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Multi-criteria sustainability assessment of water desalination and energy systems — Kuwait case

机译:水脱盐和能源系统的多标准可持续性评估—科威特案例

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摘要

The complexity expressed through the definition of sustainability notion and its application is a triple vision: preservation of energy resources and protection of environment, achievement of social values and justice within the present and for future generations, and as well as sustainable economic development. In order to reach this vision the multi-criteria assessment of water and energy systems is needed. Scarcity of water and energy resources implies the need for a new future strategy in the development of water and energy technologies. In particular the water desalination technology is important for regions with high shortage in natural water resources. Even in countries with abundant energy resources there is a need for evaluation of its use for the water production. Water desalination and power technologies have been closely related in the development of future energy strategy. Primary goal in this development was the economic validation of potential technologies. With new technologies in this field, it becomes of great interest to introduce multi-criteria evaluation in the assessment of different approaches. This implies the need to take into a consideration the environment, technological and social aspect of water and energy technologies. Demonstration of the multi-criteria evaluation of cogeneration electric power and desalting water plants is presented for the Kuwait case with attention to strategy development for the period 2010-2015. It is imminent to the development of new water and energy technologies to take into consideration different concepts of cogeneration systems. In this respect, we will focus the attention in this analysis to the following combined cycle's options: electricity and water production "as usual"; electricity and water production by natural gas; electricity and water production by nuclear energy; electricity and water production by solar energy. For each of these options different desalination technology is considered, including: multi stage flash (MSF), multi effect distillation (MED), and reverse osmosis (RO) desalting systems. The multi-criteria assessment method, based on the economic, environmental, technological and social criteria with respective indicators, is used in the evaluation of water and energy production options. It will comprise cases with economic, environmental, technological and social indicator priorities in comparison with others indicators. This aim of the analysis is to assist the decision makers in selecting appropriate option.
机译:通过可持续发展概念的定义及其应用所表达的复杂性是一个三重愿景:保护能源资源和保护环境,在今世后代实现社会价值和正义以及可持续经济发展。为了实现这一愿景,需要对水和能源系统进行多标准评估。水和能源资源的稀缺意味着在水和能源技术发展中需要新的未来战略。特别是对于自然水资源严重短缺的地区,海水淡化技术非常重要。即使在能源资源丰富的国家,也需要评估其在水生产中的用途。水淡化和电力技术与未来能源战略的发展密切相关。该开发的主要目标是对潜在技术进行经济验证。随着该领域的新技术的发展,在多方法评估中引入多标准评估变得非常重要。这意味着需要考虑水和能源技术的环境,技术和社会方面。介绍了针对科威特案例的热电联产发电和海水淡化厂多标准评估的演示,并着重于2010-2015年期间的战略制定。考虑到热电联产系统的不同概念,新水和能源技术的发展迫在眉睫。在这方面,我们将把分析的注意力集中在以下联合循环的选择上:“照常”发电和供水;天然气生产电力和水;核能发电和供水;太阳能发电和水。对于这些选项中的每一个,都考虑了不同的脱盐技术,包括:多级闪蒸(MSF),多效蒸馏(MED)和反渗透(RO)脱盐系统。基于经济,环境,技术和社会标准以及相应指标的多标准评估方法被用于评估水和能源生产方案。与其他指标相比,它将包括具有经济,环境,技术和社会指标优先事项的案例。分析的目的是帮助决策者选择适当的选项。

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