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Stream splitting is used to maximize the use of Pinch Expansion.
Constraints are added to follow up on the flowrate consistency when stream splitting or mixing happens.
Stream splitting can lead to more energy recovery using powerful algorithms in appropriate search space.
A randomized algorithm with stream splitting for design of heat exchanger networks is presented in this work.
It focuses on constructing the so-called stream allocation diagram (SAD) based on the heuristics for guiding stream splitting.
A new transshipment type of heat exchanger networks (HEN) representation is proposed, with features of stream splitting, stream by-pass, non-isothermal mixing, and isothermal mixing.
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In the present work, the networks with stream splits will be optimized by removing splits.
Moreover, a leader follower optimization technique is presented to reduce computational time when considering stream splits.
The procedure evaluates two possible options for each stream split passing through each exchanger in the spaghetti network.
In this structure representation, the stream split ratios and logical expressions of stream mixing were employed, which can make the mathematical model to be easily handled.
The currently used post-combustion capture method based on MEA (monoethanolamine) absorption without stream split has significant steam consumption to regenerate the amine solution.
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