某某水电站建设项目可行研究报告－优秀甲级资质可研报告，专业院

《某某水电站建设项目可行研究报告－优秀甲级资质可研报告，专业院》由会员上传分享，免费在线阅读，更多相关内容在学术论文-天天文库。

1、目录第一章综合说明············································1第一节概况··············································1第二节工程建设的必要性·································1第三节水文气象·········································3第四节设计洪水··········································3第五节工程地质·································

2、·········3第六节工程任务和规模···································7第七节工程布置和主要建筑物·····························9第八节水力机械·········································15第九节工程管理·········································17第十节施工组织设计·····································17第一节水库淹没处理··································

3、·19第二节环境影响评价···································19第三节工程数量和投资估算·····························20第四节经济评价······································20附表**县**水利水电枢纽工程特性表·················21第二章基本情况···········································25第一节自然地概况·······································25第二节社会经济概况····

4、·································25第三节资源概况·········································26第三章水文················································29第一节流域概况········································29第一节气象·············································30第二节设计洪水·········································3

5、1第三节泥沙·············································39第四节水面蒸发及渗漏·································40第二章工程地质···········································42第一节前言············································42第二节区域地质概况·····································42第三节水库区工程地质条件及评价························43

6、第四节坝址区工程地质条件及评价························45第五节引水渠线的工程地质条件及评价·····················47第六节引水隧洞的工程地质条件及评价·····················47第七节电站站址及建筑物的工程地质条件及评价·············47第八节天然建筑材料·····································48第一节结论及建议·······································48第二章工程任务及规模··························

7、···········50第一节工程任务········································50第二节基本资料········································54第三节水库死库容和死水位的确定·························55第四节兴利调节计算·····································56第五节电站设计水头确定方法····························61第六节防洪计算·········