ഀ ഀ ഀ
ഀ ഀ ഀ ഀ ഀ ഀ ഀ ഀDEPARTMENT OF CHEMICALഀ ENGINEERING
ഀ ഀSCHOOL OF ENGINEERINGഀ / GRADUATE SCHOOL OF ENGINEERING
ഀ ഀNAGOYA UNIVERSITY
ഀ ഀഀ ഀ | ഀഀ ഀ | ഀഀ ഀ | ഀഀ
Research Project | ഀ
ഀ ഀ | ഀഀ
Link | ഀ
Related toഀ
Ministry of Education, Culture, Sports and Science
ഀ
Fiscal Year ഀ | ഀ
ഀ
Project ഀ | ഀ
ഀ
Title ഀ | ഀ
ഀ
Head | ഀ
ഀ
2015ഀ
- 2020 | ഀ
ഀ
SATREPS,ഀ
Japan Science and Technology Agency / Japan International Cooperation Agency | ഀ
ഀ
Productionഀ
of biofuel from microalgae | ഀ
ഀ
Kanda | ഀ
ഀ
2013ഀ - 2015 ഀ | ഀ
ഀ
JSPS,ഀ Challenging Exploratory Research ഀ | ഀ
ഀ
Challengeഀ for coexistence of human and cyanobacteria as biofuel resource ഀ | ഀ
ഀ
Kanda | ഀ
ഀ
2011ഀ - 2015 ഀ | ഀ
ഀ
Precursoryഀ Research for Embryonic Science and Technology (PRESTO), Japan Science andഀ Technology Agency ഀ | ഀ
ഀ
Creationഀ
of direct fuel extraction method from high-moisture microalgae excludingഀ drying, cell wall disruption, and toxic extractant ഀ | ഀ
ഀ
Kanda | ഀ
ഀ
2011ഀ - 2013 ഀ | ഀ
ഀ
JSPS,ഀ Challenging Exploratory Research ഀ | ഀ
ഀ
Preparationഀ of fiber composite with a unique morphology by electrospinning in supercriticalഀ fluids medium ഀ | ഀ
ഀ
Goto | ഀ
ഀ
2011ഀ - 2013 ഀ | ഀ
ഀ
JSPS,ഀ Grant-in-Aid for Young Scientists (A) ഀ | ഀ
ഀ
Simultaneousഀ extraction of water and combustible content from high-moisture coal byഀ subcritical dimethyl ether ഀ | ഀ
ഀ
Kanda ഀ | ഀ
ഀ
2009ഀ - 2013 ഀ | ഀ
ഀ
JSPS,ഀ Scientific Research (A) ഀ | ഀ
ഀ
Reactionഀ and material processing using supercritical plasma by discharge and laserഀ irradiation ഀ | ഀ
ഀ
Goto ഀ | ഀ
ഀ
2009ഀ - 2013 ഀ | ഀ
ഀ
JSPS,ഀ Scientific Research on Innovative Areas (type area of research proposal) ഀ | ഀ
ഀ
Supercriticalഀ Plasma Processing ഀ | ഀ
ഀ
Goto ഀ | ഀ
ഀ
2009ഀ - 2011 ഀ | ഀ
ഀ
JSPS,ഀ Grant-in-Aid for JSPS Fellows ഀ | ഀ
ഀ
Thinഀ film formation using laser irradiation in supercritical fluids ഀ | ഀ
ഀ
Goto ഀ | ഀ
ഀ
2009ഀ - 2010 ഀ | ഀ
ഀ
JSPS,ഀ Grant-in-Aid for Young Scientists (B) ഀ | ഀ
ഀ
Rapidഀ mass transfer caused by capillary phase separation and its modeling ഀ | ഀ
ഀ
Kanda ഀ | ഀ
ഀ
2005ഀ - 2008 ഀ | ഀ
ഀ
JSPS,ഀ Scientific Research (A) ഀ | ഀ
ഀ
Highഀ pressure plasma generated in near and critical fluid: Science andഀ applications of high-energy field ഀ | ഀ
ഀ
Goto ഀ | ഀ
Related to otherഀ
Ministries
ഀ
Fiscal Year ഀ | ഀ
ഀ
Project ഀ | ഀ
ഀ
Title ഀ | ഀ
ഀ
Head ഀ | ഀ
ഀ
2011 - 2012 | ഀ
ഀ
Environmentഀ
Research and Technology Development Fund, Ministry of the Environment | ഀ
ഀ
Reformingഀ
of Herbaceous and Woody Biomass by Normal Temperature Deoilingഀ
and Dewatering Technology | ഀ
ഀ
Kanda | ഀ
ഀ
2010ഀ - 2012 ഀ | ഀ
ഀ
Researchഀ and development projects Regional Innovation Ministry of Economy, Trade andഀ Industry ഀ | ഀ
ഀ
Researchഀ and development of functional commercialized food ingredients using green solventഀ extraction technology ഀ | ഀ
ഀ
Goto | ഀ
ഀ
2009ഀ - 2011 ഀ | ഀ
ഀ
Industrialഀ Technology Research Program, New Energy and Industrial Technology Developmentഀ Organization (NEDO) ഀ | ഀ
ഀ
Developmentഀ of energy-saving & normal-temperature oil-extraction technology forഀ microalgae using recycled liquid dimethyl ether ഀ | ഀ
ഀ
Kanda | ഀ
ഀ
2007ഀ - 2009 ഀ | ഀ
ഀ
Grant-in-Aidഀ for Scientific Research. Ministry of the Environment ഀ | ഀ
ഀ
Developmentഀ of high efficiency detoxification of persistent organic waste using hydrothermalഀ electrolysis method ഀ | ഀ
ഀ
Goto | ഀ
Funded Research
ഀ
Fiscal Year ഀ | ഀ
ഀ
Project ഀ | ഀ
ഀ
Title ഀ | ഀ
ഀ
Head ഀ | ഀ
ഀ
2007ഀ - 2011 ഀ | ഀ
ഀ
Petroleumഀ Energy Center Foundation ഀ | ഀ
ഀ
Developmentഀ of reforming technology of hydrothermal decomposition of heavy oil using supercriticalഀ technology - Research on heavy oil upgrading and metal extraction behavior ഀ | ഀ
ഀ
Goto | ഀ
ഀ
2009ഀ - 2010 ഀ | ഀ
ഀ
Forestryഀ Agency Project for new business creation type of forest resource utilization ഀ | ഀ
ഀ
Demonstrationഀ and evaluation of technology for sugar purification and enrichment inഀ sub-critical media ഀ | ഀ
ഀ
Goto | ഀ
ഀ
2006ഀ - 2009 ഀ | ഀ
ഀ
Newഀ Energy and Industrial Technology Development Organization (NEDO) ഀ | ഀ
ഀ
Technologyഀ development of high conversion efficiency of biomass energy / Technology developmentഀ of biomass conversion Mitsubishi Heavy Industry co, Ltd. ഀ | ഀ
ഀ
Goto | ഀ