Agent for Suppressing Memory Decline Containing Lactobacillus Lactis
This technology introduces a novel agent for suppressing memory decline, utilizing the heat-killed Lactobacillus lactis H-61 strain. It offers a stable, co…
3x Faster Development, H-61 Strain Boosts Cognitive Health
~$350K/year estimated new market potential per facility (est.)
Electret Film and Triboelectric Generator
This technology introduces an advanced electret film that significantly enhances triboelectric generators by incorporating a precise, minute amount of ioni…
Triboelectric Output Up 20% — Halve IoT Battery Changes
~$100K/year estimated operational cost reduction per facility (est.)
Purging Method and System
This technology dramatically accelerates the purging of hydrocarbons from adsorbent materials in hydrogen production, utilizing CO2-rich exhaust gas from s…
Hydrogen Production: 80% Faster Purging with CO2 Reuse, Boosting Plant Uptime
~$150K/year estimated operational cost reduction per facility (est.)
Electromagnetic Wave Absorber
This technology is an advanced electromagnetic wave absorber designed for the 60-90GHz millimeter-wave band. Utilizing a dielectric and conductive layer st…
Boost Millimeter-Wave Radar Reliability: >20dB Broadband Absorption
~$1.0M/year estimated system reliability improvement per facility (est.)
Method for Forming Metal Wiring
This technology enables the simple, low-cost formation of ultra-fine metal wiring (below 10μm) in both 2D and 3D configurations. By utilizing a unique wett…
Ultra-Fine 10μm Wiring: 3D Via Coating, ~65% Cost Reduction
~$150K–$700K/year estimated cost reduction per facility (AI est.)
Water Electrolysis Device for Sterilization, Cleaning, and Harmful Substance Removal
This compact water electrolysis device generates high-concentration functional water at high flow rates. Its unique cell design and radial flow efficiently…
Compact Electrolysis: 3× Flow, 80% Less Chemical Waste
~$150K/year estimated chemical and wastewater treatment cost savings per facility (est.)
Lithium-Sulfur Battery and Method for Manufacturing Lithium-Sulfur Batteries
This technology optimizes lithium-sulfur (Li-S) battery cathodes, enabling up to 1.5x higher energy density and a potential 20% manufacturing cost reductio…
Next-Gen Li-S Batteries: 1.5x Energy Density, ~20% Lower Manufacturing Cost
~$2M/year estimated manufacturing cost reduction per facility (est.)
Oxynitride Hydride, Metal Carrier Containing Oxynitride Hydride, and Catalyst for Ammoni…
This technology introduces a novel perovskite-type oxynitride hydride material that functions as a highly efficient and stable catalyst for ammonia synthes…
Green Ammonia: New Catalyst Boosts Productivity 1.5x, Cuts Energy 25%
~$1.5M/year estimated energy cost savings per facility (est.).
Electrode Catalyst and Method for Manufacturing Amine Compounds
This technology introduces novel electrode catalysts made from abundant metals for electrochemical amine synthesis. It eliminates expensive noble metals an…
1.5× Productivity, ~33% Cost Reduction with Sustainable Amine Synthesis
~$1.0M/year estimated raw material cost reduction per facility (est.)
Method for Producing Cultured Cells
This technology streamlines genome-edited cell production by enabling rapid, marker-free selection of desired cells from colonies. It utilizes single-nucle…
5x Faster Genome-Edited Cell Selection, Marker-Free for Enhanced Safety
~$200K/year estimated cost savings per facility (est.)
Solid Oxide Electrolysis Cell, Its Operating Method, and Operating System
This technology introduces an innovative operating method and catalyst layer for Solid Oxide Electrolysis Cells (SOEC), significantly reducing hydrogen ele…
SOEC Degradation Cut 70%, Boosting Uptime 20% for Green Hydrogen
~$200K/year estimated maintenance cost reduction per facility (est.)
Zirconia Nanoparticle Material, Gas Treatment Catalyst, and Manufacturing Method Thereof
This technology utilizes precisely controlled zirconia nanoparticles with specific crystal phases and unique shapes, enabling superior catalytic activity, …
2× Gas Treatment Efficiency: Nano-Zirconia Catalysts Cut Costs by ~15%
~$1M/year estimated environmental cost reduction and productivity improvement per facility (est.).
