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ONLINE ISSN: 1882-6121

PRINT ISSN: 0916-8753

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The Japan Institute of Energy

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Journal of the Japan Institute of Energy
Vol. 90 (2011), No. 6

Journal of the Japan Institute of Energy Vol. 90 (2011), No. 6

Economic and Environmental Evaluation of Biomass Utilization Energy Systems - Analysis on the Wood Tip Biomass Cogeneration System for an Industrial User -

Yasushi ISHIDA, Masaaki BANNAI, Takahiko MIYAZAKI, Shinichi NAKAZAWA, Ryuichi YOKOYAMA

pp. 547-553

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Economic and Environmental Evaluation of Biomass Utilization Energy Systems - Analysis on the Wood Tip Biomass Cogeneration System for an Industrial User -

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DOI:10.3775/jie.90.547

Abstract

The study evaluated the biomass cogeneration system (BCGS) and the biomass steam generation system (BSGS) from the viewpoints of CO₂ emissions reduction and the profit of the project. The energy, cost and CO₂ emissions of BCGS and BSGS for an industrial user were predicted by simulation. The effects of the cost and CO₂ savings were estimated by the comparison with a conventional system that was consisted of the grid electricity and oil boilers. The profitability of the system was evaluated by the net present value (NPV) and the internal rate of return (IRR). The results showed that the BCGS produced a larger NPV, while the BSGS had a higher IRR. It was also found that the BCGS could mitigate the risks on the profitability caused by the fluctuation of the energy prices.
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1. Bio-methanol Energy Chain Model from Feedstock Collection, Pre-treatment, Transport to Biomass Conversion Plant, Plant Scale Factor, and Worldwide Shipment Journal of the Japan Institute of Energy Vol.91(2012), No.5
2. GIS Evaluation of Renewable Energy Resource Potential and Its Application to Kyushu Area in Japan Journal of the Japan Institute of Energy Vol.91(2012), No.5
3. Approach for Determining Soot-Blowing Frequency Based on the Decreasing Behavior of Heat Flux during Ash Deposition Determined in 1.5 MWth Pilot Plant Tests Journal of the Japan Institute of Energy Vol.91(2012), No.5
Study on Electricity Consumption for Domestic Refrigerators, Air Conditioners, and Water Dispenser in Guangzhou (China) urban area based on Questionnaire Data

Yasuhiko KONDOU, Akinobu MURATA, Kimiko YAMADA, Kazuhiko SAKAMOTO, Weisheng ZHOU

pp. 554-561

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Study on Electricity Consumption for Domestic Refrigerators, Air Conditioners, and Water Dispenser in Guangzhou (China) urban area based on Questionnaire Data

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DOI:10.3775/jie.90.554

Abstract

In China, since the 1990's, as household incomes have increased, many kinds of appliances have been purchased, causing the electricity demand to grow from year to year. Widely-used air conditioners and recently penetrated water dispensers, in particular, contribute mainly to increased electricity consumption in the household sector. In this context, we conducted a study to provide descriptive information on the effects of this recent electricity consumption of installed air conditioners, refrigerators, water dispensers, and the standby power of electric devices of urban households in Guangzhou based on the result of our survey in 2004. The result of this study suggests that in terms of water dispensers extending operation time is a serious factor affecting increased electricity consumption. Moreover, replaced air conditioners for power saving may not be enough to reduce the growing electricity consumption.
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Readers Who Read This Article Also Read
1. Bio-methanol Energy Chain Model from Feedstock Collection, Pre-treatment, Transport to Biomass Conversion Plant, Plant Scale Factor, and Worldwide Shipment Journal of the Japan Institute of Energy Vol.91(2012), No.5
2. GIS Evaluation of Renewable Energy Resource Potential and Its Application to Kyushu Area in Japan Journal of the Japan Institute of Energy Vol.91(2012), No.5
3. Approach for Determining Soot-Blowing Frequency Based on the Decreasing Behavior of Heat Flux during Ash Deposition Determined in 1.5 MWth Pilot Plant Tests Journal of the Japan Institute of Energy Vol.91(2012), No.5
Greenhouse Gas Emissions by Land Use Change for Cellulosic Energy Crop Production

Hirotsugu KAMAHARA, Yuki KUDOH, Yutaka GENCHI, Tomoaki MINOWA MINOWA, Masayuki SAGISAKA

pp. 562-568

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Greenhouse Gas Emissions by Land Use Change for Cellulosic Energy Crop Production

