S P Deolalkar
Nomograms for Design and Operation of Cement Plants
S P Deolalkar
Nomograms for Design and Operation of Cement Plants
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A unique publication, this set of book and CD-ROM is a handy tool for the design and operation of cement plants. Operation requires many calculations that have to be done repetitively. With this book of nomograms - graphical representations of two or more variables related to one another in such a way that a third one can be read from the nomogr
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A unique publication, this set of book and CD-ROM is a handy tool for the design and operation of cement plants. Operation requires many calculations that have to be done repetitively. With this book of nomograms - graphical representations of two or more variables related to one another in such a way that a third one can be read from the nomogr
Produktdetails
- Produktdetails
- Verlag: CRC Press
- Seitenzahl: 272
- Erscheinungstermin: 14. Oktober 2024
- Englisch
- Abmessung: 280mm x 210mm
- Gewicht: 500g
- ISBN-13: 9781032931012
- ISBN-10: 1032931019
- Artikelnr.: 71650214
- Herstellerkennzeichnung
- Libri GmbH
- Europaallee 1
- 36244 Bad Hersfeld
- gpsr@libri.de
- Verlag: CRC Press
- Seitenzahl: 272
- Erscheinungstermin: 14. Oktober 2024
- Englisch
- Abmessung: 280mm x 210mm
- Gewicht: 500g
- ISBN-13: 9781032931012
- ISBN-10: 1032931019
- Artikelnr.: 71650214
- Herstellerkennzeichnung
- Libri GmbH
- Europaallee 1
- 36244 Bad Hersfeld
- gpsr@libri.de
S.P. Deolalkar graduated in Mechanical and Electrical Engineering and at the British Institute of Management. As and Engineer, he joined the Associated Cement Companies, followed by ACC-Vickers-Babcock, where he was engaged in the manufacturing of boilers and cement machinery. He then continued as the Chief Executive of Bhagwati Priya Consulting Engineers and subsequently founded Deolalkar Consultants. He has been involved with the cement industry for many years and gathered experience and expertise in the commissioning, design, construction and operation of new plants as well as in extending and upgrading existing plants. Having handled almost all aspects of cement plants design, ranging form small 300 tpd to 3000 tpd capacities, Mr Deolalkar authored the reference work 'Handbook for Designing Cement Plants' (BS Publications / CRC Press, 2009, ISBN 978-0-415-66577-3), which is complemented with this practical nomogram book.
1. Basics (capacities and rates of overall cement plant; crushing
grinding; feed rates in various sections with necessary margins; quality calculations
such as the proportioning of raw materials and for arriving at related parameters; carbonates
oxides and ratios of raw meal to clinker); 2. Physical (temperatures
altitudes
atmospheric pressures and densities; areas and volumes ; volumes of silos and stock piles; half angle at centre of mills and kilns and related variables; aspects of system design); 3. Processes (calculations related to calorific values of fuel and its consumption
combustion and drying; log mean temperature difference; heat content of air
clinker
calculations related to cooling)
and 4. Machinery (ball mill design
vertical roller mills
preheater design
fuel fired in calciner
kiln capacity impact
kiln sizing and design
conventional clinker coolers
pneumatic conveying
mechanical conveyors
bag filter sizing
SCAs or ESPs for different efficiencies).
grinding; feed rates in various sections with necessary margins; quality calculations
such as the proportioning of raw materials and for arriving at related parameters; carbonates
oxides and ratios of raw meal to clinker); 2. Physical (temperatures
altitudes
atmospheric pressures and densities; areas and volumes ; volumes of silos and stock piles; half angle at centre of mills and kilns and related variables; aspects of system design); 3. Processes (calculations related to calorific values of fuel and its consumption
combustion and drying; log mean temperature difference; heat content of air
clinker
calculations related to cooling)
and 4. Machinery (ball mill design
vertical roller mills
preheater design
fuel fired in calciner
kiln capacity impact
kiln sizing and design
conventional clinker coolers
pneumatic conveying
mechanical conveyors
bag filter sizing
SCAs or ESPs for different efficiencies).
1. Basics (capacities and rates of overall cement plant; crushing
grinding; feed rates in various sections with necessary margins; quality calculations
such as the proportioning of raw materials and for arriving at related parameters; carbonates
oxides and ratios of raw meal to clinker); 2. Physical (temperatures
altitudes
atmospheric pressures and densities; areas and volumes ; volumes of silos and stock piles; half angle at centre of mills and kilns and related variables; aspects of system design); 3. Processes (calculations related to calorific values of fuel and its consumption
combustion and drying; log mean temperature difference; heat content of air
clinker
calculations related to cooling)
and 4. Machinery (ball mill design
vertical roller mills
preheater design
fuel fired in calciner
kiln capacity impact
kiln sizing and design
conventional clinker coolers
pneumatic conveying
mechanical conveyors
bag filter sizing
SCAs or ESPs for different efficiencies).
grinding; feed rates in various sections with necessary margins; quality calculations
such as the proportioning of raw materials and for arriving at related parameters; carbonates
oxides and ratios of raw meal to clinker); 2. Physical (temperatures
altitudes
atmospheric pressures and densities; areas and volumes ; volumes of silos and stock piles; half angle at centre of mills and kilns and related variables; aspects of system design); 3. Processes (calculations related to calorific values of fuel and its consumption
combustion and drying; log mean temperature difference; heat content of air
clinker
calculations related to cooling)
and 4. Machinery (ball mill design
vertical roller mills
preheater design
fuel fired in calciner
kiln capacity impact
kiln sizing and design
conventional clinker coolers
pneumatic conveying
mechanical conveyors
bag filter sizing
SCAs or ESPs for different efficiencies).







