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160719s2013 nyu o 000 0 eng d |
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|a SINTU
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|a 960707478
|a 961884883
|a 1096660363
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|a 9781523102723
|q (electronic bk.)
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|a 1523102721
|q (electronic bk.)
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|a 082060173X
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|a 9780820601731
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|z 9780820601731
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|a 9780820601731
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|a (OCoLC)953706335
|z (OCoLC)960707478
|z (OCoLC)961884883
|z (OCoLC)1096660363
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|b 00005682
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|a TJ379
|b .F74 2013
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|a 621.1/94
|2 23
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|a UAMI
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|a Frayne, Colin.
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|a Boiler water treatment principles and practice :
|b charts and notes for field use /
|c Colin Frayne.
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|a First edition.
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|a [New York?] :
|b Chemical Publishing Company, Inc.,
|c 2013.
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|a 1 online resource (vi, 56 pages)
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|a text
|b txt
|2 rdacontent
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|a computer
|b c
|2 rdamedia
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|a online resource
|b cr
|2 rdacarrier
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|a Print version record.
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|a Table of Contents: About the Author - Saturated steam temperatures at various boiler pressures - Boiler Energy and Power Units - Typical gross heating values of common fuels (based on approximately 80% fuel to steam efficiency) - Typical energy consumption and output ratings for a fire tube boiler - Steam tables suitable for pressure deaerators - Calculating Blowdown - Coefficients of thermal conductivity for some heat-exchanger metals and boiler deposits - Types of water or steam commonly employed in most HW heating and steam generating plants - Commonly occurring minerals in natural MU water sources - Specific waterside / steamside problems affecting MPHW and HPHW boiler plants - Salt concentration indicators - Summary of waterside / steamside problems affecting LPHW and LP steam heating boiler plants - FW contamination from MU water - FW contamination from returned condensate - Problems associated with the final FW blend - Deposition of boiler section waterside surfaces by alkaline earth metal salts, other inorganic salts and organics - Silica and silicate crystalline scales and deposits affecting boiler section waterside surfaces - Iron oxide and other boiler section corrosion debris deposits - Boiler section corrosion problems involving oxygen, concentration cells and low pH - Stress and high temperature related corrosion - Steam purity, quality and other operational problems - Specification for grades of high-quality water suitable for higher pressure WT boilers - Practical considerations for a RW ion-exchange softener - Types of Internal Treatment Program - Carbonate Cycle Requirement Calculations - Phosphate-Cycle Requirement Calculations - A Guide to Tannin Residuals in BW - Carbonate-Cycle Program. BW Carbonate Reserve Requirements by Pressure and Sulfate Concentration - Carbonate-Cycle Coagulation and Precipitation Program. Recommended BW Control Limits for Non-Highly-Rated FT Boilers Employing Hard or Partially Softened FW - Phosphate-Cycle Coagulation and Precipitation Program. Recommended BW Control Limits for Non-Highly-Rated FT Boilers Employing Hard, Partially Softened, or Fully Softened FW - Phosphate-Cycle Coagulation and Precipitation Program. Recommended BW Control Limits for Non-Highly-Rated WT Boilers Employing Hard, Partially Softened, or Fully Softened FW - Chelant demand (ppm product) per 1ppm substrate EDTA Chelant or All-Polymer/All-Organic Program. Recommended BW Control Limits for Fired WT Boilers Employing Demineralized or Similar Quality FW - Oxygen Solubility at Atmospheric Pressure - Properties of Oxygen Scavengers - Carbon Dioxide Evolution from FW Alkalinity - Amine Requirement to Reach a Stable Condensate pH - Amine Basicity Dissociation Constants - Neutralizing Amine Summary Notes - Some DR values for CO2, NH3 and neutralizing amines at various pressures - Calculating Alkalinity Feed-Rate Requirements - ASME Consensus table 1: Suggested water chemistry limits. Industrial watertube, high duty, primary fuel fired, drum typeMakeup water percentage: Up to 100% of feedwater. Conditions: Includes superheater, turbine drives or process restriction on steam purity] - ASME Consensus table 2: Suggested chemistry limits. Industrial watertube, high duty, primary fuel fired, drum type] - ASME Consensus table 3: Suggested chemistry limits. Industrial firetube, high duty, primary fuel fired] - ASME Consensus table 4: Suggested water chemistry limits. Industrial coil type, watertube, high duty, primary fuel fired rapid steam generators] - ASME Consensus table 5: Suggested water chemistry limits. Marine propulsion, watertube, oil fired drum type] - ASME Consensus table 6: Suggested water chemistry limits. Electrode, high voltage, forced circulation jet type] - Notes.
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|a Access restricted to Ryerson students, faculty and staff.
|5 CaOTR
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590 |
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|a Knovel
|b ACADEMIC - Environment & Environmental Engineering
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|a Knovel
|b ACADEMIC - Electrical & Power Engineering
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|a Feed-water purification.
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|a Boilers
|x Water-supply.
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|a Eau d'alimentation
|x Épuration.
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|a Chaudières
|x Approvisionnement en eau.
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|a Boilers
|x Water-supply
|2 fast
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|a Feed-water purification
|2 fast
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0 |
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|i Print version:
|a Frayne, Colin.
|t Boiler water treatment principles and practice.
|b First edition
|z 082060173X
|w (OCoLC)853649292
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856 |
4 |
0 |
|u https://appknovel.uam.elogim.com/kn/resources/kpBWTPPCNO/toc
|z Texto completo
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994 |
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|a 92
|b IZTAP
|