Technical Description This invention relates to an optimized process for producing biohydrogen from corn starch using Bacillus licheniformis. It employs Response Surface Methodology (RSM) to determine the optimum levels of factors affecting hydrogen yield, ensuring near-theoretical production efficiency. Problems Addressed…
Technical Description The present invention relates to an eco-friendly process for bioremediation of industrial grease waste using solid-state fermentation with a bacterial consortium. The process converts toxic grease waste into a biologically treated material suitable for use as agricultural landfill…
Technical Description A biodegradable gel formulation combining a biodegradable polymer with herbal extracts for effective wound management and enhanced healing, offering stable, hydrophilic dressing with longer-lasting moisture retention. Problems Addressed Induced Infections Risk Irritating Conventional Dressings Drying of Wounds Limited…
Technical Description This invention introduces an ultrapure hydrogen membrane separator using joule heating to directly convert electrical energy into heat for targeted hydrogen separation, aiming for reduced energy losses and lower operational costs. Problems Addressed Inductive heating losses Energy wastage…
Technical Description This invention is a programmable on-board EV charging system that combines battery charging with propulsion control, aiming for higher power density, unity power factor, CC-CV charging, soft switching, and EMI mitigation within a single compact power processor. Problems…
Technical Description The technology offers a polyelectrolyte nanotechnology-based formulation for recovering clear water from the grey water effluent in the form of nanoemulsions. The recovered water can be re-used for secondary purposes facilitating wastewater management. Problems Addressed Expensive Complicated Process…
Technical Description The present invention relates to the preparation of nanopatterned polymeric surface in flexible electronic devices, wearable sensors, smart implants, microwells for cell culture, Surface enhanced Raman Spectroscopy (SERS), etc. Problems Addressed Expensive Complicated Process Inefficient Energy Efficiency Non-sustainable…
Technical Description The present invention relates to an electrochemical detection of mercury (Hg²+) and silver (Ag+) ions based on single stranded deoxyribonucleic acid functionalized multi-walled carbon nanotube (ssDNA:MWNT) matrix on gold electrode using ethylenediamine (EDA) and Dcysteine. Problems Addressed Expensive…
Technical Description The present invention relates to a biopolymer coating for metallic implants comprising of lignin esters, styrene and hydroxyapatite with improved adhesion strength, anti-oxidant property, and antimicrobial property. Problems Addressed Expensive Toxicity Weak Bonding Strength Non-biodegradable Inefficient Coating Lack…
Technical Description The technology relates to a multi-modular microbial fuel cell (MFC) that efficiently generates power as well as treats wastewater. Problems Addressed Expensive Inefficient COD Removal Low-power Generation Additional Components Needed Low-performance Bulky Systems Tech Features Cost-effective Sewage Wastewater…
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