Journal Articles
2021
Design Algorithm for Vertically-Baffled Flocculator: Pennock et al.
Environmental Engineering Science 38 (7), 592-606
2020
A bench-scale study of potable reuse impacts on surface water treatment: Adelman et al.
AWWA Water Science 2 (5), e1205
2019
Observations and a geometric explanation of effects of humic acid on flocculation: Du et al.
Environmental Engineering Science 36 (5), 614-622
Evaluacion del desempeno de un modelo a escala del tanque de alta tasa de sedimentacion en el tratamiento de agua potable: Vesga-Rodríguez et al.
Revista Facultad de Ingenieria. Universidad de Antioquia
Evaluation of high rate sedimentation lab-scale tank performance in drinking water treatment: Vesga-Rodríguez et al.
Revista Facultad de Ingeniería Universidad de Antioquia, 9-15
2018
A hydrodynamic and surface coverage model capable of predicting settled effluent turbidity subsequent to hydraulic flocculation: Pennock et al.
Environmental Engineering Science 35 (12), 1273-1285
2017
Arsenic (V) Removal from drinking water by polyaluminum chloride in a sand filter medium: Zhi et al.
Journal of Environmental Engineering 143 (9), 04017051
Revisiting hydraulic flocculator design for use in water treatment systems with fluidized floc beds: Garland et al.
Environmental Engineering Science 34 (2), 122-129
Influence of alum coagulant dose and influent turbidity on floc blanket growth rate, steady-state suspended solids concentration, and turbidity removal: Hurst et al.
Journal of Environmental Engineering 143 (2), 04016081
2016
Theoretical foundation and test apparatus for an agent-based flocculation model: Pennock et al.
Environmental Engineering Science 33 (9), 688-698
Influence of variable inlet jet velocity on failure modes of a floc blanket in a water treatment process train: Garland et al.
Environmental Engineering Science 33 (2), 79-87
Characterization of flocs and floc size distributions using image analysis: Sun et al.
Environmental Engineering Science 33 (1), 25-34
2015
Fractal models for floc density, sedimentation velocity, and floc volume fraction for high peclet number reactors: Weber-Shirk et al.
Environmental Engineering Science 32 (12), 978-982
2014
Analyzing the potential of community water systems: The case of AguaClara: Rivas et al.
Water Policy 16 (3), 557-577
An affordable open-source turbidimeter: Kelley et al.
Sensors 14 (4), 7142-7155
Image analysis of floc blanket dynamics: Investigation of floc blanket thickening, growth, and steady state: Hurst et al.
Journal of environmental engineering 140 (4), 04014005
Flocculation-sedimentation performance model for laminar-flow hydraulic flocculation with polyaluminum chloride and aluminum sulfate coagulants: Swetland et al.
Journal of Environmental Engineering 140 (3), 04014002
Apparatus for observation and analysis of floc blanket formation and performance: Hurst et al.
Journal of Environmental Engineering 140 (1), 11-20
2013
Influence of polymeric aluminum oxyhydroxide precipitate-aggregation on flocculation performance: Swetland et al.
Environmental Engineering Science 30 (9), 536-545
Gravity-powered chemical dose controller for sustainable, municipal-scale drinking water treatment: Swetland et al.
Journal of Environmental Engineering 139 (8), 1023-1034
Novel fluidic control system for stacked rapid sand filters: Adelman et al.
Journal of Environmental Engineering 139 (7), 939-946
Floc roll-up and its implications for the spacing of inclined settling devices: Adelman et al.
Environmental Engineering Science 30 (6), 302-310
Postsedimentation Application of Polyaluminum Chloride to Enhance Dual Media Filter Performance: Lin et al.
Journal of Environmental Engineering 139 (5), 612-617
2012
Monroe Weber-Shirk and Leonard William Lion discuss the history of CEE: Weber-Shirk et al.
Internet-First University Press
Enhanced Filter Performance by Fluidized-Bed Pretreatment with : Observations and Model Simulation: Lin et al.
Journal of Environmental Engineering 138 (4), 419-425
Stacked filters: Novel approach to rapid sand filtration: Adelman et al.
Journal of Environmental Engineering 138 (10), 999-1008
Predictive performance model for hydraulic occulator design with polyaluminum chloride and aluminum sulfate coagulants: Swetland et al.
Journal of Environmental Engineering
Enhanced particle capture through aluminum hydroxide addition to pores in sand media: Lin et al.
Journal of Environmental Engineering 138 (1), 8-16
2011
Fluid shear influences on the performance of hydraulic flocculation systems: Ian et al.
Water Research 45 (17), 5412-5418
Comparison of the ability of three coagulants to enhance filter performance: Lin et al.
Journal of Environmental Engineering 137 (5), 371-376
Method for quantitative analysis of flocculation performance: Ian et al.
Water Research 45 (10), 3075-3084
2010
Flocculation model and collision potential for reactors with flows characterized by high Peclet numbers: Weber-Shirk et al.
Water research 44 (18), 5180-5187
Parameters affecting steady-state floc blanket performance: Hurst et al.
Journal of Water Supply: Research and Technology—AQUA 59 (5), 312-323
2009
Gravity powered flow controllers for chlorine and alum dosing: Weber-Shirk
Journal of Water Supply: Research and Technology—AQUA 58 (2), 147-152