Mixing of the Seneca and Blue Lake waste water treatment plant effluents with the Minnesota River

Heinz G. Stefan; Gerard J. Farrell; Michael J. Riley; Katherine F. Lindquist; Georgios M. Horsch

Mixing of the Seneca and Blue Lake waste water treatment plant effluents with the Minnesota River

Heinz G. Stefan, Gerard J. Farrell, Michael J. Riley, Katherine F. Lindquist, Georgios M. Horsch

St. Anthony Falls Laboratory

Research output: Book/Report › Other report

Abstract

Eight field surveys, forty five laboratory experiments, and several types of analyses have produced information to understand and predict the mixing of the Seneca and Blue Lake WWTP effluents with the Minnesota River to a reasonable degree. Both discharges are from submerged pipes, 7 ft and 6.5 ft in diameter, respectively. The mean annual discharge rates are at present on the order of 23 to 25 cfs and at velocities on the order of .6 to .8 fps.

Original language	English (US)
State	Published - Nov 1984

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

Publisher link

http://purl.umn.edu/112673

Find It

Find It at U of M Libraries

St. Anthony Falls Laboratory
Shen, L. (Director)
St. Anthony Falls Laboratory
Equipment/facility: Facility

Cite this

@book{2f2a51861125438782953bd39911f67a,

title = "Mixing of the Seneca and Blue Lake waste water treatment plant effluents with the Minnesota River",

abstract = "Eight field surveys, forty five laboratory experiments, and several types of analyses have produced information to understand and predict the mixing of the Seneca and Blue Lake WWTP effluents with the Minnesota River to a reasonable degree. Both discharges are from submerged pipes, 7 ft and 6.5 ft in diameter, respectively. The mean annual discharge rates are at present on the order of 23 to 25 cfs and at velocities on the order of .6 to .8 fps.",

author = "Stefan, {Heinz G.} and Farrell, {Gerard J.} and Riley, {Michael J.} and Lindquist, {Katherine F.} and Horsch, {Georgios M.}",

year = "1984",

month = nov,

language = "English (US)",

}

TY - BOOK

T1 - Mixing of the Seneca and Blue Lake waste water treatment plant effluents with the Minnesota River

AU - Stefan, Heinz G.

AU - Farrell, Gerard J.

AU - Riley, Michael J.

AU - Lindquist, Katherine F.

AU - Horsch, Georgios M.

PY - 1984/11

Y1 - 1984/11

N2 - Eight field surveys, forty five laboratory experiments, and several types of analyses have produced information to understand and predict the mixing of the Seneca and Blue Lake WWTP effluents with the Minnesota River to a reasonable degree. Both discharges are from submerged pipes, 7 ft and 6.5 ft in diameter, respectively. The mean annual discharge rates are at present on the order of 23 to 25 cfs and at velocities on the order of .6 to .8 fps.

AB - Eight field surveys, forty five laboratory experiments, and several types of analyses have produced information to understand and predict the mixing of the Seneca and Blue Lake WWTP effluents with the Minnesota River to a reasonable degree. Both discharges are from submerged pipes, 7 ft and 6.5 ft in diameter, respectively. The mean annual discharge rates are at present on the order of 23 to 25 cfs and at velocities on the order of .6 to .8 fps.

M3 - Other report

BT - Mixing of the Seneca and Blue Lake waste water treatment plant effluents with the Minnesota River

ER -

Mixing of the Seneca and Blue Lake waste water treatment plant effluents with the Minnesota River

Abstract

UN SDGs

Publisher link

Find It

Fingerprint

University Assets

St. Anthony Falls Laboratory

Cite this