Sedimentation basins are used at construction sites to reduce sediment-laden stormwater runoff into local water bodies. During storm events, these ponds can have reduced efficiency, causing very turbid water to exit the basin. This project evaluates the performance of coagulants for sediment reduction in construction site runoff in a laboratory setting. The performance of polymers for sediment reduction was assessed. A protocol was developed for coagulant selection at future sites. Four sedimentation basins at a MD 43 construction site in Baltimore County were used in the study. Twelve different coagulants were tested and four were selected for further trials, two anionic, one cationic, plus alum. All samples with coagulants increased sedim...
Potable water sources usually require treatment for removal of suspended organic and inorganic parti...
Background Many kinds of inorganic polymers have been developed, but, amongst them, polyal...
Construction site runoff consists of sediment, suspended solids, colloidal suspensions, and dissolve...
Many different stormwater control measures (SCMs) can be implemented in order to mitigate issues wit...
The objectives of this laboratory study were to determine the effect of types and dosages of coagula...
One of the major impacts that construction activity has on the environment is the disturbance of lar...
In this research, five different coagulants were evaluated to determine their effectiveness at remov...
Sediment from construction sites can degrade the quality of water and endanger the livelihood of man...
The great variety of coagulants allows for the Water Treatment Stations to seek the best cost-benefi...
Jar-test experiments were used to study optimized coagulation for removal of nonpurgeable dissolved ...
During this research, enhanced coagulation was evaluated as part of the proposed treatment to improv...
The Worcester Water Filtration Plant currently uses alum as its primary coagulant. In this project, ...
This study aimed at exploring optimum coagulant dose and optimum pH for a low turbidity (0.1-3 NTU),...
Jar-test experiments were used to study optimized coagulation for removal of nonpurgeable dissolved ...
The objective of this PhD research is to develop a set of stormwater Best Management Practices (BMPs...
Potable water sources usually require treatment for removal of suspended organic and inorganic parti...
Background Many kinds of inorganic polymers have been developed, but, amongst them, polyal...
Construction site runoff consists of sediment, suspended solids, colloidal suspensions, and dissolve...
Many different stormwater control measures (SCMs) can be implemented in order to mitigate issues wit...
The objectives of this laboratory study were to determine the effect of types and dosages of coagula...
One of the major impacts that construction activity has on the environment is the disturbance of lar...
In this research, five different coagulants were evaluated to determine their effectiveness at remov...
Sediment from construction sites can degrade the quality of water and endanger the livelihood of man...
The great variety of coagulants allows for the Water Treatment Stations to seek the best cost-benefi...
Jar-test experiments were used to study optimized coagulation for removal of nonpurgeable dissolved ...
During this research, enhanced coagulation was evaluated as part of the proposed treatment to improv...
The Worcester Water Filtration Plant currently uses alum as its primary coagulant. In this project, ...
This study aimed at exploring optimum coagulant dose and optimum pH for a low turbidity (0.1-3 NTU),...
Jar-test experiments were used to study optimized coagulation for removal of nonpurgeable dissolved ...
The objective of this PhD research is to develop a set of stormwater Best Management Practices (BMPs...
Potable water sources usually require treatment for removal of suspended organic and inorganic parti...
Background Many kinds of inorganic polymers have been developed, but, amongst them, polyal...
Construction site runoff consists of sediment, suspended solids, colloidal suspensions, and dissolve...