aluminium fuel cell iit

Such micro power plants will likely cover energy sources such as solar, wind, geothermal and, now, metal-air energy. Log 9 Materials has also offered solutions in the oil spill clean-up domain in the form of LOS (Log9 Oil Sorbent) which is a graphene based oil sorbent pad. Bengaluru-based cleantech startup Log 9 Materials—an IIT Roorkee spin-off working in the nanotechnology domain—is on a mission to provide 100% clean and circular energy economy solutions for making India energy independent and an exporter of fuel in a new world order it calls the ‘Aluminum economy’, with graphene nanotech-based products and solutions. Log 9 Materials specializes in nanotechnology-based innovations mainly based upon graphene- an allotrope of carbon. It uses chemical-free multi focal UV light exposure covering the item from multiple sides inside the chamber including the bottom. Ltd., has set its sight on long-haul transportation.In a big range boost to electric light commercial vehicles, the company is claimed to have developed a path-breaking alternative to conventional lithium-ion battery packs. Aluminum goes into the aluminum fuel cell, generates energy, and gets converted into aluminum oxide, and this oxide can be again converted back into aluminum,” explains Akshay. Since inception in 2015, Log 9 Materials has attempted to solve a myriad of practical and real-life challenges with the novel use of graphene nanotechnology. “There’s a lot of R&D that is going in but we’ll be in the market soon,” says Singhal. The filter has been proven to reduce the toxins in cigarette smoke by up to 50 percent, without compromising in terms of the user experience; each filter is reusable up to 4-5 times. It is available in two variants differing in the volume it can hold. The state government approached TIDES Business Incubator at IIT-Roorkee, asking them for assistance by developing technologies and medical devices on a war footing for COVID-19 relief. An important aspect of such pads is their recovery and surprisingly these pads can be reused 7-8 times depending on conditions. Conventional synthetic pads based on polypropylene offer absorbance upto 20:1. Sharma, a Ph.D research scholar at Centre of Nanotechnology and Vaibhav Jain, research scholar at Department of Metallurgical and Materials Engineering at IIT Roorkee decided to get on with the task at Heal Agnostics that was co-founded by associate professors --Indranil Lahiri, and Debrupa Lahiri and Sharma. The powdered ore is suspended in water and after adding little pine oil is stirred by means of air. “TIEDS Business Incubator plays a catalytic role in encouraging spirit of entrepreneurship and innovation. It is a primary energy generation technology similar to a hydrogen fuel cell, but more economical, safer, and scalable. Firstpost - All Rights Reserved. Electrodeposition of Functional Coatings on Bipolar Plates for Fuel … "We decided to make a herbal sanitiser with anti-bacterial, anti-microbial agents, along with moisturiser. Conventional electric vehicles require electricity for charging which again comes from thermal power plants based on fossil fuels. For manufacturing and distribution, we roped in the help of our fellow students--Satish Jaiswal, Kanike Rajesh, Dibyanshu Lahiri, Anshu Dubey, Souvik Ghosh, Nitam Kumar, Vishal Panwar who worked day and night for five days by distributing it within the campus and the Roorkee municipality.". A porous membrane made of graphene- thin, light, strong, and an excellent conductor of heat and electricity- lets the air pass into the electrolyte chamber where a chemical reaction between aluminium, water and air (oxygen) takes place to release energy. India does not produce lithium and cobalt, the raw materials that go into making Li-ion batteries. “What we do here is we generate aluminum using renewable energy. But CoronaOven’s unique 360-degree illumination design ensures that each point on the surface of an object placed inside the CoronaOven receives the required wavelength and the required UV dose without generation of a shadow area. All about IIT's … At first, the hand sanitisers were made available  in 100 ml plastic bottles free of cost to everyone at the campus. The team has also developed face shields which can be used by health workers/ doctors while treating COVID-19 patients. For instance, once they are switched on, metal-air batteries can quickly lose charge. A team of 45 people at Log9 Materials is working towards getting the aluminium fuel cell tech on the road. R Sai Teja (2019-, IIT(BHU); Separation of Eu from phosphor leach solution using its +2 and +3 valency states) Rishabh Agarwal (2018, IIT-Bhubaneswar; TiB2 Coating of graphite via the Electrophoretic deposition) Dipti R Parida (2017, IIT-Bhubaneswar; Effect of using a copper insert on stability and energy balance in an aluminium production cell) "CoronaOven’s patent pending proprietary design has been specifically engineered, by taking into consideration, the cell structure and other characteristics of the “Corona Family of Viruses”. The technology still has a few hurdles to overcome before it can replace Li-ion batteries in mainstream applications, though. Both Shellios & Vyaan are incubated and seed funded by TIDES BI. When NASA's Mars 2020 Perseverance rover launches on July 30 this year, an innovative experiment will ride along: the Ingenuity Mars Helicopter with some outsize ambitions. Chemistry in Everyday Life: Chemistry of Cell Phones Imagine how different your life would be without cell phones (Figure 12) and other smart devices. J. R. Selman's 99 research works with 3,688 citations and 13,517 reads, including: Effect of Ionic Transport and Separation on the Meniscus in Molten Carbonate Electrolyte A 253.7nm wavelength of UVC is used here which has various germicidal applications. As the fight against the virus gets tougher, it can provide an immense leap forward. Because the heat transport and mass transport in proton exchange membrane fuel cells are very importan Serie A: Lazio to make appearance in Italian court over possible breach of COVID-19 rules, Vijay Rupani tests COVID-19 positive with mild symptoms, confirms hospital; Gujarat CM fainted at a rally, India reports 10,584 new COVID-19 cases, 78 fatalities in a day; tally crosses 1.1 cr, 9 Months Season 5 Episode 1 | Pregnancy & Gearing Up for Delivery, The Earth, Space & the Human Race Podcast Ep 10: How everyday citizens contribute to the Indian climate movement. • Design of next-generation Hall-Heroult cell for aluminium smelting. It can also be used to alert the government of a crowd when the lockdown is in force. When the power is low, simply load more water, and 1,000 kms, change the plate. Aluminum fuel cells - Graphene Manufacturing Companies in India … Thus, they manufacture graphene on a large scale and incorporate it in their product to realize its value. Sign up for a weekly curated briefing of the most important strategic affairs stories from across the world. CoronaOven provides accurate and necessary energy on each point on the surface of an object to be decontaminated," Singhal said. When his family members complained of the shortage of sanitisers in the market in Roorkee, 29 year-old Siddharth Sharma decided to do what he does best. Raven Eye, an incubated startup founded by Prof Kamal Jain of IIT Roorkee, had earlier developed an app to locate one's vehicle. Updated Date: Thus came about three unique products--to be made available in a short time in the market--hand sanitiser, corona oven-to sanitise surfaces and products, and an app to track quarantined patients. In 2017, Singhal and Hajela set up Log9 Materials in Bangalore in 2017. Soon, the product was developed on larger scale with funding from IIT Roorkee. By designing equipment for diagnosis, treatment and safety, we are gearing to meet the challenges in this crisis,” said Azam Ali Khan, CEO, TIDES, IIT. Moreover, UV light placement in such boxes does not ensure 360- degree irradiation. Batteries and combustion engines each have distinctive benefits and limitations. Log 9 materials, founded by IIT Roorkee alumni, is a nanotechnology company which focuses on 100% green renewable energy and filtration applications of Graphene. They promise a range of about 100 km to 200 km per charge with exceptions like the expensive Tesla cars that deliver over 500 km a charge. The firm, which has over 16 global patents, is a nanotechnology company that aims to revolutionise the energy sector with an innovative zero emission, low-cost (1) A sensitivity analysis indicates that only catalyst cost, power density, and air management cost show a higher impact on fuel cell system cost than the BP. Aluminium fuel cells primarily use three components – aluminium, water, and carbon in the form of The unique tracking mobile application uses geo-fencing technology and the system sends an alert to the authorities if any individual violates quarantine. Ψ Pan IIT Solar-energy Initiative (PSI) • 9th July, 2008: DST Secretary, Dr.T.Ramasami calls meeting of representatives from all IITs at Technology Bhavan, New Delhi • 19 th November, 2008: Second meeting called by DST Secretary of IIT representatives at Technology Bhavan, New Delhi • 12 th January, 2009: Brainstorming at IIT Bombay • 22 nd … But Sharma and Jain found plastic bottles were a bane as it was discarded after use and added to environmental pollution. Three startups started and focussed on niche technologies decided to join with the request of IIT Roorkhee and the state