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DOI:10.3775/jie.90.562

Abstract

Cellulosic energy crop has been expected as a feedstock of second generation biofuels which can avoid the competition with food production. However, concern about impact of land use change still exists, for cultivation of cellulosic energy crop requires vast land area to supply biofuel as an economically-viable alternative energy source. Therefore, this study evaluated the greenhouse gas (GHG) emission by land use change (LUC) from marginal land to plantation of cellulosic energy crop such as grass crop and fast wood forestry. First, the GHG emissions by LUC were estimated by using default value which was set based on IPCC methodology and literature review. Five warm temperate and tropical climate regions were selected in this paper. The results showed that the GHG emissions by LUC were estimated to be -5.3~10.4 g-CO₂eq/MJ for grass crop and -2.3~5.6 g-CO₂eq/MJ for fast wood forestry. The minimum emissions were observed in climate zone of warm temperate dry, whereas the maximum emissions were observed in tropical wet. The maximum emissions were accounted for 13 % of GHG emission by gasoline use. Finally, this study discussed the condition of biomass carbon stock for the previous land use to archive 50% GHG reductions from gasoline use.
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x
Readers Who Read This Article Also Read
1. Bio-methanol Energy Chain Model from Feedstock Collection, Pre-treatment, Transport to Biomass Conversion Plant, Plant Scale Factor, and Worldwide Shipment Journal of the Japan Institute of Energy Vol.91(2012), No.5
2. GIS Evaluation of Renewable Energy Resource Potential and Its Application to Kyushu Area in Japan Journal of the Japan Institute of Energy Vol.91(2012), No.5
3. Approach for Determining Soot-Blowing Frequency Based on the Decreasing Behavior of Heat Flux during Ash Deposition Determined in 1.5 MWth Pilot Plant Tests Journal of the Japan Institute of Energy Vol.91(2012), No.5
Development of Technology of Slagless Combustion of Agricultural Wastes (Straw) and Designing and Manufacturing of Boilers Where This Technology is Applied

Rafail ISEMIN, Sergey KUZMIN, Alex MIKHALEV, Valentin KONYAKHIN, Alex ZORIN, Dmitriy VIRAYASOV

pp. 569-572

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Development of Technology of Slagless Combustion of Agricultural Wastes (Straw) and Designing and Manufacturing of Boilers Where This Technology is Applied

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DOI:10.3775/jie.90.569

Abstract

The results of the research on combustion of granular agricultural wastes (straw) in a fluidized bed formed by granules and solid products of their combustion are introduced. The proposed technology allows to prevent slag and ash agglomeration in a bed which usually obstructs the normal work of a boiler when we use known burning technologies (in a dense bed and fluidized bed of an inert material). The researches are carried out in accordance with the results of the analysis of statistical characteristic variations of pressure drop pulsations in a bed and it allows to diagnose slagging in a bed at an early stage of agglomerate formation.
Recommended Articles: Bio-methanol Energy Chain Model from Feedstock Collection, Pre-treatment, Transport to Biomass Conversion Plant, Plant Scale Factor, and Worldwide Shipment [ View more ]
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Readers Who Read This Article Also Read
1. Bio-methanol Energy Chain Model from Feedstock Collection, Pre-treatment, Transport to Biomass Conversion Plant, Plant Scale Factor, and Worldwide Shipment Journal of the Japan Institute of Energy Vol.91(2012), No.5
2. GIS Evaluation of Renewable Energy Resource Potential and Its Application to Kyushu Area in Japan Journal of the Japan Institute of Energy Vol.91(2012), No.5
3. Approach for Determining Soot-Blowing Frequency Based on the Decreasing Behavior of Heat Flux during Ash Deposition Determined in 1.5 MWth Pilot Plant Tests Journal of the Japan Institute of Energy Vol.91(2012), No.5

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Journal of the Japan Institute of Energy Vol. 90 (2011), No. 6

Economic and Environmental Evaluation of Biomass Utilization Energy Systems - Analysis on the Wood Tip Biomass Cogeneration System for an Industrial User -

Share it with SNS

Study on Electricity Consumption for Domestic Refrigerators, Air Conditioners, and Water Dispenser in Guangzhou (China) urban area based on Questionnaire Data

Share it with SNS

Greenhouse Gas Emissions by Land Use Change for Cellulosic Energy Crop Production

Share it with SNS

Development of Technology of Slagless Combustion of Agricultural Wastes (Straw) and Designing and Manufacturing of Boilers Where This Technology is Applied

Share it with SNS

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