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1、evaluation of scientific development. Nature security type-nature security is to maintenance people of health value for target, through strengthening security based management, and risk management, and equipment management and technology supervision, ensure production in the people, and real, and sy
2、stem, and system, elements security reliable, and harmony unified, full control various against factors, achieved thought no slack, and management no empty document, and equipment no hidden, and system no blocked, and unit zero non-stopped. Quality and efficiency-quality benefit is to adhere to the
3、enterprise survival, profit and development business truth, adhere to the all activity is economic activity, all costs can be controlled, money should not be wasted management philosophy, management analysis, to improve management quality, improve cost control capacity and market competitiveness. In
4、novation of science and technology-science and technology innovation is to play the role of science and technology as the primary productive force, active use of new technologies, new materials, new processes, new equipment, increase investment in science and technology, strengthening scientific and
5、 technological training, speeding up transforming scientific and technological achievements, forming a number of proprietary technology, enhancing core competitiveness. Resource-saving-the-resources saving enterprise was to reduce coal consumption, water consumption, electricity at the core, enhance
6、 the operation of lean management to realize low consumption, high efficiency, reduce production costs. Second is to strengthen the business, financial, material, information and the optimization of organization and management, saving the internal transaction costs. Harmonious development of harmoni
7、ous development-is to construct a foreign environment for development. XING refers to the internal security firm and internal management of the internal management measures are effective, harmonious. Foreign currency means Enterprise coordinating development of homeopathy, well, get along with the n
8、eighbors better. (B) XX 2013 five enterprises building intrinsic safety power company goals are: unplanned outage 0 times. Class of disorders 0, 0 is equivalent forced outage rate. No personal injury accident, material and equipment accidents do not occur, no fire, no environmental pollution acciden
9、t. Enterprise integrated to achieve zero cases of violation, zero accidents, zero. Quality goal is: when generating capacity 7.5 billion-kilowatt, sales of over 7.11 billion kWh, total profits of 306.6 million Yuan, . BFS+、PI、MIS、SCM Information systems infrastructure, fully integrated information s
10、ystem to realize information resources sharing; to expand the breadth and depth of the portal system, information system of Enterprise Management Assistant role to play; to improve the day-to-day operation and maintenance operation record of promoting causes and transfer system; to strengthen the tr
11、aining磨盘山水库供水工程粘土心墙土石坝工程及附属工程 投标文件第一章 施工总体说明11 工程概况111 地理位置磨盘山水库位于拉林河干流上游五常市沙河子乡沈家营村上游1.8km附近，距河口343km，坝址距哈尔滨市区约180km。坝址以上流域面积1151km2。112 工程规模磨盘山水库是一座以为哈尔滨市供水为主，兼向下游沿线城镇供水并结合防洪、灌溉等综合利用的控制性水利枢纽工程。水库规模为大（）型，工程等别为等，主要建筑物为级，次要建筑物为级，临时建筑物为级。水库设计标准为100年一遇洪水，校核洪水为5000年一遇洪水。113 库容和调节性能水库调节性能为多年调节，其总库容为5.231
12、08m3，调节库容3.23108m3，死库容0.33108m3。114 工程总布置及主要建筑物水库枢纽工程由粘土心墙土石坝、右岸开敞式溢洪道、导流灌溉洞、供水洞组成。坝顶高程324.50m，坝顶长度406m，最大坝高49.9m。溢洪道紧邻右坝肩，由进口段控制段泄槽及挑流消能段组成，单孔，净宽12m，堰顶高程310m，设弧形闸门工作闸门和平板检修闸门。导流灌溉洞位于右坝肩与溢洪道之间，隧洞进口底高程280.00m，洞长200m，洞径4.0m，进口设取水塔分层取水，出口设工作闸门，挑流消能。供水洞位于溢洪道右侧，进口位于坝轴线上游约200m，由取水塔和引水隧洞组成，隧洞洞径3.2m，洞长1377.
13、73m。本标段为水库枢纽粘土心墙土石坝标。115 施工进度计划2003年13月进行准备工作，4月中旬主体工程开工。首先施工左岸，在2004年8月底，将左岸填筑至313.6m高程。2004年9月中旬进行主河道截流，开始填筑右岸坝体（主河床段），截流闭气后先填筑混凝土防渗墙施工平台，在9月末之前将混凝土防渗施工平台填筑至288.00m高程，为混凝土防渗墙施工提供出作业面，在2004年年末将整个右岸坝体填筑至288.0m高程，2005年大汛前，将右岸坝体填筑至313.6m高程。2005年9月初，导流灌溉洞下闸，水库开始蓄水。2005年11月末将整个坝体填筑至设计高程。116 开挖料的利用本工程拦河坝
14、所用石料直接取于大坝、溢洪道、导流灌溉洞、供水洞开挖的弱风化、微风化及新鲜岩石或转运场石料，覆盖层及强风化石料用于筑路或运至弃渣场堆放。12 水文气象和工程地质121 水文气象本工程坝址以上多年平均降水量800mm左右，年内分配极不均匀，其中69月份占降水量80%左右，汛期降雨多集中在78月份，各时段不同重现期施工洪水成果见表11。表11施工期各时段不同重现期洪峰流量表 单位：m3/s 重现期时段200年100年50年20年10年5年春汛开河（45月）202167140127大汛（78月）251021001200838秋汛（910月）11982.09月平均流量37.228.310月平均流量28
15、.321.445月日均最大流量139.9111.3坝址天然河道水位、流量详见表12。表12 坝址天然河道水位流量 断面水位（m）流量（m3/s）坝上100m坝址坝下100mHHH100280.08280.02280.0152280.56280.45280.4200280.80280.72280.7505281.95281.85281.7838282.80282.66282.51200283.55283.38283.21706284.50284.34284.22102285.20285.00284.8坝址地处山区，气候严寒，多年平均气温3.5左右，极端最高气温35.5。土壤最早冻结时间为10月31日，最晚融冻时间为4月8日，最大冻深2m。融冻流冰期平均4月9日；结冰流冰期平均11月18日；春季流冰期平均2天；秋季流冰期平均6天；封冻天数平均143天。最大冰厚平均1m厚；最大冰上雪深0.17m。最大冰块