Lithium Composite Oxide, Electrode Active Material for Secondary Batteries, Secondary Ba…
This technology features a novel spinel lithium composite oxide, enhancing secondary battery performance. It precisely controls A-atom coordination and sur…
Next-Gen EV Batteries: 1.5x Cycle Life, ~20% Cost Savings
~$1.5M/year estimated battery life extension benefit per EV manufacturer (est.)
Drug Delivery Composition
This technology uses novel acid-resistant cells to encapsulate and protect drugs from stomach acid, ensuring efficient delivery to the intestines. It signi…
Acid-Resistant Cells Double Drug Delivery Efficiency to Gut
~$1.0M/year estimated formulation cost reduction per facility (est.)
Nucleic Acid Binding Protein
This technology introduces a novel nucleic acid binding protein featuring a TAL-repeat DNA binding domain, enabling sequence-independent detection of open …
Boost R&D 20% with Sequence-Free Chromatin Detection
~$250K/year estimated R&D cost reduction per facility (est.)
Nitrogen Gas Sustained Release Agent and System, Including Breathing Apparatus and Packa…
This technology uses layered double hydroxides to safely release nitrogen gas at room temperature, eliminating hazardous high-pressure cylinders. It provid…
Safe Nitrogen Release: Cuts OpEx ~$330K/yr, Boosts Safety 20%
~$350K/year estimated economic benefit per facility (est.)
Ionic Solid
This technology introduces novel porous ionic solids with precisely engineered void structures. These materials selectively capture and transport specific …
Porous Ionic Solids Boost Performance 1.5x, Cut CO2 Capture Costs
~$1.0M/year estimated operational cost reduction per facility (est.)
Method for Manufacturing Optical Elements and Optical Element
This technology precisely bonds optical elements via a low-temperature crystallization process, stabilizing material states and minimizing internal stress.…
Up to 80% More Stable Optics, 20% Lower Manufacturing Cost
~$1M/year estimated economic impact per facility (est.).
Porous Carbon Structure for Cathodes, Manufacturing Method, and Battery Applications
This technology introduces an advanced porous carbon structure optimized for lithium-air battery cathodes. It achieves significantly higher energy density …
Next-Gen Batteries: 1.5x Energy Density, 20% Lighter Cathodes
~$6.5M/year estimated additional revenue per facility (est.)
Zeolite Sheet-like Particles and Method for Producing the Same
This technology produces unique zeolite nanosheets with specific structures (PHI, SOD) and precise dimensions (1-100nm thick, aspect ratio >100). It offers…
5x Faster Zeolite Nanosheet Production Boosts Catalytic Efficiency by 20%
~$1.5M/year estimated material cost and development time reduction per facility (est.)
Current Collector for Energy Storage Device Electrodes, Its Manufacturing Method, and En…
This technology features an advanced current collector for energy storage devices, utilizing an amorphous carbon film with precisely controlled sp2 carbon …
2x Energy Storage Performance: Accelerating Next-Gen Devices
~$2M/year estimated energy cost reduction potential per facility (est.)
Chlorine Dioxide Gas Sustained-Release Agent, Packaging, Method, and Apparatus
This technology utilizes a layered double hydroxide and a solid reactant to continuously release chlorine dioxide gas without external power. It provides e…
Power-Free Disinfection: ~$200K Annual Cost Cut, 14-Year Exclusivity
~$200K/year estimated hygiene management cost reduction (est.)
Chlorine Dioxide Gas Sustained-Release Agent, Packaging, Release Method, and Device
This technology uses layered double hydroxides to encapsulate chlorite ions, enabling stable, sustained release of chlorine dioxide gas without external po…
Autonomous Disinfection: ~30% Cost Savings, No Power Needed
~$200K/year estimated sterilization cost reduction per facility (est.)
Method for Producing Metal Oxyhydrides, Metal Oxyhydrides, and Ammonia Synthesis Method …
This technology provides an efficient method to synthesize novel metal oxyhydrides under mild conditions, which act as superior catalysts for ammonia produ…
Ammonia Synthesis Boosted by 20%, Production Costs Cut by ~30%
~$16.5M/year estimated cost reduction per facility (est.)