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Property-based water allocation network is designed for the process based on previously identified targets.
Among the multiple water networks, one possible water allocation network is developed based on mass exchange.
Based on the obtained water allocation network, the heat is integrated in the system.
A water allocation network design algorithm is proposed that guarantees the minimum energy targets obtained through the proposed energy recovery algorithm.
A graphical method is employed to design the original water allocation network to ensure it to be a single-temperature-peak type.
In this paper, a system modeling methodology for characterizing disturbance propagation is proposed to predict the worst scenario to occur in a water allocation network during synthesis.
Similar(47)
First, the optimal water allocation networks are obtained.
To consider the energy performance during synthesizing water allocation networks, in this paper, firstly, the reason why different water allocation networks have different energy performance is analyzed.
Heat integrated water allocation networks (HIWAN) is a system where water and energy are highly interconnected.
The proposed methodology is also applied to inter-process heat integration between various water allocation networks.
Well arranged nexus between water allocation networks and heat exchanger networks would reduce the water and energy consumption significantly.
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