| 1 |
Treatment of waste water and hydrogen generation using photocatalysis of
semiconductor powder |
| 2 |
Development of technique for producing valuable chemical material by hydrogen activity |
| 3 |
Development of hydrocarbon Adsorber Based on High Functional Activated
Carbon Fiber and Its Fabrication Process |
| 4 |
Development of petroleum substitutes through plant cell technology |
| 5 |
Adsorption Recovery Systems for Volatile Hydrocarbons by Using High Performance
Activated Carbon Fibers |
| 6 |
Development of Technique for producing Asset Chemical Compounds from Organic Waste Water by Microorganism |
| 7 |
Development of Super-Miniaturized Heat-Resistant Ceramic Oxygen Sensors |
| 8 |
Photoelectrocatalytic production of hydrogen from water and conversion of carbon dioxide to useful chemicals |
| 9 |
Technologies for the controll of imperfect combustibles of hydro-carbons
by refractory semiconductor devices - Refractory heterojunction diode by
Diamond/cBN - |
| 10 |
Silicon Carbide Field-effect Transistor Working at High Temperature Environments
|
| 11 |
A Carbon Dioxide Decomposition Technology Using Oxygen Deficient Iron Oxides |
| 12 |
Development of technology for Organic Wastewater Treatment by Microorganisms and Production of materials for Conserving Environment |
| 13 |
Development of high speed, high sensitivity gas chromatography analysis technology |
| 14 |
Development of recycling processes for waste polymers |
| 15 |
Development of non-CFC cleaning system technology |
| 16 |
Development of Spilled Oil Recovery Technique with Polyurethane Foam |
| 17 |
Removal of Hydrocarbon and others by compound oxide catalyst |
| 18 |
Study of Biodegradable Fiber |
| 19 |
Development of solid state electrolyte sensor for monitoring NOx in exhaust |
| 20 |
Hydrogen Production by Photosynthetic Microorganisms
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| 21 |
Development of the production process of the completely biodegradable microbial polymer |
| 22 |
Development of Melting Technology for Waste Dedicated to environment |
| 23 |
Study on environmental technology utilizing semiconductor photocatalyst |
| 24 |
Research into the Stabilization of Chlorofluorocarbons Using the Low Temperature Plasma Copolymerization System and the Recycling of the Byproducts of the Process |
| 25 |
Composite Sensor System for Measuring Combustion Exhaust Gas Elements |
| 26 |
Technology for Metal Foam Diesel Particulate Filter with Catalyst |
| 27 |
Research and Development of Low NOx Gas Turbine Combustor for Heavy Oil |
| 28 |
Development on Utilization Technology for used printed wiring boards with electric components |
| 29 |
Development of Equipment of Measuring the Microorganism Activity |
| 30 |
R&D on Improving CO2 Fixation
capacity of Plant Using Soil Microorganisms
|
| 31 |
The development of an organic thermal insulator at high temperature |
| 32 |
Development of biodegradable foaming resin and its producing technology |
| 33 |
Development of photocatalysts and sensors with fullerenes and fullerene polymers |
| 34 |
Development of Waste Water Treatment Technology Using Oligotrophic Bacterium |
| 35 |
Development of Deep Ocean Transport and Storage of Liquid Carbon Dioxide by Medium Pressure Flexible Pipe |
| 36 |
Development of Technology for the Extraction of Valuable Metals from Industrial
Sludge |
| 37 |
Development of Carbon Dioxide Fixation System by Fluid Catalytic Reduction |
| 38 |
Development of Multifunctional Catalysts for the Removal of Dioxins from
Flue Gases of Municipal Solid Waste Incinerators |
| 39 |
Development of a high-efficiency dechlorination process for waste plastics and establishing the technology to convert from wet to dry blast furnace dust collectors |
| 40 |
Development of the high performance methane recovery and storage system adopting the spherical carbon material
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| 41 |
Development of Clean Combustion Technology Using Powder-Fuelized Refuses |
| 42 |
Development Program of Technology for Conversion of Waste Plastics to Pulverized Coal Substitute Product by Dechlorination |
| 43 |
Development of the Low-Temperature De-NOx Technology |
| 44 |
Bioremediation of Recalcitrant Chemical Pollutants-Contaminated Soil Using Waste of Edible Mushroom Cultivation |
| 45 |
