Brief Details:

India is the world’s largest producer of Rice. India produces 98 million tons of Rice fodder. The rest is mostly burned in the fields, though a small amount is also consumed by brick kilns and paper and packaging industry. Every year about 12 million tons of rice straw is burned in Punjab. There is an emergency situation in Delhi. We must look alternative applications of Rice straw so as burning of straw is stopped. The present invention involves development of Fire Retardant Rice Straw Composite for Building and Construction Industry

TRL Level: 4 The technology developed and validated up to lab scale

Market Demand: A wide variety of applications of this technology will be in the areas of medical application, building component, furniture application, automotive application, sporting goods, packaging application.

USP:

• It helps in reduction of tree cutting
• Eco - Friendly
• Cost effective – Products made out of it easy accessible for middle and lower income level
• Outdoor and Indoor Application
• Farmer’s waste paddies can be reutilized despite to burn
• Employment Generation

Brief Details:

The present invention provides a device for screening of diseases like anaemia and tuberculosis on the basis of physical properties of blood. The device according to the present invention consists of CCD cameras, arrays of light, transparent glass capillary tube, riser tubes, computer system and water bath.

The device according to the present invention works in absence of evaporation and is highly accurate for measuring data within range of ± 1% uncertainty. The devices are space saver and can be exploited in field conditions.

TRL Level: 4 The technology developed and validated up to lab scale

USP:

• It is a simple, robust and low-cost device for screening of diseases
• The analysis takes approximately 3 minutes( vis-à-vis some days in conventional methods )

Brief Detail:

The Present Technology aims to provide smart sponges for efficient removal of oil, organic pollutant and pathogens from industrial waste water which provides facile cost-effective approach of preparation with long-term durability and reusability. Most of the nanomaterials incorporated in the polymer sponge to improve efficiency are available in nature abundantly, thus lowering the cost of manufacturing.

TRL Level: 4 The technology developed and validated up to lab scale

USP:

• The Process developed for preparation of the polymer nanocomposite sponge is simple;
• The reusable polymer nanocomposite can be used 70 times for oil absorption without much loss in efficiency;

Brief Details:

The present invention provides development, design and fabrication of a prototype system for instant solar thermal water heating using phase change material (PCM) - nanocomposite and utilizing this energy to heat water. The system consists of: (i) a solar collector unit (a 60 cm x 45 cm area Fresnel lens), ii) a thermal energy storage (TES) unit filled with PCM Nanocomposite and iii) a well-insulated water storage tank. The novel phase change material (PCM)-nanocomposite consisting of two organic PCMs; paraffin wax and oleic acid & nanomaterial in the form of Nano graphite is used to test the efficacy of the system. The insulation of the 4-ring cylindrical storage system is capable of storing the solar thermal energy in PCM nanocomposite during the nighttime.

TRL Level: 4 The technology developed and validated up to lab scale

USP:

• Cost effective technology
• Substitute of conventional technology
• Esay to fabricate

Brief Details:

Amity University has developed a reusable, economic and easy to carry first of its kind water purifier based on silver nano embedded porous concrete pebbles. The present product is in the form of a small portable dip-dip container is likely to be priced at an unimaginably low cost as compared to other products in the segment. The Eco-friendly purifier provides around 100% decontamination of microbial load in the treated water. The device has very good reusability and its efficacy remains the same even after 120-125 uses within a time span of 6 months.

TRL Level: 4 The technology developed and validated up to lab scale

USP:

• Pocket  friendly;
• 100% removal of microbial contamination;
• Economical & reusable besides being user friendly;
• No leaking of nanomaterials or any toxic chemicals;
• Does not require any  source of energy voltage or UV light;
• Can be modified in any form i.e., continuous system or   water   treatment tank;
• Can also be merged with already available  treatment system in the market;
• Works even in high TDS range;
• An alternative  to plastic bottles, Prevents environmental pollution by plastics

The Technology has received National award from DST, Govt of India & International award from U.K. for being socially & economically very relevant Innovative Technology.

Brief Details:

The present invention relates to a self -sustained system to generate electricity and clean industrial waste water simultaneously without any external source. The invention provides a novel chemical free method for cleaning the Industrial waste water using its self-generated electric power. This new method has dual benefit as on one hand one gets cleaning water within few hours secondly same technique is used to generate electricity from waste. The system according to the invention uses two electrodes one acts as anode (Aluminum) and another acts as cathode (Carbon). Since the industrial waste contains lot of dyes as well as other ions, it acts as electrolytes.

TRL: 4 The technology developed and validated up to lab scale

USP:

• Consumes very less amount of Energy;
• Simple, low maintenance & cost effective air conditioner;