government to come up with innovations that would help combat COVID-19. The basic chemistry of aluminum as a fuel relies on a reaction with water to generate hydrogen and heat according to the following: This reaction releases approximately 84 MJ/L of energy (almost evenly split between heat energy and potential energy in the form of hydrogen), which is more than twice the volumetric energy density of diesel fuel, and more than 3.5 times that of lithium. Log9 Materials is a nanotechnology company that aims to revolutionize the energy sector with an innovative zero emission, low-cost aluminium-air fuel cell. (L-R) Founders: Akshay Singhal, Pankaj Sharma and Kartik Hajela This absorbance, on the other hand, has an exceptionally high value ranging upto 86:1 for graphene-based pads. Founded by Akshay Singhal and Kartik Hajela they has acquired 16 patents in graphene synthesis and graphene products. IIT-Roorkee students try to achieve the … The scenario is quite different for aluminium fuel cells. Get the latest posts delivered right to your inbox, 30 Jan 2021 – We stand with the government at this critical juncture,” said Ajit K Chaturvedi, Director, IIT Roorkee. He was then flown in a helicopter from Vadodara to Ahmedabad and admitted at UN Mehta Hospital, The active coronavirus cases in the country have reduced to 1,47,306 which comprises 1.34 percent of the total caseload, said the health ministry. The energy efficiency is 50% and combined with the efficiency of the fuel cell, you will achieve less then 25% total efficiency. Three startups founded and focussed on niche technologies have decided to join with the request of Indian Institute of Technology (IIT) Roorkee and the state government to come up with innovations that would help combat COVID-19 . Corona Oven. The corona oven-a technology that Log9 came out within two weeks, was done beating the lockdown challenges, he said. However, the bipolar plates used in the state-of-the-art planar architecture are costly and increase the dead weight of the cell… Rupani, 64, was given first aid on the stage after he collapsed. Around 10 litres has been given to Roorkee municipality. In simple words, there’s water between layers of graphene, and when aluminium comes in contact with water, it corrodes – releasing energy. … →. Recently it has raised a fresh round of Series-A funding of Rs 24.22 crore from Sequoia India's scale up program Surge and Exfinity Venture Partners. Called FindMyVehicle, the app helps persons to locate their vehicles. The technology being developed by Log 9 Materials plays into the larger trend of decentralisation of energy across the world. The product is available in e-commerce stores. Figure 11 A fuel cell generates electrical energy from hydrogen and oxygen via an electrochemical process and produces only water as the waste product. These systems use aluminium as an anode, oxygen as the cathode, and water as an electrolyte. It was incubated at Technology Incubation and Entrepreneurship Development Society (TIEDS), IIT Roorkee, and is developing technology for early and quick detection of various type of cancers.  It makes affordable technologies for tissue regeneration, biomedical devices and early diagnosis of degenerative diseases and their bench-to-bedside translation. A huge plastic bottle was then been placed within the campus where anyone in the campus can bring their own individual bottle and fill it. (The term “fuel cell” is often used to refer to the entire stack, as well as to the individual cell.) Lazio are accused of failing to alert local health authorities when eight "staff" tested positive at the end of October, on the eve of a Champions League match, then at the beginning of November, again before a Champions League match. Some of these innovations were made in less than 10 days and will be out in the market in the next week while a few others will be out in a few week's time. Akshay Dwivedi and Arup Das, from the Department of Mechanical Engineering, along with AIIMS Rishikesh have developed a low-cost, portable closed-loop ventilator. We tested our products by asking our fellow colleagues to use and found it to be very effective. When energy is required water flows in and oxidation of aluminium occurs producing aluminium hydroxide as a by-product and evolution of energy occurs. L. K. Pradhan, R. Pandey, R. Kumar, P. Kumar and M. Kar , Composition driven magnetoelectric coupling in CFO-PZT nanocomposite, ICNAN-2016 (VIT University) The ultimate objective of Log9 is to transition towards an aluminium-based cleaner energy economy that will shift dependence from crude oil and fossil fuels for energy generation and storage. He decided to make a product that would make it easier to kill the virus. Log9 Materials is also working