Nonakafs Profile
Graduated from Department of Geosystem Engineering
The University of Tokyo
ŸPast OccupationŸ
Honorary Research Fellow
School of Chemical Engineering, The University of Birmingham, UK (04/91 - 09/92)
Edgbaston, Birmingham B15 2TT, UK
Lecturer
Graduate School of Geosystem Engineering, The University of Tokyo (- 03/99)
7-3-1 Hongo, Bunkyo-ku, Tokyo 113-8651, Japan
ŸCurrent OccupationŸ
Lecturer
Department of Law, Nihon University (04/01-)
2-3-1 Misakicho, Chiyoda-ku, Tokyo 101-8375, Japan
Technical Advisor
R&D Centre, Nittetsu Mining Co. Ltd. (11/99 -)
8-1 Hirai, Hinode-cho, Nishitama-gun, Tokyo 190-0182, Japan
TEL: +81 (0)42 597 7005 FAX: +81 (0)42 597 7014
E-MAIL: http://www2.gateway.ne.jp/~m-nonaka/profile/kadota@nittetsukou.co.jp
International Research Team Member
FAST (Fluid And Surface Transport) Team International (04/91 -)
Team Manager: Dr. N. H. Thomas (VisProf CEAC Aston Univ.)
Birmingham B7 4BJ, UK
TEL: +44 (0)121 471 4149 FAX: +44 (0)121 471 4149
E-MAIL: nhtfred@aol.com
Division Executive Manager
Japan Division of FRED (Flow Research Evaluation & Diagnosis) Ltd (10/92 -)
General Manager: Dr. N. H. Thomas (VisProf CEAC Aston Univ.)
Birmingham B7 4BJ, UK
TEL: +44 (0)121 471 4149 FAX: +44 (0)121 471 4149
E-MAIL: nhtfred@aol.com
CEO
FRED (Fluid-Powders Researches for Environmental Developments) Laboratory (04/00 -)
1-31-20 Shimotakaido, Suginami-ku, Tokyo 168-0073, Japan
TEL: +81 (0)3 3302 6401 FAX: +81 (0)3 3302 6401
E-MAIL: m-nonaka@gw2.gateway.ne.jp
Main Research Subjects in FRED Laboratory
(Keywords)
Software Development for Environmental Applications
(Enhanced Extended Kalman Filter, Neural Network, Discrete Vortex Method)
Prediction & Identification of Environmental Systems
(Pollutant Dispersion, Enhanced Extended Kalman Filter, State Space Model)
Recycling & Utilisation of Solid Waste Materials
(Poultry Waste Feathers, ALC Alternatives, Negative Ions)
Optimisation of Waste Management Systems
(AHP, Grey Goal Programming, Game Theory)
Efficiency Enhancement of Wastewater Treatment & Natural Water Systems
(DO, COD, BOD)
Development of Enhanced Aeration Systems
(Cyclone Aerator, Aeration Rate, DO Transfer Rate)
Development of Efficient Autogenous Mills
(Dual-Tornado Mill, Maxwell-Boltzmann theory, Submicron Grinding)
Development of Composite Liberation Systems
(Dual-Tornado Mill, Composite Material, Liberation)
Development of Wet Submicron Classifier
(MINOCLONE, STATICLONE, Turbulence-free)
Engineering Applications of Negative Ions
(Combustion, Energy Saving, Less Emission)
Application of Cellular Automaton Model to Behaviour of Particulate Materials
Main Hard Products based on Research Works
(Product Name)
Submicron Wet Classifiers
(MINOCLONE, STATICLONE, HYACCURATOR)
Submicron Autogenous Mills
(DUAL-TORNADO-MILL, MULTI-DUAL-TORNADO-MILL)
Composite Liberation Systems
(DUAL-TORNADO-SEPARATOR TYPE II & III)
Enhanced Cyclone Aerators
(COMPULSORY-AERATOR, ASPIRATORY-AERATOR)
ALC Alternative Boards
(ALC-ALT K-BOARD, ALC-ALT S-BOARD)
Sophisticated Technologies
(A) HARD-TECH
Submicron Hydro-Classification
Multiple Airflow Submicron Comminution
Fine Composite Liberation & Separation
Waste Feather Utilisation
Water Purification
Combustion Enhancement via Negative Ions
(B) SOFT-TECH
Identification of Chaotic Systems
Prediction of Contaminants Dispersion
Evaluation of Classification Efficiencies
Related Links
The University of Birmingham
School of Chemical Engineering
The University of Tokyo
Graduate School of Engineering
Department of Geosystem Engineering
R&D Centre, Nittetsu Mining Co. Ltd.
Kanagawa Environmental Congress
HOME PAGE
EcologicaL
ARCHITECTURE
SEEKING FOR
A SENSE OF WONDER
BY
DR. MICHIO NONAKA
Lecturer - Nihon University
CEO - FRED LABORATORY
Laboratory of
Fluid-Powders Researches for Ecological Developments
UPDATE 30/06/2002
Ecological-Think-Tank
FRED LABORATORY
ORGANISATION
RESEARCH DEPARTMENT
Fluid Engineering Division
Powder Technology Division
Ecological Engineering Division
INTELLIGENCE DEPARTMENT
Engineering Information Division
Patent Division
COLLABORATION DEPARTMENT
University Division
Institute Division
Company Division
MANAGEMENT DEPARTMENT
Accounting Division
Contracting Division
Personnel Division
Computer Maintenance Division
FRED SYSTEM
INPUT DYNAMICS OUTPUT
Knowledge Assets Fluid Dynamics Hardwares
Intelligent
Properties Particulate Dynamics Softwares
Patents Ecological Dynamics Gelwares
Bottom-up Architecture
SOFTWARES HARDWARES
Enhanced Kalman Filtering Algorithms Enhanced Aeration Methods for Pollution Prevention
Prediction Algorithms for Contaminants Dispersion Processes Recycling Methods for Waste Glass Materials
Decision Making Algorithms for Waste Managements Recycling Methods for Waste Poultry Feathers
Efficiency Evaluation Algorithms for Classification Processes Energy Saving Methods for Combustion Processes
Most Reliable Algorithms for Blurred Particle Size Distributions Enhanced Grinding Methods for Fine Particle Production
Effective Liberation Methods for Composite Materials
Enhanced Wet Classification for Submicron Particles
Underlying Dynamics
Ecological Dynamics
Particulate Dynamics
Process Dynamics
Hydrodynamics
Aerodynamics
Economical Dynamics
Fundamentals
Natural Science
Socio-Science
Geo-Science
Eco-Science
Eco-Philosophy
Eco-Ethics
Eco-Literacy
Ecosophy
CONTENTS
Syllabus in Nihon University(2001-2002)
Syllabus in Nihon University(2002-2003)
Creative Works for Environmental Applications
Seek for Partners
Any Comment, Any Question & Paper Request
PLEASE MAIL TO NONAKA
Thank you for watching. See you again !