Clarification
|
Patent Name
|
synthetic fuel, Bio Fuel
|
Two-step catalytic combustion apparatus, combinedgeneration system and
method thereof
|
synthetic fuel, Bio Fuel
|
HYBRID(CATALYST AND FLAME) TYPE HIGH PRESSURECOMBUSTION BURNER USING OF
STAGED MIXING SYSTEMS
|
synthetic fuel, Bio Fuel
|
Hybrid type high pressure combustion burner employing catalyst and CST
combustion with staged mixing systems
|
synthetic fuel, Bio Fuel, Hydrogen, waste disposal, generating unit
|
Low emission regenerative burner for industrialfurnace
|
synthetic fuel, Bio Fuel, Hydrogen, waste disposal, generating unit
|
Self regenerative single head burner
|
synthetic fuel, Bio Fuel, Hydrogen, waste disposal, generating unit
|
Twin regenerative radiant tube burner
|
synthetic fuel, Bio Fuel, Hydrogen, waste disposal, generating unit
|
A circulating fluidized bed device with multiple vertical tubes using the
high suspension density fluid mixture of solid particles and gas
|
synthetic fuel
|
A Design Method of Ceramic honeycomb Regenerator forIndustrial
Regenerative Burner
|
synthetic fuel
|
Apparatus for Measuring Linear Power
|
synthetic fuel
|
Hydraulic Linear Engine Dynamometer and FunctioningMethod For The Same
|
synthetic fuel
|
An Gas Distribution Device For Synthetic Gas Of Slurry Reactor
|
synthetic fuel
|
The spherical NiO/NiAl2O4 medium material with highthermal
stability and high oxygen carrier capacity forChemical-Looping combustion and
its preparationmethod
|
synthetic fuel
|
Quenching system using dual separation unit forgas/solid fluid in an
entrained-flow gasifier
|
synthetic fuel
|
Entrained-flow gasifier for Vacuum residue fromrefineries
|
synthetic fuel
|
CATALYTIC COMBUSTION TYPE FLAMMABLE GAS SENSOR USING UV LED AND
UV-CATALYST
|
synthetic fuel
|
CATALYTIC COMBUSTIBLE FLAMMABLE GAS SENSOR USING PALLADIUM AND PLATINUM
DISPERSED TITANIA NANOTUBE
|
synthetic fuel, Hydrogen
|
CONTINUOUS PRODUCTION METHOD OF HIGH PURITY HYDROGENAND APPARATUS
THEREFOR
|
synthetic fuel
|
premixed fiber-mat catalytic burner
|
waste disposal
|
METHOD FOR TREATMENT OF SEWAGE SLUDGE BY MEANS OFSLUDGE-COAL-OIL
AGGLOMERATION
|
waste disposal
|
METHOD FOR TREATMENT OF SEWAGE SLUDGE BY MEANS OFSLUDGE-COAL-OIL
AGGLOMERATION
|
waste disposal
|
Power Steam Generator by rapid pyrolysis suspension firing using FRDF
|
waste disposal
|
Degassing system on the screw reactor for the removalof chlorine from
mixed waste plastics including PVC
|
waste disposal
|
Fluidized bed pyrolysis and gasification system foragricultural wastes
and method thereof
|
waste disposal
|
Method and apparatus for improving fuel quality ofpyrolysis reclaimed
fuel from wasted plastic andreclaimed fuel manufactured thereof
|
waste disposal
|
Method for treating hydrous sludges usingmicro-emulsion
|
waste disposal
|
Dechlorination System by Indirect Heating for Removalof Chlorine From
Mixed Polymer Wastes Including PVC
|
waste disposal
|
Apparatus and Method for Controlling Pressurized andVacuum Conditions for
the Pyrolysis of Waste Polymer
|
waste disposal
|
Apparatus and method for recovery of non-condensingpyrolysis gas
|
Hydrogen
|
Method for Producing Hydrogen Gas Using Novel Strain ofRhodobacter
sphaeroides Having High productivity ofHydrogen and Capable of Photosynthesis
in HighConcentration of Salts
|
Hydrogen
|
Producing method of hydrogen gas using novel Strain of Rhodobacter
sphaeroides Having High productivity of Hydrogen and Capable of
Photosynthesis in High Concentration of Salts
|
Hydrogen
|
Process for hydrogeon production from biologicalreaction of organic
wastes
|
Hydrogen
|
Method for hydrogeon production from anaerobicfermentation of organic
compoound
|
Hydrogen
|
Method for Preparation of Anaerobic MicroorganismComplex for Hydrogen
Production
|
Hydrogen
|
Producing Mothod of Hydrogen Gas Using AnaerobicMicroorganism Complex
|
Hydrogen
|
The preparation method of metal oxide with the highredox reactivity for
hydrogen production from water
|
Hydrogen
|
Titanium-zirconium-based Laves phase alloy forhydrogen storage
