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Filtering by: Degree Field Chemical Engineering Remove constraint Degree Field: Chemical Engineering Degree Level Master's Remove constraint Degree Level: Master's Subject Cooling towers Remove constraint Subject: Cooling towers

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Deposition characteristics of magnesium silicate and calcium carbonate in cooling tower water

Creator:

Lee, Sai Heep

Abstract:

Deposition characteristics of magnesium silicate and calcium carbonate on a heated surface in cooling tower water using city water as make-up was investigated. Flow velocity, bulk temperature and calcium hardness were maintained constant at 5.3 ft/ sec, 95°F and 150 ppm as CaCO₃ respectively whereas surface temperature varied from 105°F...

Resource Type:

Masters Thesis
Alkalinity effects on the scaling of simulated cooling tower water

Creator:

Morse, Robert Weber

Resource Type:

Masters Thesis
Effects of water quality and surface temperature on the scaling characteristics of cooling tower water

Creator:

Lahm, Lawrence

Abstract:

The fouling of cooling tower water was investigated as a function of heater surface temperature and water quality. In particular, the effects on fouling of the addition of calcium in excess of the amounts required for saturation were examined. First, the average bulk water temperature was 97 ± 1 degree...

Resource Type:

Masters Thesis
Calcium carbonate scaling in a deluged dry cooling system

Creator:

Barton, Kathleen Patricia

Abstract:

Scaling characteristics of calcium carbonate on a heated surface in a deluged dry cooling system were investigated. Bulk temperature of the deluge water was maintained constant at 90°F. Air flow velocity was maintained constant at 181 cfm., and deluge water flow was maintained at the minimum level that provided thorough...

Resource Type:

Masters Thesis
Solubilities of various salts in cooling tower water and a correlation to determine their scaling threshold

Creator:

Herbig, Scott M.

Resource Type:

Masters Thesis
Computer assisted design of humidification equipment

Creator:

Harvey, Glenn B.

Abstract:

A computer assisted design model, developed for undergraduate students to teach the basic principles of humidification design, is developed and presented. Beginning with the development of the differential equations, the conversion to numerical code is presented, followed by a series of applications to mechanical draft in cooling towers, natural draft...

Resource Type:

Masters Thesis

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Academic Affiliation

Chemical Engineering6

Advisor

Knudsen, James G.5
Levien, Keith L.1

Commencement Year

Commencement Year range begin – Commencement Year range end

Current results range from 1976 to 1991

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Creator

Barton, Kathleen Patricia1
Harvey, Glenn B.1
Herbig, Scott M.1
Lahm, Lawrence1
Lee, Sai Heep1
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Date

Date range begin – Date range end

Current results range from 1975 to 1990

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Decade

1990-19991
1980-19893
1970-19792

Degree Field

Chemical Engineering[remove]6

Degree Level

Master's[remove]6

Degree Name

Master of Science (M.S.)6

Language

English [eng]6

Non-Academic Affiliation

Oregon State University. Graduate School6

Peer Reviewed

No6

Resource Type

Masters Thesis6

Rights Statement

Copyright Not Evaluated6

Subject

Cooling towers[remove]6
Salts, Soluble1

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