Technical Description The invention provides a method to reduce graphene oxide for electro-catalytic applications such as supercapacitors and hydrogen production, improving conductivity and surface area for better energy storage and efficiency. Problems Addressed Agglomeration Issues Low Electrical Conductivity High Contamination…
Technical Description This technology is a novel biodegradable packaging material with improved strength, water resistance, and flame retardancy, developed through a cost-effective and sustainable fabrication process. Problems Addressed Toxic and Unsustainable Production High Energy Consumption Limited Flame Retardancy Weak Structural…
Technical Description The present invention offers a composite-based electrocatalyst designed for water splitting applications, offering environmental sustainability, resilience in highly alkaline media, and stability across elevated temperature ranges. Problems Addressed Expensive Electrocatalyst Limitations Environmental Contamination Complicated Method Low Catalytic Efficiency…
Technical Description The present invention relates to an enzyme mimicking nanosensor for real-time, precise and rapid detection of reactive oxygen species. Problems Addressed High-Cost Fabrication Complex Detection Methods Prolonged Response Times Inefficient Existing Techniques Tech Features Mediator-Free Detection Receptor-Less Sensing…
Technical Description The present invention a cost-efficient ceramic biocomposite formulated with bio-waste compounds, optimized additives, and a zirconia-based biomaterial that promotes tissue regeneration and bioactivity. Problems Addressed High-Cost Limited Biocompatibility & Bioactivity Fragility & Low Toughness Limited Bone Regeneration Inefficient…
Technical Description The invention is a polymer-based patch for skin cancer treatment. It uses a cyclodextrin system to deliver drugs to cancer sites, allowing controlled release and minimizing side effects. Problems Addressed Non-Specific Drug Action Severe Side Effects Drug Resistance…
Technical Description The technology presents a high-conductivity 3D printing metallic ink with 93-97% copper loading, optimized for direct ink writing and liquid metal battery fabrication, using high-temperature, low-pressure spark plasma sintering for enhanced performance. Problems Addressed High-Cost Fabrication Poor Ink…
Technical Description The invention uses crushed egg shells to improve high-temperature properties in inorganic binders for refractory materials. It enhances thermal stability and strength, supporting sustainable practices and reducing environmental impact. Problems Addressed Toxic to Health Requires Special Circumstances Harmful…
Technical Description This invention introduces a Direct Borohydride Fuel Cell (DBHFC) with a NaOH-doped PVA-TEOS membrane electrolyte which operates efficiently at room temperature, providing high-performance clean energy solution.T Problems Addressed High Cost Instability & Low Conductivity High Energy Consumption Toxic…
Technical Description The technology presents a cost-effective, high-performance oxide-based memristor featuring enhanced memory retention, improved durability, and an efficient fabrication method for advanced computing applications. Problems Addressed Expensive Fabrication Methods Inefficient Switching Properties Low Device Reproducibility Energy-Inefficient Memristors Instability in…
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