電廠化學(xué)水處理系統(tǒng)現(xiàn)狀及技術(shù)創(chuàng)新應(yīng)用研究

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中圖分類號(hào)：TM62 文獻(xiàn)標(biāo)志碼：A 文章編號(hào)：2095-2945(2025)14-0048-0

,（1.國(guó)能寧東第一發(fā)電有限公司，銀川750000；2.西安熱工研究院有限公司，西安710054）

Abstract:Toanalyzethestatusquoofchemical watertreatmentsysteminpower plantandexplorethepath toimprove the operationqualityofchemicalwatertreatmentsysteminpowerplant.Takingthechemical watertreatmentsystemofa2x530MW supercriticalcoal-firedpowerplantinNorthChinaastheresearchobject，basedontheanalysisofthelowoperatingqualityof thecirculating waterreplenishmentsystemanddesulfurizationsystemintheoperationprocessofthechemicalwatertreatment systeminthepower plant,AHPwasappliedtoselectthesystemoptimizationscheme."Highconcentrationrate,zerodischarge" asthecoreof the powerplantchemical watertreatmentsystem technicalmodel innovationand transformation.Andonthebasis ofdeterminingthescheme,furtherexploretheselectionanddesignofvarioustypesofequipment,aswellasthespecificprocess flow.Aftrclarifyingthetechnologyimprovementstrategyofchemicalwatertreatmentsystem，itisappiedinpracticeandthe applicationefectoftechnologicalinnovationisanalyzed.Inthistransformation，theexistingproblemsofthechemicalwater treatmentsystemofthepowerplantincludethedeteriorationoftheoperatingqualityofthecirculatingwaterreplenishment system,thelargeamountofdesulfurizationwastewater，andtheinsufcientcompatibilitywiththecurrentconceptof"zero discharge".Thetechnicaloptimizationplanisdeterminedtoaddalimesofteningfiltrationsystemtotheoriginalwatertreatment system,andoptimizethetechnicalparametersofdesulfurizationwastewater,sothatthewastewatercanachievethepurposeof "zero discharge".After the transformation,the fresh water consumption of the power plant was reduced by 509m3/h ，the external displacementwasreducedby2.458millinm,andthewatercollctioncostwassavedby6.902millionyuan.Teconcentration ratioindexofcirculatingwateris7.1，whichissignificantlyhigherthanbeforethetransformation.Thetargetofwastewater discharge has been reduced by 394.2m3/h ，areduction of more than 95% .This optimization has achieved the dual goalsof reducingwaterintakecostandreducing wastewaterdischargeatthesametime，andhashigheconomicandenvironmental benefits,which is expected to be further popularized and applied in the future water treatment work.

Keywords:powerplant;chemicalwatertreatmentsystem；technological innovation;optimizationdesign；aplicationeffect

當(dāng)前，火力發(fā)電仍然是我國(guó)電力行業(yè)的主要發(fā)電性也更為突出，與此同時(shí)，火電廠用水量大和排水量類型。（剩余10956字）