[[abstract]]This work monitored advection flow through a floc by bubble tracking. Close examination of the motion of a swarm of hydrogen bubbles that passed over a free-falling floc allowed the extent of advection flow to be estimated at 53% for the original activated sludge floc, and 12% for the flocculated floc. The interior permeability of the sludge flocs was estimated from this information. The fluid force exerted on the falling floc was also considered.[[incitationindex]]SCI[[incitationindex]]EI[[booktype]]電子
To optimize aeration process in a waste water treatment aeration tank, numerical model analyses can...
135 pagesWithin this dissertation, a number of advancements are made with regard to hydraulic floccu...
An advanced particle-tracking and flow-visualization technology, particle image velocimetry (PIV), w...
[[abstract]]This work, for the first time, monitored advection flow through the floc interior using ...
[[abstract]]This paper briefly reviewed the progress made recently to the estimation of hydrodynamic...
[[abstract]]This work estimates the interior permeability of waste activated sludge flocs by observi...
[[abstract]]This study estimates the polymer-flocculated waste activated sludge floc interior permea...
[[abstract]]This paper reports an experimental work about the hydrodynamic response of individual ac...
[[abstract]]This paper provides an estimate of the waste-activated sludge floc interior permeability...
The liquid velocity inside alum and activated sludge flocs was calculated using the size, settling v...
[[abstract]]This paper numerically evaluates the hydrodynamic drag force exerted on an individual fl...
We hung the activated sludge flocs on an elastic nylon stick and then subjected it to a uniform wate...
grantor: University of TorontoKnowledge of floc porosity and structure is the basis for th...
High-rate activated sludge systems have a high potential for carbon and energy recovery from wastewa...
[[abstract]]This work numerically investigates the hydrodynamic drag force exerted on a porous spher...
To optimize aeration process in a waste water treatment aeration tank, numerical model analyses can...
135 pagesWithin this dissertation, a number of advancements are made with regard to hydraulic floccu...
An advanced particle-tracking and flow-visualization technology, particle image velocimetry (PIV), w...
[[abstract]]This work, for the first time, monitored advection flow through the floc interior using ...
[[abstract]]This paper briefly reviewed the progress made recently to the estimation of hydrodynamic...
[[abstract]]This work estimates the interior permeability of waste activated sludge flocs by observi...
[[abstract]]This study estimates the polymer-flocculated waste activated sludge floc interior permea...
[[abstract]]This paper reports an experimental work about the hydrodynamic response of individual ac...
[[abstract]]This paper provides an estimate of the waste-activated sludge floc interior permeability...
The liquid velocity inside alum and activated sludge flocs was calculated using the size, settling v...
[[abstract]]This paper numerically evaluates the hydrodynamic drag force exerted on an individual fl...
We hung the activated sludge flocs on an elastic nylon stick and then subjected it to a uniform wate...
grantor: University of TorontoKnowledge of floc porosity and structure is the basis for th...
High-rate activated sludge systems have a high potential for carbon and energy recovery from wastewa...
[[abstract]]This work numerically investigates the hydrodynamic drag force exerted on a porous spher...
To optimize aeration process in a waste water treatment aeration tank, numerical model analyses can...
135 pagesWithin this dissertation, a number of advancements are made with regard to hydraulic floccu...
An advanced particle-tracking and flow-visualization technology, particle image velocimetry (PIV), w...