基于电厂节能创新技术和资源综合利用_().pptVIP

* Background provided by m62 Visualcommunications, visit for more information * Background provided by m62 Visualcommunications, visit for more information * Background provided by m62 Visualcommunications, visit for more information * Background provided by m62 Visualcommunications, visit for more information * Background provided by m62 Visualcommunications, visit for more information * Background provided by m62 Visualcommunications, visit for more information * Background provided by m62 Visualcommunications, visit for more information * Background provided by m62 Visualcommunications, visit for more information * Background provided by m62 Visualcommunications, visit for more information * Background provided by m62 Visualcommunications, visit for more information * Background provided by m62 Visualcommunications, visit for more information * Background provided by m62 Visualcommunications, visit for more information * Background provided by m62 Visualcommunications, visit for more information * Background provided by m62 Visualcommunications, visit for more information * Background provided by m62 Visualcommunications, visit for more information * Background provided by m62 Visualcommunications, visit for more information * Background provided by m62 Visualcommunications, visit for more information 二、树立国内外资源一体化楷模 海门电厂地处北回归线上，气候较为炎热，日晒时间较长，为充分利用太阳能这种干净的可再生能源，拟在办公场所建设太阳能发电装置，并利用发电供给办公使用。 3、风、水、太阳能可再生能源一体化 三、生态与建筑、节能与环保一体化 海门电厂充分考虑自然、人文与工厂的科学、和谐发展，坚持创优理念的导航与过程控制，使得投运新厂，远观像一幅质感明丽、错落有致的风景画，近看是一座现代化、别致精巧的、花香鸟语的无烟发电厂 电厂采用阶梯型设计理念，对锅炉、烟囱等高大建筑做了景观处理，使之成为当地标志性建筑 对设备、系统进行紧凑布置(0.128m3/kwh),采用侧煤仓和输煤栈桥穿烟囱布置 厂区总平面采用联合建筑，管线采用架空布置等，有效减少了占地面积，节省了人力、物力、财力投入 1、生态与建筑浑然一体 三、生态与建筑、节能与环保一体化 三、生态与建筑、节能与环保一体化 三、生态与建筑、节能与环保一体化 全厂采用二阶段生物接触氧化法进行污水处理，工业废水处理工艺通过澄清—气浮—过滤三个步骤实现废水再处理，可用于辅机冷却水系统或厂区绿化用水等等进行循环利用 生活污水经污水处理、雨水经回收处理等废水回收利用，使投产后电厂基本实现水源零排放 2、废水实现零排放 三、生态与建筑、节能与环保一体化 电厂树立最大限度地向设计值靠拢的管理理念，探索节约煤、油、水、电资源的优化运行模式，通过细致的节能管理、技术管理，使节能降耗工作