Technical Description The invention describes a method to convert complex molecules used in personal hygiene products, like baby diapers, into energy products. The process converts superabsorbent polymers into gases and liquid oil. Problems Addressed Ineffective Disposal System High Disposal Cost…
Technical Description The present invention relates to a low temperature-based fabrication of multi-layered transparent film that acts as a transparent conductor and transparent heat reflector film. Problems Addressed High Temperature-based Methods Low Transparency Expensive Complicated Synthesis Tech Features Low temperature-based…
Technical Description The present invention relates to a character recognition system for handwritten character recognition. Problems Addressed Single-modal Data Blurred Image Input Image Quality Variation Inefficient Dynamic Information Poor Character Distinction Lack Structural Aspects Characters Recognition Complexity Tech Features Efficient…
Technical Description This technology is an efficient biomass gasification system for clean hydrogen production and carbon reduction using advanced catalytic and CO2 capture technologies. Problems Addressed Inefficient CO2 Capture Lacks Hydrogen Purity Inefficient Purification System Lacks Long-term Reliability Complex System…
Technical Description This technology relates to an efficient catalytic nanocomposite designed for cost-effective degradation of organic pollutants in wastewater using photo-Fenton reactions under neutral pH conditions. Problems Addressed Lacks Cost-efficiency Requires Acidic Medium Inefficient Pollutant Degradation Requires High H2O2 Fe2+…
Technical Description The present invention introduces a bio-piezoelectric device that converts mechanical stress into electrical energy, featuring a polymer-coated bio-piezoelectric film, and multiple electrodes. Problems Addressed Inefficient Energy Conversion Limited Life Span High Maintenance Costs Temperature Sensitivity Tech Features Energy…
Technical Description The present invention relates to a multiphase pyrolytic apparatus for catalytic pyrolysis of a waste feed material into a valuable byproduct. Problems Addressed Expensive Catalyst Complicated Method Lower Aromatics Yield High Temperature Condition Harmful Byproducts Tech Features Waste…
Technical Description The invention introduces the production of ceramic boards from waste materials such as eggshells, seashells, fly ash, and rice husk silica. The material is suitable for indoor partitions, ceilings, and other applications. Problems Addressed Weak Moisture Resistance Structurally…
Technical Description The present invention relates to a method for microbial processing of biodegradable waste to obtain a valuable product such as methane. Problems Addressed Expensive Time-consuming Process Low Product Yield Unused Biodegradable Waste Complex Method Unsustainable methods Tech Features…
Technical Description The invention is a portable biosensing system for visually detecting glucose in biofluids, using a nanoporous palladium bridged coordination polymer as a biocatalyst. Problems Addressed Inaccurate Results Bulky and Delicate Poor Sensitivity Complex Electrolyte Composition Tech Features Visual…
Subscribe to Our Latest Updates!