Optimal design of macroscopic water networks under parametric uncertainty

Relative concentration based pinch analysis for targeting and design of hydrogen and water networks with single contaminant

“…A C C E P T E D ACCEPTED MANUSCRIPT 4 (2011) by considering the feed location and flow rate, and later gave the optimal and economical purification performance (Yang et al, 2014b).Recently, related works on simultaneous fresh water minimization and production maximization (Chaturvedi and Bandyopadhyay, 2014) in batch process, fixed-flowrate total water under uncertainty with risk management (Khor et al, 2014), water network designwith minimum storage capacity (Lee et al, 2014), network macroscopic water networks optimization under parametric uncertainty (Nápoles-Rivera et al, 2015) and industrial city reuse water networks with treatment systems (Alnouri et al, 2015) are reported to conserve large scale water use.…”

Rainwater Storage Tank Sizing using Raincycle Model: Case Studies of a Residential, Office and Hospital Blocks

“…The design of RWHS has been evaluated using numerous modelling tools and methods including the design of storm approach [12]. The most common approach is long-term continuous simulations which can be used to evaluate the effectiveness of both stormwater management and monetary benefits of RWHS [13][14][15][16] and to determine the optimal tank size [17][18]. However, these modelling tools are limited, as a few could be used to assess the water saving and stormwater potential as well as the economic feasibility of RWHS.…”

Optimal Water Management under Uncertainty for Shale Gas Production

“…In this sense, the uncertainty has been considered in the supply chain planning to determine the involved risk. , Furthermore, this important aspect has been widely studied for the synthesis of water networks. In this context, Nápoles-Rivera et al proposed a methodology for the sustainable use of water under parametric uncertainty in macroscopic water networks, Broad et al incorporated uncertainty in a systematic approach for the water distribution systems, whereas Khor et al integrated the synthesis of a water network under uncertainty with risk management. Furthermore, Ahn and Kang introduced a long-term plan for sustainable water supply considering future uncertainties in water demands and source availability.…”