Sustainability of cement, concrete and cement replacement materials in construction

Sustainability of Construction Materials

Volumn , Issue , 2009, Pages 120-147

  Glavind, M ^a  

^a DANISH TECHNOLOGICAL INSTITUTE   (Denmark)

Author keywords

[No Author keywords available]

Indexed keywords

CARBON DIOXIDE; CEMENTS; CONCRETES; SUSTAINABLE DEVELOPMENT;

CASE-STUDIES; CEMENT REPLACEMENT MATERIALS; CO2 EMISSIONS; GREEN SOLUTION; HEATING AND COOLING; LIFE CYCLE PERSPECTIVES; OPTIMISATIONS; SUSTAINABILITY ISSUES;

LIFE CYCLE;

EID: 84904147344     PISSN: None     EISSN: None     Source Type: Book    
DOI: 10.1533/9781845695842.120     Document Type: Chapter

References (41)

1. Biasoli F., Oberg M. Concrete for energy efficient and comfortable building 2007, 593-600.
2. Bødker J. Emissions from concrete to the indoor environment' (in Danish) 2006, Report no. 18, Danish Environmental Protection Agency, Copenhagen, Denmark.
3. Concrete for the Environment A Nordic network, Newsletter 2003 http://www.concretefortheenvironment.net.
4. Concrete thinking Sustainable development with concrete http://www.concretethinking.org.
5. Cordeiro G.C. Influence of mechanical grinding on the pozzolanic activity of residual sugarcane bagasse ash 2004, 731-740.
6. Damtoft J.S., Glavind M., Munch-Petersen C. Danish Centre for Green Concrete 2001, 401-419. Supplementary papers.
7. Damtoft J.S. The sustainable cement production of the future 2007, 75-85.
8. de Larrad F. Concrete Mixture Proportioning - A Scientific Approach 1999, E&FN Spon, London.
9. Deutsche Bauchemie Concrete admixtures and the environment 1999, Deutsche Bauchemie, Frankfurt, Germany, State-of-the-art report.
10. ECOserve Network Cluster 2 production and application of blended cements http://www.ecoserve.net.
11. ECOserve Network Cluster 3, baseline report for the aggregate and concrete industries in Europe http://www.eco-serve.net.
12. ECOserve Network Cluster 3, best available technology report for the aggregate and concrete industries in Europe http://www.eco-serve.net.
13. ERMCO (European Ready Mixed Concrete Organization) Statistics 2006 http://www.ermco.org.
14. fib Environmental design 2004.
15. Fidjestøl P., Dåstøl M., Nielsen T. Sustainability of concrete construction 2007, 85-95.
16. 2 absorption by Portland cement concrete. R&D serial no. 2255 2000, PCA, Chicago, USA.
17. Glavind M., Olsen G.S., Munch-Petersen C. Packing calculations and concretemix design. Nordic Concrete Research Publication no. 13 1993, 22-34. The Nordic Concrete Federation,Espoo, Finland.
18. Glavind M., Damtoft J.S., Röttig S. Cleaner technology solutions in the life cycle of concrete products 2001, 313-329.
19. Glavind M., Mathiesen D., Nielsen C.V. Sustainable concrete structures - a win- win situation for industry and society. Achieving Sustainability in Construction 2005, Thomas Telford Publishing, London.
20. Glavind M., Mehus J., Gudmundson G., Fidjestøl P. Concrete - the sustainable construction material. Concrete International 2006, 28(5):41-44.
21. Glavind M., Nielsen C.V. New knowledge on healthy and environmentally friendly concrete 2007.
22. Gran H.C. Concrete solutions for containment of nuclear waste 2003.
23. Hasholt M.T., Mathiesen D., Hansen H., Thøgersen F. Metoder til genanvendelse af farvede glasskår til produktion af tegl og beton og til vejbygning - fase 2' (in Danish) 2004, The Danish Environmental Protection Agency, Copenhagen, Denmark.
24. Lagerblad B. Carbon dioxide uptake during concrete life cycle - State-of-the-art 2005.
25. LIFE Project Biocrete Bio ash in concrete - a guideline http://www.biocrete.dk/english.
26. Linders H. Trondheim Harbor - containment of polluted sediments with cement 2003.
27. Malhotra V.M. Global warming and sustainability issues related to concrete technology 2007, 17-27.
28. Nielsen L.O. Interaction between microclimate and concrete - a prerequisite for deterioration. Construction and Building Materials 1996, 10(5):301-308.
29. Nielsen C.V., Olsen L. Drying of concrete' (in Danish) 2006, Danish Environmental Protection Agency, Copenhagen, Denmark, Report no. 37.
30. Nielsen C.V. Does SCC really improve the working environment? 2007, 967-975. Volume 2.
31. Ocean Shipping Consultants Ltd Press release announcement, Global cement to 2020 2006, Ocean Shipping Consultants Ltd, Surrey, UK.
32. Olsen L., Hansen M.L.S. Heat storage in concrete' (in Danish) 2007, Danish Environmental Protection Agency, Copenhagen, Denmark.
33. Pade C., Guimaraes M. The CO2 uptake of concrete in a 100 year perspective. Cement and Concrete Research 2007, 37(9):3-12.
34. Pommer K., Pade C. Guidelines - uptake of carbon dioxide in the life cycle inventory of concrete 2005, Danish Technological Institute, Denmark, . http://www.teknologisk.dk.
35. Portland Cement Association Concrete homes save energy http://www.cement.org.
36. RILEM RILEM recommendation, TC-121, Specifications for concrete with recycled aggregates. Materials and Structures 1994, 27(9):557-559.
37. RILEM Sustainable Raw Materials - Construction and Demolition Waste 2001, Report22, RILEM Publications, Bagneax, France. C. Hendriks, H.S. Pietersen (Eds.).
38. Sveinsdottir E.L., Wallewik O., Gunnarsson G. Recycled fines in concrete - Icelandic materials 1998, The Icelandic Building Research Institute, Reykjavik, Iceland.
39. Tølløse K. Environmental screening of a concrete bridge' (in Danish) 2002, Centre for Green Concrete, Danish Technological Institute, Denmark.
40. United Nations Our common future, report of the World Commission on Environment and Development 1987, General Assembly Resolution 42/187, United Nations, Geneva.
41. US Geological Survey Cement statistics 2006 http://www.minerals.usgs.gov.