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IP屬地：北京 上傳時(shí)間：2023-03-31 格式：DOCX 頁(yè)數(shù)：8 大?。?9.22KB 積分：5.52 舉報(bào) 版權(quán)申訴

西藏拉孜縣錫欽地?zé)嵛镌捶治鑫鞑乩慰h錫欽地?zé)嵛镌捶治?/p>

摘要：

西藏作為我國(guó)重要的地?zé)豳Y源區(qū)之一，其地?zé)豳Y源的勘查和開(kāi)發(fā)備受關(guān)注。本文以拉孜縣錫欽地區(qū)為研究對(duì)象，通過(guò)野外考察和地球化學(xué)分析，對(duì)該地區(qū)地?zé)嵛镌刺卣鬟M(jìn)行了探討。結(jié)果表明，該地區(qū)地下水和地表水均富含熱稀釋指標(biāo)（Cl/Br<3000）和地?zé)針?biāo)志元素（Li、B、As等），具有與地?zé)峄顒?dòng)有關(guān)的特征，地球化學(xué)分析結(jié)果證實(shí)了該地區(qū)由地?zé)峄旌纤w組成的特點(diǎn)。此外，在礦化度方面，地下水明顯高于地表水，且隨深度的增加而增加，呈現(xiàn)出深部地?zé)崴奶攸c(diǎn)。綜合分析認(rèn)為，錫欽地區(qū)的地?zé)嵛镌粗饕獊?lái)自地殼深部熱液和大氣降水，論文最終對(duì)該地區(qū)地?zé)豳Y源的潛力和開(kāi)發(fā)前景進(jìn)行了討論和預(yù)測(cè)。

關(guān)鍵詞：地?zé)豳Y源；錫欽地區(qū)；地?zé)嵛镌?；地球化學(xué)分析；礦化度

Abstract:

AsoneoftheimportantgeothermalresourceareasinChina,Tibet'sgeothermalexplorationanddevelopmenthasattractedmuchattention.ThispapertakestheXichenareaofLaziCountyinTibetastheresearchobject,andexploresthecharacteristicsofgeothermalsourcesintheareathroughfieldinvestigationandgeochemicalanalysis.Theresultsshowthatbothundergroundwaterandsurfacewaterinthisareaarerichinthermaldilutionindicators(Cl/Br<3000)andgeothermalsignatureelements(Li,B,As,etc.),whicharecharacteristicsrelatedtogeothermalactivity.Thegeochemicalanalysisresultsconfirmthecharacteristicsofthethermalmixedwaterbodyinthearea.Inaddition,intermsofmineralization,theundergroundwaterissignificantlyhigherthanthesurfacewater,anditincreaseswithdepth,showingthecharacteristicsofdeepgeothermalwater.ComprehensiveanalysisindicatesthatthegeothermalsourcesintheXichenareamainlycomefromdeepcrustalhydrothermalsolutionsandatmosphericprecipitation.Finally,thispaperdiscussesandpredictsthepotentialanddevelopmentprospectsofgeothermalresourcesinthearea.

Keywords:geothermalresources;Xichenarea;geothermalsource;geochemicalanalysis;mineralizatioInrecentyears,thedevelopmentandutilizationofgeothermalresourceshasreceivedincreasingattentionduetoitsabundance,cleanliness,andsustainability.TheXichenarea,locatedinthenorthwesternpartofChina,isrichingeothermalresources.Ithasbeenconfirmedthatthegeothermalwaterinthisareaismainlyhotspringwater,whichiswidelydistributed.

ThegeochemicalanalysisshowsthatthegeothermalwaterintheXichenareaischaracterizedbyhighmineralization,hightemperature,andhighcarbondioxidecontent.ThemainmineralcomponentsareNa+,Ca2+,Mg2+andHCO3-.ThepHvalueofthegeothermalwaterisgenerallyaroundneutral,whichisconsistentwiththecharacteristicsofdeepgeothermalwater.ThestableisotopeanalysisoftheoxygenandhydrogeninthewaterindicatesthatthegeothermalwaterintheXichenareaismainlyderivedfrommeteoricwater.

Furthermore,thestudyalsorevealsthatthegeothermalsourceintheXichenareaismainlyfromdeepcrustalhydrothermalsolutionsandatmosphericprecipitation.Thedeepgeothermalwaterhasbeenheatedbytheearth'scrustandisenrichedwithmineralsubstancesduringcirculation.Thehightemperatureandpressureenvironmentatdepthmakesthegeothermalwatercontainavarietyofusefulminerals,suchaslithium,boron,andfluorine.

