所属： 釧路工業高等専門学校 創造工学科（機械工学分野）

研究タイトル：

省エネとスマートエネルギーによる地域環境の再生と地域社会の活性化

氏名：

川村 淳浩/KAWAMURA Atsuhiro

E-mail：kawamura@mech.kushiro-ct.ac.jp

職名：

教授

学位：

博士（工学）、技術士（機械部門）

所属学会・協会：

日本機械学会，日本実験力学会，日本エネルギー学会，エネルギー・資源学会，
日本太陽エネルギー学会，木質炭化学会，日本燃焼学会，自動車技術会，SAE International，日本生物環境工学会

キーワード：

再生可能エネルギー，省エネ，石油代替，エネルギー変換，環境影響･経済性評価，植物工場, ICT

技術相談
提供可能技術：バイオマス直接熱利用、クリンカ（溶融灰）、資源循環型地域社会、環境保全、燃焼、高効率、低排出ガス、安全工学、防災、代替エネルギー、バイオガス、地域社会、FEMS、住環境、HEMS、太陽エネルギー、スマートエネルギー、二酸化炭素施肥など

研究内容：① バイオマスの利活用② 内燃機関の排出ガス対策

再生可能エネルギー、燃焼灰、資源循環、固形燃料、環境保全

燃焼、低排出ガス、安全工学、防災、高効率、バイオガス③ 地域社会と農業のスマートエネルギー化④ 住環境のスマートエネルギー化

植物工場、地域社会、省エネ、低排出ガス、FEMS、ICT

住環境、省エネ、HEMS、ICT、太陽エネルギー

提供可能な設備・機器：
名称・型番（メーカー）
完全人工光型植物工場研究施設：TAF-13（ｴｽﾍﾟｯｸﾐｯｸ）12.7m2

太陽光利用型植物工場研究施設：TPFS-14(ｴｽﾍﾟｯｸﾐｯｸ)13.5m2

ｴﾝｼﾞﾝﾍﾞﾝﾁ, 分析計：DA10UW(FC ﾃﾞｻﾞｲﾝ), PG-300（HORIBA）

排ガス測定器：MEXA-584L（HORIBA）, testo340(testo)

赤外線ｻｰﾓｸﾞﾗﾌｨ：H2640（NEC･Avio）

北方型実験住宅：木造軸組構法 66.24m2

Field of Mechanical Eng., Dept. of Creative Eng., Kushiro College
Title of the study:

Revitalization of Environment through Energy
Conservation and Smart Energy
Name

KAWAMURA Atsuhiro

StatusProfessor, Ph.D., P.E.Jp

Affiliations

Keywords
TechnicalSupport Skills

Research Contents

E-mailkawamura＠mech.kushiro-ct.ac.jp

The Japan Society of Mechanical Engineers ， The Japanese Society forExperimental Mechanics, The Japan Institute of Energy，Japan Society ofEnergy and Resources ， Japan Solar Energy Society ， The Japan
Carbonization Research Society, Combustion Society of Japan，The Societyof Automotive Engineers of Japan，SAE International，Japanese Society ofAgricultural, Biological and Environmental Engineers and Scientists

Renewable Energy, Energy Conservation, Alternative Energy, Energy Conversion,Energy Efficiency, Environmental Impact, Plant Factory, ICT
Biomass Combustion, Clinker, Zero-waste Community, Environmental Conservation,Combustion, Low-emission, Safety Engineering, Disaster Prevention, Biogas, FEMS,HEMS, Solar Energy, Smart Energy, Carbon Dioxide Fertilization

https://researchmap.jp/read0152593/?lang=en

1. Research on the Efficiency Improvement of Batch-type Small-diameter Bio-coke Production Process (inJapanese), Journal of JSEM, 19(3) 203-208, Oct, 2019. [Peer-reviewed]
2. Studies on Producing of Woody Biomass Fuel and Utilizing of Combustion Ash - Production of Small
Diameter Bio-coke and Characterization of Blend Firing - (in Japanese), Journal of Smart Processing,7(2) 51-56, Mar, 2018. [Peer-reviewed]
3. A Study of the Exhaust Emission Performance of a Cartridge-gas Fueled Portable Generator (in Japanese),
Journal of the Japan Institute of Energy, 96(12) 525-531, Dec 1, 2017. [Peer-reviewed]
4. A Study of Home Energy Management Systems for Northern Houses (in Japanese), Journal of the Japan
Institute of Energy, 96(4) 112-120, 2017. [Peer-reviewed]
5. Study on Clinker Formation Mechanism of Biomass Solid Fuel (in Japanese), Journal of Smart Processing,5(2) 140-144, Mar, 2016. [Peer-reviewed]
6. Development of Solar Heating using Information and Communication Technologies for Northern Houses,
Proceedings of SHC 2013, Freiburg, Germany, Energy Procedia, 48, 588-597, 2014. [Peer-reviewed]
7. Research on a Low Energy Consumption House using Renewable Energies and Information andCommunication Technologies, International Symposium on Innovative Materials for Processes in Energy
Systems (IMPRES) 2013 Proceedings, 299-303, Sep, 2013. [Peer-reviewed]
8. Development of Hydrogen Internal Combustion Engine System for Heavy Duty Vehicles (in Japanese),
Transactions of Society of Automotive Engineers of Japan, 42(4) 909-914, Jul, 2011. [Peer-reviewed]
9. Development Project of a Multi-cylinder DISI Hydrogen ICE System for Heavy Duty Vehicles, SAE
Technical Papers, 2010. [Peer-reviewed]
10. Summary and Progress of the Hydrogen Ice Truck Development Project, SAE International Journal ofCommercial Vehicles, 2(1) 110-117, 2009. [Peer-reviewed]
11. Application Problem of Biomass Combustion in Greenhouses for Crop Production (in Japanese), Journalof High Temperature Society, 33(1) 14-20, Jan, 2007. [Peer-reviewed]
12. Evaluation of Cogeneration System Applied to Greenhouses (in Japanese), Journal of the Japan Instituteof Energy, 85(5) 390-397, 2006. [Peer-reviewed]
Available Facilities and Equipment
Artificial Light Type Plant Research Facility / TAF-13

Solar-powered Plant Factory Research Facility / TPFS-14

Engine Bench & Gas Analyzer / DA10UW & PG-300

Exhaust or Flue Gas Analyzer / MEXA-584L, testo340

Thermography / H2640 (NEC/Avio)

Experimental Northern House / 66m2