Download e-book for iPad: Designing Green Cement Plants by S.P. Deolalkar
By S.P. Deolalkar
Cement construction is understood to be a polluting and energy-intensive undefined. Cement crops account for five percentage of worldwide emissions of carbon dioxide and one of many major reasons of worldwide warming. even if, cement it's actually the glue of growth. Designing eco-friendly Cement Plants offers the instruments and methods for designing new huge cement vegetation that will advertise sustainable development, shield usual assets to the utmost attainable volume and make least attainable additions to the Greenhouse Gases that reason international warming.
Brief and yet authoritative, this name embraces new applied sciences and strategies similar to Carbon trap and Sequestration, in addition to tools for harnessing renewable strength assets similar to wind and sun. the writer additionally discusses the effective use of power and fabrics in the course of the use recycling. additionally, this e-book additionally examines thepossibilities of constructing eco-friendly cement substitutes akin to Calera, Caliix, Novacem, Aether and Geopolymer cements.
- Includes the instruments and techniques for decreasing the emissions of greenhouse Gases
- Explores applied sciences equivalent to: carbon catch and garage and replacement cements
- Provides crucial information to deciding upon the original elements enthusiastic about designing huge new eco-friendly cement crops
- Includes interactive excel spreadsheets
- Methods for preforming a value advantages research for the construction of eco-friendly cements in preference to traditional OPC
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Additional info for Designing Green Cement Plants
Published by Elsevier Inc. 6 The European Cement Standard EN 197-11 uses Portland Composite Cement as a generic term for the entire Group of CEM II cements. They include CEM II-S Portland slag cements. This category includes: Portland—silica flume cement Portland—pozzolana cement Portland—fly ash cement Portland—burnt shale cement Portland—limestone cement It is also used for CEM II M cements. They are cements containing Portland cement clinker plus other constituents like slag and silica flume that can be combined with one another.
This process could possibly be used by cement companies to produce a substitute cement as a byproduct. RECOMMENDED READING 1 Science Direct CO2 capturing technologies for Cement Industry By Adina Bosoaga & others 58 Designing Green Cement Plants 2 CO2 Capture Cycle Role of CCS in reducing emissions from cement plants in N. America By Mahasenan et al - Pacific Northwest National Laboratories 3 Reduction of GHG emissions by integration of cement plans, power plants and CCS Systems By Luis Romeo et al - Modelling & Analysis- CO2 capture in Industrial Sector - Greenhouse gases Science and Technology 4 Cement Technology Road map 2009 Carbon emission reduction by 2050 World Business Council for Sustainable Development 5 Carbon Capture and Storage – Cemex’s position Cemeex update 2011 6 Carbon Capture Technology ECRA’s approach towards CCS European Cement Research Academy By Volker Hoenig & others 7 CCS Technology – Options and Potentials for Cement Industry by Volker Hoenig et al Portland Cement Association- PCA R&D Serial no 3022 8 Carbon dioxide Control Technologies for Cement Industry By Volker Hoenig et al - GCEP Workshop on Carbon Management in Manufacturing Industries- 2001 for ECRA 9 UNIDO Carbon Capture & Storage in Industrial Applications Technology Synthesis Report- Working Paper 2010.
They can be examined technically on a case-by-case basis to arrive at optimum solutions for specific projects. 9 Differences on account of increase in size of cement plants 1. Cement plants have grown much bigger in size. Representative size of plant is about 3-8 mtpa in terms of cement produced in one place. 2. The storage and handling facilities for these materials have to be designed from this angle. This will require larger quantities of fly ash and slag to be brought in and stored. Slag may have to be dried as well.
Designing Green Cement Plants by S.P. Deolalkar