprocessingofgoldcyanidetailings:Reductionroasting,mechanicalactivation,non-cyanideleaching,andmagneticseparation[J].Hydrometallurgy,2023,217:106028
[49]BAKATULAEN,STRAKERCJ,CUKROWSKAEM,etal.AzeoponicsystemmodifiedwithPenicilliumsimplicissimumfortheremovaloftraceelementsfromaqueoussolutionsandgoldmineleachates[J].JournalofGeochemicalExploration,2015,156:34-43.
[50]SEH-BARDANBJ,OTHMANR,OTHMANR,etal.Biosorptionofheavymetalsinleachatederivedfromgoldminetailingsusingaspergillusfumigatus[J].Clean-SoilAirWater,2013,41(4):356-364.
[51]SOTO-URIBEJC,VALENZUELA-GARCIAJL,SALAZAR-CAMPOYMM,etal.Electrocoagulationprocessforrecoveryofpreciousmetalsfromcyanideleachatesusingalowvoltage[J].ACSEngineeringAu,2023,4(1):139-144.
[52]JIANGS,CHENY,CHENS,etal.Removalandreclamationoftracemetalsfromcopperandgoldminetailingleachatesusinganalkalisuspensionmethod[J].Water,2023,15(10):1902.
[53]ALVAREZR,ORDEZA,LOREDOJ,etal.Wetland-basedpassivetreatmentsystemsforgoldoreprocessingeffluentscontainingresidualcyanide,metalsandnitrogenspecies[J].EnvironmentalScienceProcesses&Impacts,2013,15(11):2115-2124.
[54]钱玲.金矿尾砂重金属淋溶释放特征及基质改良——生物联合修复研究[D].北京：北京科技大学，2023.
[55]朱秋华,谢桂芳,蓝晓聪，等.福建紫金山高硫型铜金矿采矿境界面生态修复技术研究[J].矿产勘查,2024,15(1):141-149.
[56]敖子强,张杰,桂双林，等.赣西北土龙山金矿废弃地土壤污染及生态修复[J].矿业研究与开发,2015,35(12):93-96.
[57]徐建宏.关于“绿色矿山规划”有关问题的探讨——兼谈浙江遂昌金矿转型绿色发展的规划实践[J].世界有色金属,2021(7):137-138.
[58]魏恋欢,封秋月,毛亚纯,等.基于多轨道SBAS方法的露天矿高陡边坡形变监测[J].东北大学学报(自然科学版),2020,41(10):1445-1451.
[59]马民,李明明.红外成像技术在煤矿中的应用[J].陕西煤炭,2009,28(5):103-105.
[60]冯小刚,沈立华,李喜龙,等.无人机巡检技术在某地浸铀矿山的研究与应用[J].铀矿冶,2024,43(3):113-119.

期刊导读

黄金矿山生态修复：现状、挑战与展望

基金项目：

详细信息：

Ecological restoration of gold mines:current status,challenges,and prospects

摘要:

关键词:

Abstract:

Keywords:

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