Development of Microbiological Treatment Technology for Xenobiotic Compounds |
| 46 |
Development of a Device PM Burning while NOx is deoxidized |
| 47 |
Development of Waste-water Treatment Systems with High-efficiency Usage of Ozone |
| 48 |
Development of equipment of measuring the microorganism activity |
| 49 |
Development of Transparent and Flexible PLA Film with High Function |
| 50 |
Development of hydrogen storage materials using carbon nanofiber obtained from Wood-base biomass
|
| 51 |
Multi-purpose Barrier System for Remediation of Oil-contaminated Ground |
| 52 |
The development of petroleum leakage monitor in petroleum plant |
| 53 |
Researches for Reliable Treatment of Water Polluted with VOC (Volatile Organic Compound) |
| 54 |
Development of Wooden Biomass Co-firing Technology for Coal-fired Power
Station |
| 55 |
Development of Ultraviolet Ray/Ozone Combination Dioxin Decomposition and Treatment Technique |
| 56 |
Development of denitrification technology using solid hydrogen donors for wastewater from petroleum refinery plants |
| 57 |
Development of Assay Systems for Endocrine Disruptors using Biological Reaction |
| 58 |
Development of High Efficiency Gas Engine for Green House Gas Reduction |
| 59 |
Development of the apparatus for destruction of global warming substances such as fluorocarbons and halons |
| 60 |
Development of biodegradable super absorbent polymer made of polysaccharides
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| 61 |
Development of a Reduction Decomposition Treatment Technique
for Nitrates in Wastewater |
| 62 |
Development of recycling technology for the electrode materials (Li, Co) of lithium ion secondary battery by molten salt processing to improve energy use efficiency |
| 63 |
Development of Lithium-ion Battery Iron-related Cathode Material Production
Technology |
| 64 |
Development of the effective recycling technology of stainless steel pickling
agent |
| 65 |
New light weight material development using recycled plaster and waste
paper |
| 66 |
Development of an advanced combustion control
system that predicts optimum combustion conditions |
| 67 |
Development of the technology which generates an
aluminum compound efficiently from waste aluminum |
| 68 |
Research and development of the functional ceramics technology that decreases
the burden imposed on the environment from the paint |
| 69 |
Development of an in situ measurement system of Dioxins (PXDD) using a
femto-second laser for incinerators |
| 70 |
Development of Monitoring Technology of Oceanic Plankton Abundance
|
| 71 |
Improvement of Processes Fabricating Thin Film Anodes for Lithium Secondary
Batteries |
| 72 |
Development of Low Temperature Waste Heat Recovery Generating System |
| 73 |
Development of Energy-Saving Technology for Food Wastes Treatment by a
Two-Phase Circulating Dilution-Free Methane Fermentation Process |
| 74 |
Development of long-term stable fixation technology of photocatalyst with
high-level environmental purification function |
| 75 |
Research on the Carbon Dioxide Monitoring by the Time-lapse 3D Seismic
Survey |
| 76 |
Development of High Strength Austenitic Steel for Main Steam Pipe in Ultra
Super Critical Power Plant |
| 77 |
Production technology development of the large-capacity capacitor applied
CNT to an electrode |
| 78 |
Development of an Alternative Greener Process Using a Novel Solid Catalyst
for Simultaneous Production of Glycerin and Fatty Acid Methyl Esters for
Biodiesel Fuel Use |
| 79 |
Long-Term Demonstration of CO2 Recovery from the Flue Gas of a Coal-fired
Power Station |
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| 80 |
Development of Rewritable Print Technology of the Low Energy by Reversible
Reaction Dye Update!
|
| 81 |
Development of the technology to reduce the environmental burdens caused
by the transportation/disposal of waste from private sectors Update! |
| 82 |
Development of a Recycling System using Carbon Resources from Waste Cuttings
Arising from the Maintenance of Palm Tree Plantations Update! |
| 83 |
Development of CH4 Separation System from Biogas by "Membrane/Absorption Hybrid Method" Update! |
| 84 |
Development of manufacturing technology of multilayer thin film electrodes
for all-solid high capacity batteries Update! |
| 85 |
Growth technology of Buffer layer toward high quality SiC substrate Update! |