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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. 87 (2008), No. 11

Journal of the Japan Institute of Energy Vol. 87 (2008), No. 11

Erratum: Behavior of Inorganic Elements in Poultry Manure during Supercritical Water Gasification[Journal of the Japan Institute of Energy 8709 731-736]

Takashi YANAGIDA, Tomoaki MINOWA, Akifumi NAKAMURA, Yukihiko MATSUMURA, Yoji NODA

pp. 968_1-968_1

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Erratum: Behavior of Inorganic Elements in Poultry Manure during Supercritical Water Gasification[Journal of the Japan Institute of Energy 8709 731-736]

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DOI:10.3775/jie.87.968_1
Recommended Articles: Combustion Characteristics of Hydrogen in a Catalytic Fluidized Bed [ View more ]
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3. A Study on Evaluating Risk in CDM Journal of the Japan Institute of Energy Vol.86(2007), No.11
Erratum: Bench-Scale Production of Hydrocarbon Liquid Fuel from Woody Biomass via Gasification[Journal of the Japan Institute of Energy 8709 737-743]

Toshiaki HANAOKA, Yanyoug LIU, Kotetsu MATSUNAGA, Satoshi HIRATA, Kinya SAKANISHI

pp. 968_2-968_2

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Erratum: Bench-Scale Production of Hydrocarbon Liquid Fuel from Woody Biomass via Gasification[Journal of the Japan Institute of Energy 8709 737-743]

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DOI:10.3775/jie.87.968_2
Recommended Articles: Combustion Characteristics of Hydrogen in a Catalytic Fluidized Bed [ View more ]
x
Readers Who Read This Article Also Read
1. Combustion Characteristics of Hydrogen in a Catalytic Fluidized Bed Journal of the Japan Institute of Energy Vol.86(2007), No.10
2. Flame Characteristics in a Wick Combustion of GTL Kerosene Journal of the Japan Institute of Energy Vol.86(2007), No.10
3. A Study on Evaluating Risk in CDM Journal of the Japan Institute of Energy Vol.86(2007), No.11
Statistical Analysis on Transition of Actual Fuel Consumption by Improvement of Japanese 10·15 Mode Fuel Consumption

Yuki KUDOH, Keisuke MATSUHASHI, Yoshinori KONDO, Shinji KOBAYASHI, Yuichi MORIGUCHI, Hiroshi YAGITA

pp. 930-937

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Statistical Analysis on Transition of Actual Fuel Consumption by Improvement of Japanese 10·15 Mode Fuel Consumption

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DOI:10.3775/jie.87.930

Abstract

The aim of this study is to analyse the diffusion effect of passenger vehicles that achieved the fuel consumption standard under the Top Runners Approach towards the improvement of stock-based fuel consumption in actual use (actual fuel consumption). In order to investigate the actual fuel consumption with high statistical reliability, we have put focus upon voluntary reported fuel consumption log data collected from all over Japan for 54 months by a certain mobile phone contents provider and have established an actual fuel consumption database of passenger vehicles. The results of statistical analyses using the database show that actual fuel consumption can be explained by vehicle weight and that actual fuel consumption of gasoline-fuelled passenger vehicles is significantly improving every year compared with that of FY2001. The validity of the actual fuel consumption obtained from the database is confirmed by comparing with the actual fuel consumption estimated from existing transport statistics.
Recommended Articles: Combustion Characteristics of Hydrogen in a Catalytic Fluidized Bed [ View more ]
x
Readers Who Read This Article Also Read
1. Combustion Characteristics of Hydrogen in a Catalytic Fluidized Bed Journal of the Japan Institute of Energy Vol.86(2007), No.10
2. Flame Characteristics in a Wick Combustion of GTL Kerosene Journal of the Japan Institute of Energy Vol.86(2007), No.10
3. A Study on Evaluating Risk in CDM Journal of the Japan Institute of Energy Vol.86(2007), No.11
A Modeling Analysis of the Deployment of Energy Efficient Industrial Technologies in China under CO₂ Emission Constraints

Akinobu MURATA, Cheolsong LI

pp. 938-945

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A Modeling Analysis of the Deployment of Energy Efficient Industrial Technologies in China under CO₂ Emission Constraints

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DOI:10.3775/jie.87.938

Abstract

This paper presents the result of investigating how energy-efficient technologies are expected to diffuse in the Chinese industry when the national CO₂ emission is to be reduced using GOAL model, a linear optimization model of energy system covering seven countries in the eastern Asia. Current energy consumption in the Chinese industry is surveyed, where energy services are grouped into steel making, cement production, ammonia production, paper production, process heat, motive power and lighting. Twenty-three energy-efficient technologies are prepared as options for these end-uses. The diffusion rates of the twenty-three technologies in the period between 2010 and 2030 are obtained under constraint on the national CO₂ emission at different levels. Some energy-efficient measures such as hot direct charging in steel making, black liquor recovery in paper production and oxygen rich continuous gasification in small- and medium-size ammonia production are found viable only with the help of a stringent CO₂ emission reduction. Energy intensities of crude steel, cement, ammonia and paper in the year 2020 are estimated and compared with the current values.
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1. Combustion Characteristics of Hydrogen in a Catalytic Fluidized Bed Journal of the Japan Institute of Energy Vol.86(2007), No.10
2. Flame Characteristics in a Wick Combustion of GTL Kerosene Journal of the Japan Institute of Energy Vol.86(2007), No.10
3. A Study on Evaluating Risk in CDM Journal of the Japan Institute of Energy Vol.86(2007), No.11

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Journal of the Japan Institute of Energy Vol. 87 (2008), No. 11

Erratum: Behavior of Inorganic Elements in Poultry Manure during Supercritical Water Gasification[Journal of the Japan Institute of Energy 8709 731-736]

Share it with SNS

Erratum: Bench-Scale Production of Hydrocarbon Liquid Fuel from Woody Biomass via Gasification[Journal of the Japan Institute of Energy 8709 737-743]

Share it with SNS

Statistical Analysis on Transition of Actual Fuel Consumption by Improvement of Japanese 10·15 Mode Fuel Consumption

Share it with SNS

A Modeling Analysis of the Deployment of Energy Efficient Industrial Technologies in China under CO2 Emission Constraints

Share it with SNS

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A Modeling Analysis of the Deployment of Energy Efficient Industrial Technologies in China under CO₂ Emission Constraints