Data for: Nucleation and crystal growth kinetic parameter optimization of a Continuous Poiseuille flow struvite crystallizer using a discretized population balance and dynamic fluid model

Name: Data for: Nucleation and crystal growth kinetic parameter optimization of a Continuous Poiseuille flow struvite crystallizer using a discretized population balance and dynamic fluid model
Creator: Max Burns
Published: 2021-04-26T14:57:04.227Z
Keywords: Chemical Engineering, Environmental Engineering, Crystallization, Population Balance Modeling, Crystallization Kinetics, Phosphorus, Industrial Wastewater, Kinetics, Municipal Wastewater

Burns, Max

doi:10.17632/cwxzsth45r.1

Data for: Nucleation and crystal growth kinetic parameter optimization of a Continuous Poiseuille flow struvite crystallizer using a discretized population balance and dynamic fluid model

Published: 26 April 2021| Version 1 | DOI: 10.17632/cwxzsth45r.1

Contributor:

Max Burns

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Particle size distribution (PSD) and phosphorus concentration data collected at the exit of a Poiseuille (laminar) flow reactor designed for continuous struvite seed crystallization. Reactor operated at saturation indexes of 0.8, 1, and 1.4.

Data for: Nucleation and crystal growth kinetic parameter optimization of a Continuous Poiseuille flow struvite crystallizer using a discretized population balance and dynamic fluid model

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