电力科技与环保
電力科技與環保
전력과기여배보
Electric Power Environmental Protection
2015年
6期
8-11
,共4页
鞠奔%徐世凯%王勇%阮仕平
鞠奔%徐世凱%王勇%阮仕平
국분%서세개%왕용%원사평
温排水%物理模型%潮流模拟%取%排水口
溫排水%物理模型%潮流模擬%取%排水口
온배수%물리모형%조류모의%취%배수구
thermal discharge%physical model%tide simulation%infal and outfal
基于温排水物理模型相似条件，建立了由潮控系统、可调节加热温控系统和温度多点采集系统等组成的温排水物理模型。分别在各种潮型下进行了试验，对改建后的电厂机组温排水的温升分布及取水温升状况进行了分析。对改建后利用现有取排水设施的合理性进行了论证，为工程建设和相关环评工作提供了科学依据。
基于溫排水物理模型相似條件，建立瞭由潮控繫統、可調節加熱溫控繫統和溫度多點採集繫統等組成的溫排水物理模型。分彆在各種潮型下進行瞭試驗，對改建後的電廠機組溫排水的溫升分佈及取水溫升狀況進行瞭分析。對改建後利用現有取排水設施的閤理性進行瞭論證，為工程建設和相關環評工作提供瞭科學依據。
기우온배수물리모형상사조건，건립료유조공계통、가조절가열온공계통화온도다점채집계통등조성적온배수물리모형。분별재각충조형하진행료시험，대개건후적전엄궤조온배수적온승분포급취수온승상황진행료분석。대개건후이용현유취배수설시적합이성진행료론증，위공정건설화상관배평공작제공료과학의거。
Based on the similar laws of physical model of cooling water, it established a cooling water physical model that consists of tide control system, adjustable heating temperature control system and multi-point tem-perature acquisition system. A series of experiments have been done under various tide type after reconstruc-tion of the power plant then the temperature rising distribution of the discharge water and the temperature rising situation of inlet water have also been analyzed. The rationality of using the existing intake and drainage facili-ties after reconstruction has been demonstrated, this would provide a scientific basis for the construction project and related Environmental Impact Assessment work.
