Method for Reducing Methane Emissions from Paddy Fields, Method for Determining Methane …
This technology identifies and cultivates deep-root rice varieties to naturally reduce methane emissions from paddy fields. By enhancing oxygen supply in t…
Deep-Root Rice Cuts Methane by 70%, Boosting Farm Profitability
~$800K/year in environmental cost reduction or revenue is estimated for an adoption of 5,000 hectare…
Weed Suppression Method
This technology transforms discarded cut grass into a durable, eco-friendly mulching material by applying a water-based resin and compaction. It effectivel…
Cut Grass Mulch: ~50% Material Cost Savings, ~30% Labor Reduction
~$150K/year estimated cost reduction per facility (est.)
Second Sheet for Fruit Tree Cultivation
This technology employs a dual-sheet system to precisely control soil moisture around fruit tree roots. By physically blocking rainwater and subsurface wat…
Boost Fruit Quality by 1-2 Brix, Cut Labor 20% with Precision Stress
~$100K/year estimated revenue increase per hectare (est.)
Squalene-Consuming Enzyme Screening Method and Squalene-Hopene Cyclase
This technology provides a novel, rapid screening method for squalene-consuming enzymes, leveraging pigment synthesis to identify high-efficiency mutant en…
1.5x Productivity Boost in Squalene Synthesis via Novel Enzyme Screening
~$150K/year estimated R&D cost reduction per facility (est.)
Dry Ice Manufacturing System Using Atmospheric CO2 as Gas Source, Also Capable of HVAC A…
This system efficiently captures atmospheric CO2 to produce high-purity dry ice on-site, while simultaneously utilizing waste heat and purified air for HVA…
On-site Dry Ice Production: Cut Logistics Costs by 33%, Boost Energy Efficiency
~$550K/year estimated logistics and CO2 procurement cost reduction per facility (est.)
Method for Evaluating Internal Surface Properties of Solid Materials
This technology precisely evaluates local physical properties and microstructures within solid materials using a near non-destructive method. By projecting…
Non-Destructive Internal Material Evaluation Speeds Quality Checks by 20%
~$150K/year estimated inspection cost reduction per facility (est.)
New Method for Decomposing Polytetrafluoroethylene
This technology offers a novel method for safely and efficiently decomposing difficult-to-recycle polytetrafluoroethylene (PTFE) using tin powder and heat.…
PTFE Recycling Breakthrough: Zero Harmful Emissions, 30-Minute Decomposition
~$1M/year estimated cost savings and resource recovery per facility (est.)
Water-Dispersible Sericin Nanoparticles
This technology creates stable, water-dispersible sericin nanoparticles by excluding Sericin 1, unlocking the full potential of this natural polymer. It en…
Sericin Nanoparticles: ~2x Stability, ~1.5x Functionality for Next-Gen Bio-materials
~$83.5M/year estimated market value increase (est.)
Modified Luciferase
This modified luciferase dramatically enhances substrate specificity for non-D-luciferin bioluminescent reporters. It enables high-sensitivity, multi-color…
Boosts Bio-Detection Speed by 20%, Enhancing Multi-Color Specificity
~$1.5M/year estimated operational cost reduction per facility (est.).
Grape Variety Identification Method, Polynucleotide, Microsatellite Marker, and Primer S…
This technology offers a groundbreaking method for easily determining grape variety genotypes. By identifying polymorphic patterns in microsatellite region…
Grape Variety ID: ~95% Accuracy, Reduce Fraud Costs by ~$300K/year
~$300K/year estimated fraud prevention and quality control cost reduction per facility (est.)
Cellulose Derivative Particles, Cosmetic Compositions, and Method for Producing Cellulos…
This technology offers high-performance, solvent-free cellulose derivative microbeads as a sustainable alternative to synthetic microplastics. Utilizing a …
Cellulose Microbeads: ~90% Less Environmental Impact, Superior Feel
~$1.5M/year estimated new market creation potential per facility (est.)
Silkworm, Method for Producing Non-Natural Amino Acid Containing Protein, and Silk Prote…
This technology leverages genetically engineered silkworms to produce advanced protein materials incorporating non-natural amino acids. It offers a sustain…
Engineered Silkworms Deliver Next-Gen Silk, Boosting Revenue by >15%
~$200K/year estimated cost reduction per facility (AI est.)
