Layered Double Hydroxide Crystals, Anion Adsorbent, and Method for Manufacturing Same
This technology introduces novel layered double hydroxide crystals with a unique, uniformly micro-scaled layered structure. This design enables superior an…
Cut Anion Adsorbent Costs by ~67% for High-Efficiency Environmental Solutions
~$1M/year estimated wastewater treatment cost reduction per facility (est.)
Functional Film, Laminate, Composition for Formation, and Manufacturing Methods
This technology introduces a multi-functional amorphous titanium oxide film, precisely controlling oxygen content to achieve superior hydrophilicity, surfa…
2x Product Life, 50% Maintenance Cut with Multi-Functional Coating
~$1M/year estimated maintenance cost reduction per facility (est.)
Method for Manufacturing Layered Double Hydroxide Crystals
This patent introduces a novel, low-cost method for manufacturing layered double hydroxide (LDH) crystals with high ion exchange capacity. Utilizing common…
Next-Gen Layered Hydroxides: ~20% Cost Cut, Superior Ion Exchange
~$1.0M/year estimated cost reduction per facility (est.)
Lithium-Ion Battery Anode Active Material, Manufacturing Method, Electrode, and Battery
This technology features an innovative silicon alloy anode for lithium-ion batteries, dispersing amorphous silicon within an inorganic conductor. It levera…
2x Capacity, 1.5x Cycle Life for Next-Gen LiB Anodes
~$1.5M/year estimated economic impact per facility (est.)
Filtration Material, Method for Manufacturing Filtration Material, Water Treatment Mater…
This technology introduces an innovative sodium trititanate filtration material designed for highly efficient and low-cost removal of multiple heavy metal …
2x Heavy Metal Removal, ~30% Cost Reduction in Industrial Water Treatment
~$350K/year estimated operational cost reduction per facility (est.)
Layered Structure with Ceria/Zirconia Nanoparticle Thin Film on Substrate
This technology forms high-performance thin films using ceria/zirconia nanoparticles with over 70% crystal orientation on a substrate. It precisely control…
Achieve >70% Crystal Orientation, Boosting Catalyst Activity by 1.5x
~$1.0M/year estimated product value enhancement and development cost reduction per facility (est.).
Differentiation-Inducing Agent with Master Regulator Transcription Factors for Nucleus P…
This technology provides a highly efficient and reproducible method for generating nucleus pulposus progenitor cells from various cell types using a specif…
Spinal Cell Therapy: Cut R&D Costs by ~25%, Accelerate by 4x
~$1.0M/year estimated cell manufacturing cost reduction per facility (est.)
Paper Sheet Storage Device, Product Registration Method, and Product Registration Progra…
This technology integrates an identification and transmission unit into existing cash handling devices at POS terminals to prevent unregistered items, espe…
Zero Missed Items, Boost Retail Revenue by 1.5x
~$130K/year estimated revenue improvement per facility (est.)
Iron Oxide Powder and Manufacturing Method
This technology introduces a novel iron oxide powder with superior chroma and exceptional heat resistance, achieved through a unique Al-solid solution, alu…
High-Chroma Iron Oxide: ~4% Defect Reduction, 15-20% Revenue Growth
~$350K/year estimated quality improvement and production cost reduction per facility (est.)
COF Composite Materials, Heat Storage/Release Members, and Manufacturing Methods
This technology features composite materials built on large covalent organic framework (COF) single crystals, enabling highly efficient heat absorption and…
Next-Gen COF Materials Boost Thermal Efficiency by 20%, Cut Energy Costs
~$0.5M/year estimated energy cost reduction per facility (est.)
Method for Recovering Platinum Group Metals
This technology offers a novel method for recovering platinum group metals (PGMs) from molten raw materials by immobilizing them onto ceramic materials. It…
PGM Recovery Boost: Up to 15% More Efficient, Redefining Scarce Resources
~$300K/year estimated resource procurement cost reduction per facility (est.)
Ammonia Synthesis Catalyst
This technology offers a novel composite oxide catalyst, free of rare earth elements, that significantly boosts ammonia synthesis activity. Its unique stru…
Green Ammonia Catalyst Doubles Activity, Cuts Energy Costs by 15%
~$10M/year estimated energy cost reduction per facility (est.)
