In this paper a comprehensive model is proposed to simulate combined cycle water and power process (CCWP) based on thermal desalination. In order to verify the performance of model, Al-Taweelah cogeneration plant in UAE is thermodynamically simulated by Thermoflex V.19 and the results are compared with actual operating conditions. Considering shortcomings of mentioned unit, a cogeneration combi...

In recent years, optimal use of fossil fuels, reduction of environmental pollution and exploitation of renewable energy is one of the most important issues in the policies of different countries, and as you know, Iranchr('39')s electricity industry is dependent on fossil fuel consumption strongly, which causes environmental pollution. The aim of this study is to obtain the optimal combination o...

In recent years, optimal use of fossil fuels, reduction of environmental pollution and exploitation of renewable energy is one of the most important issues in the policies of different countries, and as you know, Iranchr('39')s electricity industry is dependent on fossil fuel consumption strongly, which causes environmental pollution. The aim of this study is to obtain the optimal combination o...

Abstract Background and Objective: Increasing the level of resilience is one of the approaches to reduce the consequences of fire. Resilience is one of the most important and practical concepts in crisis management that has been considered in recent years.The current study was aim to identify and prioritize of indicators affecting resilience in the event of fire-induced emergencies in combined...

Introduction: Human error incidence is inevitable in many occupational situations such as power plants, military industries, and chemical and nuclear industries and can cause disaster and damage. This study was, therefore, aimed to assess human errors in combined-cycle power-plant control room and to offer control solution using SHERPA technique. Methods: This cross-sectional study was perform...