on improving the efficiency of its batteries so that it can deliver a range of 1,500 km per charge and reduce the size of the battery three-fourths. Log 9 Materials is said to have a revenue of $2M. TIEDS has been established to promote innovation and entrepreneurship in the region. April 10, 2020 22:09:43 IST, Subscribe to Moneycontrol Pro at ₹499 for the first year. Limited period offer. Cars to use sunlight & water as fuel: IIT-Jodhpur's 'future fuel' … Such a fuel cell can provide energy for a car to run 1000 km without any need for recharging. The oven is available in two variants and will cost around Rs 8,000 and Rs 14,000. Written by Akshara Singh, Arpit Maheshwari, Malika Rashu. Akshay Singhal and Kartik Halega, the cofounders of log9 materials were listed in the Forbes 30 under 30 list - Asia: Industry, Manufacturing and Energy - in 2019. To increase the amount of electricity generated, individual fuel cells are combined in series to form a stack. While in the initial years the startup experimented and developed product prototypes in a variety of domains, it has narrowed down to only two sectors in the recent past – filtration and energy. fuel cell produces approximately 1 volt or less — barely enough electricity for even the smallest applications. This leads to generation of shadow areas on objects placed inside these boxes which leaves patches of unexposed surfaces making such UV boxes unsuitable for decontaminating all surfaces at the same time. Also, the non-conventional sources of energy like wind and hydel require batteries to store power which ultimately end up in landfills. The company has developed a fuel cell prototype that can power an automobile for 1,000 km with zero waste and zero emissions. App to track COVID-19 quarantined persons. to 30% of the fuel cell stack cost at production rates of 100,000 and 500,000 systems per year, respectively. Methanogenesis suppression in microbial fuel cell by aluminium dosing, Bioelectrochemistry, 129, 206-210 5 Behara, M., Ghangrakar M.M., 2017, Optimization of operating conditions for maximizing power generation and organic matter removal in microbial fuel cell, Journal of Environmental Engineering, ASCE, 143(4), 40160901:401609010. Log9 Materials had to develop a new technology making it safe to test products and surfaces that posed a risk to coronavirus . For example, the UV-C doesn't start till the chamber is closed which is made sure using the right switches. Log 9 materials was awarded "the most innovative technology of 2018". There’s also a strategic advantage switching to metal-air batteries. In case the network is not available, the application will send alert through SMS, he said. The main principle behind this water and aluminium plate-based car is fuel cell technology. Bengaluru : based cleantech startup Log 9 Materials, on October 21, announced $3.5 Mn (INR 25.22 Cr) funding in Series A round led by Exfinity Venture Partners and Sequoia Capital India’s accelerator programme Surge. Pic courtesy: Log9 Materials. 5 min read, 1 Dec 2020 – The 33 litre variant is available for sale online at Rs.14399 whereas the 20 litre oven at Rs.10999. So far, over 600 litres of sanitisers have been given free of cost. “Our endeavour will be to accelerate modifications in the product development cycle so as to create a commercially viable product for both electric vehicles (EV) as well as stationary applications.” he said. Electric vehicles that run on Li-Ion cells need specialized charging infrastructure sorely lacking in India which has only recently achieved 100% electrification. The ventilator has generated extraordinary interest from the industry community with several offers for manufacturing in scale. View Akshay Singhal’s profile on LinkedIn, the world’s largest professional community. We started work on this project a month ago when the coronavirus cases were being reported in the country. • Design of Pachuca tanks for leaching of ores. At a macroeconomic level, the benefits of using materials that can be broadly sourced locally to create energy solutions will directly impact GDP, fiscal deficit, and energy security and, thereby, national security. The IIT Roorkee spin-off has raised seed funding in March 2017, followed by pre-Series A funding of around Rs 3 crore in 2018. The sulphide ore particles come to the surface & gangue remains at the bottom is rejected. The possible adoption of an aluminium economy that could greatly alleviate the current climate change problems that beset us today is a future that Log 9 is looking to enable.”