|
Hydrogen
|
Hydrogen storage alloy
|
Hydrogen
|
Producing Method of Ni/Activated Carbon Catalysts and Hydrogen-Producing
System through Supercritical Water Gasification of Organic Compounds using
Ni/Activated Carbon Catalysts and Driving Method Thereof
|
Hydrogen
|
The equipment for producing hydrogen gas by usingphotocatalyst and
biocatalyst
|
Hydrogen
|
One body electrode on which tube type titania is immobilized, and
hydrogen gas production device by using the same
|
Hydrogen
|
The manufacturing method of one-body photoanode
|
Hydrogen
|
Preparation of Silica-Carbon Membrane having corrosionresistance and heat
resistance
|
Hydrogen
|
Preparation method of silica-zirconia hydrogenpermselective Membrane
|
Hydrogen
|
Preparation of hydrogen storage materials using theconducting polymer
|
Fuel cell
|
Performance Valuation Apparatus for Ejector of FuelCell with Mock-up
Stack
|
Fuel cell
|
Fabrication method of the self-humidified polymermembrane and
self-humidified polymermembrane/electrode assembly for polymer
electrolytemembrane cel
|
Fuel cell
|
Polymer electrolyte membrane/electrode assembly withmetal wire end in it,
and its manufacturing method forpolymer electrolyte membrane fuel cel
|
Fuel cell
|
Heat Exchanger for Solid Oxide Fuel Cell PowerGeneration System
|
Fuel cell
|
Manufacturing method of Silicon based water control membrane
|
Fuel cell, Bio Fuel, Hydrogen
|
Heat exchanger self cleaning apparatus using mixtureof water and solid
particles
|
Fuel cell
|
EFFICIENCY TEST DEVICE FOR FUEL CELL AND EFFICIENCY TEST METHOD FOR USING
FUEL CELL
|
Fuel cell, Bio Fuel, Hydrogen, waste disposal, Solar, Geothermy
|
Two-Stage Hybrid Heat Pump Hot/Chilled Water Maker
|
Fuel cell, Bio Fuel, Hydrogen, waste disposal, generating unit, Solar,
Geothermy
|
The Manufacture Method of Beta - Alumina SolidElectrolyte for Alkali
Metal Thermal to ElectricConverter
|
Fuel cell
|
The processing method of high ionic conducting scandiastabilized zirconia
and scandia stabilized zirconiaelectrolyte
|
Fuel cell
|
The processing method of co-synthesis nanosized LSM-YSZcomposites with
enhanced electrochanmical property forsolid oxide fuel cell, and the
nanosized LSM-YSZcomposites synthesized by the above processing method
|
Fuel cell
|
The sealing element for anode-supported tubular solidoxide fuel cell, and
the sealing method of the same
|
Fuel cell
|
|
Fuel cell
|
|
Fuel cell
|
Ceramic fiber supporter with carbon dioxide sorbent,reforming catalyst
and manufacturing method thereof
|
Fuel cell
|
A devise for forming partial anodized film
|
Fuel cell
|
Silicon based water control membrane
|
Fuel cell
|
Fuzzy logic control method for grid independentoperation of fuel
cell/battery hybrid system, and theapparatus for it
|
Fuel cell
|
central gas distributor of fuel cell
|
Fuel cell
|
The grid type bipolar plate for performance testing offuel cells, and its
manufacturing method
|
Fuel cell
|
a manufacturing method of anode support with highstrength for solid oxide
fuel cell
|
Fuel cell
|
Structure of connecting unit bundle composed flat-tubular solid oxide
fuel cell with the fuel chamber
|
Fuel cell
|
Fuel cell cosuming liquid fuel included sodiumborohydride
|
Carbon Capture
|
Method of carbon dioxide separation by 2 reactors withregenerating hot
gas
|
Carbon Capture
|
Method of pre-combustion decarbonisation with CO2adsorbent in using high
temperature
|
Carbon Capture
|
Manufacturing Method of carbondioxide adsorbent inusing high temperature
|
Carbon Capture
|
Membranes embedded with adsorbents and method ofseparating carbon dioxide
with the membranes
|
non-CO2 handling
|
Manufacture of reacting media with carbon supportimpregrated metal
catalyst and removing of NOx usingits media
|
non-CO2 handling
|
Sequential catalytic combustion system and its method
|
Solar battery
|
Synthesis method of bar-shaped CuInSe2 compoundsemiconductor
nanoparticles by solvothermal route
|
Solar battery
|
Fabrication of Inx(OOH,S)y Buffer Layer by ChemicalBath Deposition for
