Development of a CHP/DH system for the new town of Parand: An opportunity to mitigate global warming in Middle East
Development of a CHP/DH system for the new town of Parand: An opportunity to mitigate global warming in Middle East
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为帕兰德新城开发热电联产/区域供暖系统：缓解中东全球变暖的机会
DOI：
10.1016/j.applthermaleng.2013.05.016
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发表时间：
2013
影响因子：
6.4
通讯作者：
M. Sharif
中科院分区：
文献类型：
--
作者：
S. S. M. Tehrani;M. Saffar‐Avval;Z. Mansoori;S. Kalhori;A. Abbassi;B. Dabir;M. Sharif
由于全球对全球变暖的关注，以减少温室气体排放为目标的项目获得了很大的兴趣。本文的想法是回收现有燃气轮机发电厂的废气，以满足位于德黑兰郊区的一个住宅区（Parand新城）的动态热能需求，并利用剩余的热源潜力为蒸汽轮机循环提供动力。在这个小镇附近，有两个GT工厂：Parand（954兆瓦）和Rudeshur（790兆瓦）。对于热电联产/STC/DH电厂，考虑了两种方法以及热负荷跟随运行策略：最大发电量（MPG）和最小燃料消耗（MFC）。然后，从年PES、co2减排量和净现值三个方面对备选方案进行了比较。对于环境最佳设计（Parand CHP-B）， PES、co2减排和NPV分别为27.31%、256万吨和1.491亿美元。
As a result of the worldwide concern about global warming, projects that target reduction of greenhouse gas emissions have gained a lot of interest. The idea of this paper is to recover exhaust hot gases of an existing gas turbine power plant to meet dynamic thermal energy requirements of a residential area (the new town of Parand) situated in the suburb of Tehran, and also use the rest of the heat source potential to feed a steam turbine cycle. In close proximity to this town, there are two GT plants: Parand (954 MWe) and Rudeshur (790 MWe). For handling the CHP/STC/DH plant, two methods are considered along with thermal load following operation strategy: maximum power generation (MPG) and minimum fuel consumption (MFC). Then, the alternatives are compared in terms of annual PES, CO2abatement and NPV. For the best design from environmental viewpoint (Parand CHP-B), PES, CO2abatement and NPV are calculated to be 27.31%, 2.56 million tons and 1491 million dollar, respectively.