Improvements in ceramics for boiler protection in WTE applications

The Minerals, Metals and Materials Society
Thibault Champion Christian His Patrick M. Stephan Stephan Mulch
Organization:
The Minerals, Metals and Materials Society
Pages:
6
File Size:
305 KB
Publication Date:
Jan 1, 2008

Abstract

"When fuel costs increase dramatically, waste to energy (WTE) conversion technologies become a good alternative to produce energy. The potential energy available in domestic wastes, in developed countries, could be upwards of 4% of their total energy needs. Due to low energy recovery and low level of treated domestic wastes in many countries, the energy coming from waste is generally less than 0.5% of the country needs.Domestic waste incineration can convert heat to electricity for industry and housing and allow waste volume reduction in countries where land fills are a scarce resource.There is a request to improve existing combustion technology by increasing energy recovery with better heat transfer in the boiler and also by increasing lining durability with more resistant materials and technologies.The knowledge of corrosion phenomena and material performance allows Saint-Gobain Group to develop and propose high performance refractory lining solutions.IntroductionThe interest in alternative energy has been growing dramatically in the two last decades due to several combined factors, such as global energy demand, fuels prices evolution (e.g. crude oil, Figure 1) or environmental and geopolitics factors"
Citation

APA: Thibault Champion Christian His Patrick M. Stephan Stephan Mulch  (2008)  Improvements in ceramics for boiler protection in WTE applications

MLA: Thibault Champion Christian His Patrick M. Stephan Stephan Mulch Improvements in ceramics for boiler protection in WTE applications. The Minerals, Metals and Materials Society, 2008.

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