Cu(In,Ga)Se2 or Cu(In,Ga)(S,Se)2Thin Film Solar Cells and Solar Cells
manufactured bythereof
|
Solar battery
|
The manufacturing method of CuInSe2 thin film usingvacuum evaporation of
binary selenides
|
Solar battery
|
Method of Making Cu(InGa)Se2 Nanopowders for AbsorberLayer of Solar Cell
|
Solar battery
|
A back contact of CIS-based compound thin film solarcells
|
Air
Conditioning/refrigeration machine
|
conductible unit reacting block for cooling and heatingand manufacture
method thereof
|
Air
Conditioning/refrigeration machine
|
Manufacturing method of body capable of adsorbinghumidity
|
Air Conditioning/refrigeration machine
|
METHOD OF CLASSIFIED RULE-BASED FAULT DETECTION ANDDIAGNOSIS IN
AIR-HANDLING SYSTEM AND DEVICE THEREOF
|
Air Conditioning/refrigeration machine
|
METHOD OF RULE-BASED FAULT DETECTION AND DIAGNOSIS INAIR-HANDLING SYSTEM
WITH DETAILED CLASSIFICATION
|
Air Conditioning/refrigeration machine
|
Loop Heat Pipe Fan Coil Unit Radiator
|
Air Conditioning/refrigeration machine
|
Unit heater with heat pipe
|
Air Conditioning/refrigeration machine
|
WALL MOUNTED WARM AIR HEATER WITH REDUCED NOISE
|
Air Conditioning/refrigeration machine
|
Heat Pump with Defrosting Function using Heat Pipe tobe attached on the
Fan Motor
|
Air Conditioning/refrigeration machine
|
HEAT PUMP SYSTEM WITH HEAT PIPE TYPE
|
Air Conditioning/refrigeration machine
|
Underground Thermal Heat Exchange System Containingrefrigerator
|
environment-friendly product
|
Process of heat insulating board using water glass
|
environment-friendly product
|
Bed have the energy saving reading desk
|
environment-friendly product
|
Insulating method of flange in pipe joint and flangeinsulating material
|
environmental facility
|
Fabric filter coated with surface layer for preventingdust from
penetrating, and method and apparatus forproducing the same
|
environmental facility
|
Catalytic Non-woven Fabric Filters used for aTemperature Range of 150∼250℃ and Methods forApplying Catalysts to
Non-woven Fabric
|
Organic material
|
Manufacturing method for polyolefin forming materialusing supercritical
fluid
|
Organic material
|
The method of activated carbon catalysts for Phenol synthesis and the
Synthetic method of Phenol through its catalysts
|
Coal Gasification / Liquefaction
|
Reformed Zinc Titanate Sorbent Composition and Methodthereof
|
Coal Gasification / Liquefaction
|
Zinc titanate sorbent with improved attritionresistance and its
manufacturing process
|
Coal Gasification / Liquefaction
|
Hydrogen Gasify Reacting apparatus of Coal for Synthetic Natural Gas
Production
|
Coal cleaning
|
INORGANIC ION EXCHANGER FOR REMOVAL OF ALKALI METALS FROM ORGANIC SOLVENT
AT HIGH TEMPERATURE AND HIGH PRESSURE
|
generating unit
|
Pulverized Coal Feeder with Brush for Supplying a Fixed Quantity
|
Oil and gas development
|
Zeolite Membrane with Metal Connectors and a Processfor Producing the
Same
|
wind power
|
A micro anemometer and fabrication method therefor
|
Geothermy
|
High Speed Wireless Non-homogeneous Soil Exchange Effectiveness Tester
|
Solar
|
Solar Wavy-Absorber for Evacuated Tubular SolarCollector
|
Solar
|
SOLAR COLLECTOR WITH REFLECTOR AND DOUBLE-SIDED COATINGTO COLLECT SOLAR
THERMAL
|
Solar
|
FOOT
BATHTUB USING SOLAR ENERGY
|
Solar
|
Window fixed heat exchanger using solar power
|
Energy and Environment control
|
Solar daylighting system using Fresnel and prism lens
|
Water Treatment
|
Manufacturing Method of Phillipsite Type Zeolite forRemoving Ammonia from
Waste Water Using Fly Ash
|
Boiler and Furnace
|
Vacuum type domestic gas boiler
|
other greenhouse gas
|
Incinerator of Volatile Organic Compound UsingCatalytic Combustion
|
Light emitting diode
|
Ceramic phosphor for white color light emitting diodeand White color
light emitting diode using the Ceramicphosphor
|
Light application
|
Manufacturing method of blue phosphor materials for EL device
|
Light application
|
Circuit for lighting of electrodeless
|
Light application
|
INRUSH CURRENT SUPPRESSING CIRCUIT FOR POWER SUPPLY
|