Attractant for Azalea Mealybugs and Mealybug Parasitic Wasps
This technology offers a novel compound that attracts male azalea mealybugs and disrupts their mating, effectively suppressing reproduction and crop damage…
Pest Control: 1.5× Efficiency, ~40% Chemical Reduction for Sustainable Agriculture
~$150M/year estimated pesticide cost reduction per facility (est.)
α-(Halomethyl) Acryl Compound, Polymer, Method for Producing Polymer, Method for Produci…
This technology introduces a novel α-(halomethyl) acrylic compound that enables copolymerization with existing electrophilic monomers without special condi…
15% Cost Reduction, 6-Month Faster Development for Advanced Polymers
~$150K/year estimated manufacturing cost reduction per facility, plus 6 months faster development (e…
Composition for Preparing Biological Materials with Excellent Light Transparency and Its…
This technology offers a novel chemical composition and method to rapidly prepare biological samples with exceptional light transparency. It combines lipid…
Ultra-Transparent Biological Samples: Boost Analysis Efficiency by 10x
~$200K/year estimated research cost reduction per facility (AI est.)
Novel Microbial Strain, Compositions, and Method for Controlling Bacterial Diseases in G…
This technology introduces a novel microbial strain, Burkholderia gladioli NB6, for effective biological control of bacterial diseases in graminaceous plan…
Microbial solution boosts cereal crop yields by ~20%, cuts chemical use
~$1M/year estimated cost savings and yield increase per facility (est.).
Immortalized Bovine Oviduct Epithelial Cells and Their Applications
This technology provides immortalized bovine oviduct epithelial cells and their conditioned medium, enabling the consistent production of high-quality embr…
Boost Bovine Conception Rates by 20% with Immortalized Cell Technology
~$550K/year estimated economic impact per facility (est.)
Solid-State Ion Conductor, Electrolyte, Cathode Material, and Sodium-Ion Solid-State Bat…
This technology introduces novel compound crystals for solid-state electrolytes, enabling high-performance sodium-ion batteries. It offers superior ionic c…
Next-Gen Na-Ion Solid-State Batteries: 1.5x Energy Density, Enhanced Safety
~$150K/year estimated operational cost reduction per facility (est.).
Novel Microbial Strain, Compositions, and Control Agents for Cereal Crop Bacterial Disea…
This technology introduces a novel Pantoea dispersa BB1 strain, a biopesticide that effectively controls bacterial diseases in cereal crops. Its unique tox…
Bio-Pesticide Cuts Cereal Crop Disease by ~20%, Boosts Sustainable Farming
~$65M/year estimated pesticide cost reduction potential (est.)
Novel White Light-Emitting Compound and White Fluorescent Composition
This technology introduces a novel organic compound capable of emitting white light from a single material. Unlike conventional methods requiring multiple …
Single-Compound White Emitters: Streamline Production, Cut Material Costs by ~20%
~$150K/year estimated material and process cost savings per facility (est.)
Antiviral Material with Microstructures and Antiviral Component
This technology uses surface microstructures to physically inactivate viruses, offering a sustainable, chemical-free solution. It eliminates consumable age…
Physical Microstructures Inactivate Viruses, Cut Disinfection Costs by ~75%
~$150K/year estimated operational cost reduction per facility (est.)
Antibody against Marek's Disease Virus Meq Protein
This technology offers a high-precision monoclonal antibody for detecting the Meq protein of Marek's Disease Virus in formalin-fixed paraffin-embedded (FFP…
Poultry Disease Diagnostics: 99% Accuracy, 33% Cost Reduction
~$1.5M/year estimated economic loss avoidance per facility (est.)
Negative Ion Source and Negative Ion Generation Method
This technology significantly enhances negative ion generation efficiency by utilizing thermionic emission materials within an optimized ion source structu…
Boosts Negative Ion Efficiency by 30%, Cuts Operating Costs by 20%
~$1M/year estimated operational cost savings and 30% productivity increase per facility (est.).
Method for Producing Genetically Modified Silkworms Using Diapause Eggs
This technology offers a groundbreaking method for efficiently producing genetically modified silkworms by treating diapause eggs with DMSO and introducing…
GM Silkworm Production: 80% Faster, 50% Less Cost
~$150K/year estimated cost reduction per R&D facility (est.)