Catalyst and Method for Producing Hydrocarbons
This technology introduces a novel Li-containing complex metal oxide catalyst, enhanced with Ce/W oxides, enabling direct, high-efficiency conversion of me…
Methane to C2+ Hydrocarbons: >90% Yield, 25% Cost Reduction
~$1.5M/year estimated raw material cost reduction and productivity improvement per facility (est.)
Electro-Optic Polymer
This technology introduces novel electro-optic polymers, engineered with specific reactive groups for superior performance. It overcomes cost and processin…
Boost Optical Response by ~20%, Cut Material Costs by ~15%
~$1.5M/year estimated material cost and process improvement per facility (est.)
Method for Enhancing Plant Environmental Stress Resilience
This technology uses ethanol to enhance plant resilience against major environmental stressors like salt, drought, and heat. Applying a low concentration (…
Boost Crop Resilience by ~30% with Low-Cost Ethanol
~$1M/year estimated agricultural productivity improvement per facility (est.)
Play and Entertainment Kit Including a Connection Device
This technology introduces a novel tapered groove and protrusion connection system for components, enabling intuitive, tool-free assembly and disassembly. …
Intuitive Assembly: Boost Creativity 5x, Cut Development Costs by ~$1M Annually
~$1M/year estimated cost reduction per facility (est.)
Multi-Stage Packaging Container with Hygienic Access
This technology introduces an innovative multi-stage packaging design that allows users to access contents without direct contact, enhancing hygiene and co…
Multi-Stage Packaging: Enhances Hygiene & Convenience, Cuts Contamination Risk by ~40%
~$200K/year estimated profit increase per product line (est.)
Method for Producing Sterile Lepidopteran Insects and Sterilization Composition for Lepi…
This biotechnology offers a novel method to sterilize lepidopteran insects by specifically suppressing nanosO and nanosP gene expression in germline cells.…
Genetic Pest Control: Cut Chemical Use by 20%, Secure 16.5-Year Exclusivity
~$1.5M/year estimated pesticide-related cost reduction per facility (est.)
Porous Ceramic Sintered Body and Applications Thereof
This technology presents a porous ceramic with oxide-ion and electron mixed conductivity, featuring precisely controlled pore structures. It achieves high …
1.5x Durability, 20% Cost Reduction for High-Efficiency SOFCs
~$1M/year estimated fuel cell operational cost reduction per facility (est.)
Layered Double Hydroxide Electride and its Manufacturing Method
This technology introduces a layered double hydroxide electride with stable interlayer electrons and a novel low-temperature manufacturing process. Unlike …
New Electride Material: Low-Temp Production Cuts Costs by ~65%
~$150K/year estimated manufacturing cost savings per facility (est.)
Sintered Body and Sintering Method
This technology enables low-temperature sintering to produce high-strength, high-density materials using specific element-boron compositions. It reduces ma…
Low-Temp Sintering Cuts Costs by ~15%, Boosts Material Performance by 1.3x
~$1M/year estimated manufacturing cost reduction and value creation per facility (est.)
Catalyst for Ammonia Synthesis and Method for Producing Ammonia
This technology introduces a novel catalyst for ammonia synthesis, operating at significantly lower temperatures and pressures than the traditional Haber-B…
Low-Energy Ammonia Synthesis: ~30% Energy Cut, 1.5× Catalyst Life
~$750K/year estimated operational cost savings per facility (est.)
Permanent Shape-Modified Material, Manufacturing Methods, Cell Culture Substrate, Ligati…
This technology introduces polymers with easily adjustable permanent shapes via transesterification, overcoming the limitations of fixed-shape memory mater…
Dynamic Shape Memory Polymers: 1.2x Productivity, 1.5-Year Faster Development
~$1.5M/year estimated economic effect per facility (est.)
Column Packing Material for Liquid Chromatography and its Manufacturing Method
This technology transforms discarded eggshells and seashells into advanced, alkali-resistant packing materials for liquid chromatography. It offers superio…
Eggshell Upcycling: High-Performance LC Packing Cuts Costs by 20%
~$20K/year estimated direct cost savings per facility (est.)