Technical Description The present invention relates to an eco-friendly processing of low-grade multi-metallic iron ores for recovering valuable metals without the need for additional carbon. Problems Addressed Complex Methods Expensive Heightened Impurity High CO2 emission Unsustainable Methods Tech Features Cost-Effective…
Technical Description A nanotechnology-based method for applying stable, energy-efficient and biocompatible antimicrobial coating on various surfaces. Problems Addressed Bio Resistance High Operational Cost Complex Synthesis Method Low Biocompatibility Limited Surface Compatibility Poor Recyclability Environment Concern Tech Features Efficient Coating Method…
Technical Description This technology is an IoT enabled intelligent system and method for real-time fish health monitoring and early disease detection in aquaculture environments. Problems Addressed Lacks Disease Precision Fails Personalized Insights Lacks User Friendly Reporting Inefficient Interface Design Limited…
Technical Description The invention is a wastewater treatment system that continuously operates. It combines primary, secondary, and microalgae-based tertiary treatments to produce useful microalgal biomass for biofuel, protein supplements, and animal feed. Problems Addressed Aquatic Life Poisoning High Maintenance Cost…
Technical Description This technology is a cost-effective bio inorganic complex with light triggered antibacterial, anti-biofilm, and wound healing properties. Problems Addressed Lacks Cost-effectiveness Inefficient Light usage Inefficient Synthesis Method Limited Antibacterial Spectrum Lacks Biocompatibility Data Lacks Wound Application Tech Features…
Technical Description The present invention relates to a sensor for detection of a liquid analyte through an eco-friendly green synthesis route. Problems Addressed High Temperature-based Methods Low Transparency Expensive Complicated Synthesis Tech Features Efficient Device Liquid Ammonia Detection Monocrystalline Behavior…
Technical Description A Compact, leak-proof aluminium-air battery using solid-state electrolyte and rare metal free catalyst for efficient eco-friendly energy storage. Problems Addressed Low-Cost Effectiveness Environment Pollution Concerns Limited Battery Lifespan Complex Recycling Processing Anode Surface Corrosion Liquid Electrolyte Leakage Liquid…
Technical Description The invention introduces a rebamipide transdermal patch designed for treating Parkinson’s disease. It involves creating a stable patch using a specific combination of active agents and excipients, including polymers and enhancers. Problems Addressed Slow Drug Absorption Plasma Protein…
Technical Description This technology is an eco-friendly, fungal biomass-based composition functionalized with biopolymer for efficient removal of heavy metal ions from wastewater. Problems Addressed Inefficient Pyrolysis Step Lacks Metal Versatility High Equipment Cost Lower Adsorption Efficiency Lacks Cost-effectiveness Tech Features…
Technical Description The present invention offers a sustainable energy storage device made of solid-state zinc ion hybrid capacitor exhibiting specific capacitance in a range of 480-500 F g-1 at 1 A g-1 of discharge current density. Problems Addressed Low Specific…
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