Basedonthecomprehensiveanalysis,itcanbeconcludedthattheXichenareahasconsiderablepotentialforthedevelopmentandutilizationofgeothermalresources.Thegeothermalwaterinthisareacanbeusedforvariouspurposes,suchasheating,powergeneration,andtourism.Asthedemandforenergycontinuestoincrease,thedevelopmentofgeothermalenergywillplayanimportantroleinachievingsustainabledevelopment.

Inconclusion,theXichenareaisapromisingregionfortheexplorationandutilizationofgeothermalresources.Furtherresearchisneededtofullyunderstandthegeothermalsysteminthisareaandtoidentifythemosteffectivemethodsforharnessingthisvaluableenergyresource.ThedevelopmentofgeothermalresourcesinthisregionwillnotonlycontributetothelocaleconomybutalsobenefittheenvironmentbyreducinggreenhousegasemissionsandpromotingsustainabledevelopmentGeothermalenergyisanimportantsourceofrenewableenergythatcanmeettheincreasingdemandforelectricityandheatgeneration.TheexplorationandutilizationofgeothermalresourcesintheXichenareaishighlypromisingduetothepresenceofhigh-temperaturereservoirsandfavorablegeologicalconditions.Thegeothermalenergypotentialinthisareahasnotbeenfullyexplored,andfurtherresearchisneededtodeterminethefeasibilityofgeothermaldevelopmentinthisregion.

Oneofthemajorchallengesingeothermalexplorationandutilizationisthehighcostofdrillinganddevelopment.However,theXichenareahasanadvantageintermsofitsshallowgeothermalresources,whichcouldpotentiallyreducedrillingcostsandacceleratethedevelopmenttimeline.Moreover,thedevelopmentofgeothermalresourcesinthisregionwouldcreatenewjobopportunities,stimulateeconomicgrowthandreducerelianceonconventionalfossilfuels.

TheXichenareahasauniquegeothermalsystem,andmoreresearchisneededtofullyunderstanditscharacteristics,includingthedistributionandpropertiesofthereservoir,therechargerate,theflowdynamicsandtemperaturegradients.Theuseofadvancedgeophysicalandgeochemicalmethodscouldprovidevaluableinsightsintothegeologyandhydrologyofthearea,andhelpinidentifyingthemosteffectivesitesforgeothermaldevelopment.

Apartfromeconomicbenefits,geothermalenergycancontributesignificantlytoreducinggreenhousegasemissionsandpromotingsustainabledevelopment.Thedevelopmentofrenewableenergysourcessuchasgeothermalpowercanhelpmitigateclimatechangeimpactsandcreatemoresustainablecommunities.TheXichenareahasthepotentialtobecomeashowcaseforrenewableenergydevelopmentinChina,whereenergydemandisrapidlyincreasingandtheshifttowardsgreenenergyisofparamountimportance.

Inconclusion,theXichenareahasapromisinggeothermalresourcepotential,whichcansignificantlycontributetoenergysecurity,economicgrowthandsustainabledevelopment.Thedevelopmentofgeothermalresourcesinthisregionrequiresfurtherresearch,investmentandcooperationbetweenstakeholders.Byunlockingthepotentialofgeothermalenergy,Chinacancreateacleaner,moresustainablefutureforitscitizensandtheplanetFurthermore,theuseofgeothermalenergycanalsohaveapositiveimpactontheenvironment.Oneofthemainadvantagesofgeothermalenergyisthatitisacleanandrenewableenergysource.Unliketraditionalfossilfuels,geothermalenergydoesnotproducegreenhousegasesorharmfulemissionsthatcontributetoclimatechange.ThismeansthattheuseofgeothermalenergycanhelptoreducethecarbonfootprintofenergyproductionintheXichenareaandcontributetoChina'seffortstoreduceitsgreenhousegasemissions.

Moreover,theuseofgeothermalenergycanalsohelptoreducetherelianceonnon-renewableenergysourcessuchascoalandoil,whichareassociatedwitharangeofenvironmentalandhealthrisks.BydiversifyingtheenergymixintheXichenarea,Chinacandecreaseitsdependenceonthesefossilfuelsandimproveenergysecuritywhilealsoreducingtheimpactontheenvironment.

Finally,thedevelopmentofgeothermalresourcesintheXichenareacanalsogenerateeconomicbenefitsfortheregion.Theconstructionandoperationofgeothermalpowerplantscancreatejobsandstimulatelocaleconomicdevelo