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Biomass Co-Firing for Boilers Associated with Environmental Impacts
Energy Sources, 2005 This article is presented to discuss general combustion and emissions issues with biomass co-firing, as well as specific issues with particular biomass fuels, such as fouling. The tests of co-firing were carried out in a lab-scale bubbling fluidized bed combustor.
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REMOTE MONITORING OF CO-FIRING FURNACES
Informatics, Control, Measurement in Economy and Environment Protection, 2014 Dominik Demeter, Juraj Banský
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Co-fired magnetoelectric transformer
Applied Physics Letters, 2014In this study, we demonstrate a co-fired magnetoelectric (ME) laminate consisting of piezoelectric/magnetostrictive/piezoelectric layers with unipoled piezoelectric transformer structure. The ME transformer was characterized by quantifying the voltage gain variation and resonance frequency shift as a function of applied DC magnetic field.
Yuan Zhou, Yongke Yan, Shashank Priya
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Optimization of Co-Firing Burners
Journal of Thermal Science and Engineering Applications, 2016At present, unless a boiler is especially designed to burn biomass, the levels of co-firing are generally limited to around 5% by mass. Higher levels of substitution sometimes lead to burner instability and other issues. In order to co-fire higher concentrations of biomass, a technique is required which can monitor flame stability at the burner level ...
Valliappan, P +3 more
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Biomass and Bioenergy, 2008
As part of the European Union (EU) accession treaty, Poland is obliged to increase the share of renewable electricity production to 7.5% by 2010 (from a present share of about 2% in 2002). Most of this increase is expected to be covered by biomass-based electricity generation.
Mårten Berggren +2 more
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As part of the European Union (EU) accession treaty, Poland is obliged to increase the share of renewable electricity production to 7.5% by 2010 (from a present share of about 2% in 2002). Most of this increase is expected to be covered by biomass-based electricity generation.
Mårten Berggren +2 more
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Co-firing of Low- and Middle Permittivity Dielectric Tapes in Low-Temperature Co-fired Ceramics
MRS Proceedings, 2005AbstractCompatibility in cofiring low-κ and middle-κ based on a same glass composition for the hybrid LTCC material systems was investigated. Designing of appropriate lithium borosilicate glass frit systems allowed us to develop an optimized glass frit system used for low-κ and middle-κ dielectric fillers, commonly. The effects of glass addition on the
Jae-Hwan Park +2 more
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Ferroelectrics, 2006
Based on a same glass composition, the compatibilities in cofiring between low-K and high-K hybrid low-temperature co-firing ceramics material systems were studied. By designing a lithium borosilicate glass frit system carefully, we developed an optimum glass frit system for both low-K and high-K dielectric fillers. The effects of glass addition on the
W. J. Ko +4 more
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Based on a same glass composition, the compatibilities in cofiring between low-K and high-K hybrid low-temperature co-firing ceramics material systems were studied. By designing a lithium borosilicate glass frit system carefully, we developed an optimum glass frit system for both low-K and high-K dielectric fillers. The effects of glass addition on the
W. J. Ko +4 more
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Biofuel co-firing with inferential sensor
IFAC Proceedings Volumes, 2012Abstract Renewable energy sources are playing an increasingly important role in reducing the emission of greenhouse gases, with biomass providing the largest carbon dioxide reduction potential when it replaces coal as the dominant fuel in large scale heat and electricity production.
Pavel Trnka, Vladimír Havlena
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