Simulation Optimization for Optimal Sizing of Water Transfer Systems

Anzab, Nasrin Rafiee; Mousavi, S. Jamshid; Rousta, Bentolhoda A.; Kim, Joong Hoon

doi:10.1007/978-3-662-47926-1_35

Cited by 8 publications

(2 citation statements)

References 12 publications

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“…In response to uneven distribution of available water resources over space [ANZAB et al 2016 To overcome this water shortage, management authorities in the lower Seybouse valley (Fig. 2), initiate several major projects for a few years were based primarily on supply management, as the construction of dams (Bouguousse, Bouhamdane, Bouhalloufa) and planning a sea water desalination plant [BOUK- LIA-HASSANE et al 2016].…”

Section: Current Account (Year 2010)mentioning

confidence: 99%

Modelling current and future supply and water demand in the northern region of the Seybouse Valley

Berredjem¹,

Hani²

2017

Journal of Water and Land Development

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Water in the Seybouse River basin is getting scarce, yet it is the key to its economic development. A fast growing population, expanding agricultural and industrial sectors and the impacts of climate variability, create demands for new water sources and innovative management of water resources and services. The object of this study is the water resources management in the lower Seybouse basin characterized by a steady increase of water demand to meet different uses. This study takes into account changes in water demand of different urban, agricultural and industrial supply process. Our approach is to integrate data in WEAP modelling software to simulate current and future water balance and then to analyse the situation of water in different scenarios, socio-economic development and climate change to 2050. This software is based on the representation of the feeding system in a form of the network of water demand and supply. Our findings reveal the vulnerability of the region in its ability to the pressures resulting from the increase of needs of different sectors at the horizon of the forecasted period. They also indicate the need for larger mobilization of new resources into the system and lay the foundations for a sustainable water policy in the northern region of the Seybouse valley.

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Section: Current Account (Year 2010)mentioning

confidence: 99%

Modelling current and future supply and water demand in the northern region of the Seybouse Valley

Berredjem¹,

Hani²

2017

Journal of Water and Land Development

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“…Many studies have been conducted on the application of the PSO algorithm in different fields of water resources (Reddy and Kumar (2007), Nagesh , Izquierdo et al (2008), Daraeikhah et al (2009)). The PSO algorithm has been used in multi-dams systems and hybrid simulation-optimization structures as a single objective (Zhang et al (2011), Vasan (2013) and Rafiei Anzab et al (2016)).…”

Section: Introductionmentioning

confidence: 99%

Multi objective simulation–optimization operation of dam reservoir in low water regions based on hedging principles

Mansouri

Fathian

Shahbazi

et al. 2023

Environ Sci Pollut Res

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The high level of reliability of water resources is always an advantage for consumers, but in arid and semi-arid regions where the inflow to the reservoir is faced with severe fluctuations, it makes sense to decrease the percentage of reliability of the system and allocate less water to consumuption zones to prevent critical conditions such as emptying of the reservoir. In this research, the employed operaton modelis based on the simulation-optimization combination, which by considering the objectives of minimizing the violation of the allowed capacity of the new reservoir and maximizing the percentage of supplying the demands, the optimal hedging variables are specified through the reservoir simulator link to the MOPSO multi-objective optimization algorithm. According to the available data, the duration of the simulation and optimization period in the model is 360 months.After 1000 iterations, the optimal reservoir volume values are obtained at the hedging level and hedging coefficient in different months. Finally, the model results are compared with the results obtained from the standard operation policy (SOP). The results show that the proposed model is able to manage the allocation to needs in the dry months and prevent the tank from emptying. Also, by storing a part of the flow in the reservoir in watery months and consuming it in low water months, it increases the supply of needs by 20 to 35% and reduce the failure rate in dry months.

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An integrated model for economic assessment of environmental scenarios for dust stabilization and sustainable flora–fauna ecosystem in international Hamoun wetland

Shahraki

Monfared

2020

Environ Dev Sustain

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Simulation Optimization for Optimal Sizing of Water Transfer Systems

Cited by 8 publications

References 12 publications

Modelling current and future supply and water demand in the northern region of the Seybouse Valley

Modelling current and future supply and water demand in the northern region of the Seybouse Valley

Multi objective simulation–optimization operation of dam reservoir in low water regions based on hedging principles

An integrated model for economic assessment of environmental scenarios for dust stabilization and sustainable flora–fauna ecosystem in international Hamoun wetland

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