. For the auto sector, Log 9's pitch is simple. The firm, which has over 16 global patents, is a nanotechnology company that aims to revolutionise the energy sector with an innovative zero emission, low-cost aluminium-air fuel cell. Started in April 2015 by Akshay Singhal, Kartik Hajela, Log 9 Materials has developed aluminium fuel cell technology for both stationary and automotive applications. About. Singhal says he heard of people keeping groceries in the sunlight so as to kill the germs in it. ACSSI-2016 (IIT Patna). 6 min read. The production of aluminium from its oxides is a very energy intensive process because it has to be done through molten electrolysis, which is why soda cans are recycled instead of burned or dumped in landfills. Copyright © 2021. Fabrication of Organic and Inorganic Lead Halide Based Perovskite Solar Research scholars Dipsikha Ganguly… Also, aluminum is completely recyclable. Nanoparticles synthesized with the use of a plant extract discovered to have fascinating applications in the biomedical industry, Stay up to date! Car that runs on water! 5 min read, 1 Dec 2020 – Aluminium fuel cells primarily use three components – aluminium, water, and carbon in the form of graphene. Polymer and Process Engineering,saharanpur campus,IIT Roorkee offers m. tech.,postgraduate courses,projects and research activities for students in polymer science and technology,process engineering and management,etc. Akshay has 3 jobs listed on their profile. The start-up is already in talks with OEMs which have expressed interest in the technology and are likely to begin trials in the first quarter of the coming financial year. The graphene membranes keep carbon dioxide out, while letting oxygen in. Other innovations in the pipeline are low-cost ventilators, smart helmets for health workers and doctors among other products. Sharma said the bottles will be out for commercial use in the market soon. The energy system that employs an aluminum-based fuel is potentially safer, more reliable, and easier to refuel than alternatives. The development of new frontiers in Graphene synthesis of various forms, reduction and functionalization and designing innovative applications paved the way for the foundation of the company. They are also separately working on another model of low-cost respiratory aid. Also the internal surface of the chamber is completely reflective and the main body is made-up of UV blocking material to make sure proper safety is maintained for outside personnel. See the complete profile on LinkedIn and discover Akshay’s connections and jobs at similar companies. Aluminium and water are fuel for this electric vehicle - The Hindu The company has said that the fresh funds would be utilized for product advancement of the aluminum fuel cells they are developing. It is this area of their core expertise that has seen some fascinating innovations through various products. Batteries have simple construction and operate silently; however, their energy density (i.e., the energy per unit volume) is poor, and lithium-ion batteries are potential fire hazards. Cars fuelled by water, aluminium developed in India! Log9’s mission is to create a clean, circular energy economy. Named, ‘Pran Vayu’, the ventilator has feedback that can control tidal volume and breaths per minute. *T&C apply. “Their tech can help us harness aluminium and will result in a 100 percent recyclable energy future that is safe, free of distribution calamities risk, and generates zero waste – and hence, fully sustainable. This review brings out those aspects of the development of proton exchange membrane (PEM) fuel cells over the last two to three decades that are of interest to the heat and mass transfer community. Hence, that actually makes the spent fuel recyclable. It has been in use for over 8 years. Log 9 Materials will be using this funding for product development, and commercial and industrial deployment of aluminium fuel cell, which the … Cell phones are made from numerous chemical … These are not end-to-end sustainable sources. When TIEDS made a request to come up with a product to provide relief during COVID-19 outbreak, Jain decided to customise the FindMyVehicle app technology. Log9 Materials, a Sequoia & Exfinity-funded startup, has come up with an innovative, first-of-its-kind product named CoronaOven that makes use of UV-C light in combination with significant design parameters. CoronaOven is made up of UV-C safe materials-- making it operations safe and ensuring UV-C blockage to ensure that outside personnel do not get affected with the UV-C light. The battery currently takes up the entire backseat of a Mahindra e2o microcar and the aim is to shoehorn it into the boot or take it under the car. Additionally, an aluminum-fueled power system is simpler to start up and shut down than gasoline engines, and the system operates in extreme environments such as beneath the sea. His interests are based on setting up bio-mimicking strategies for micro- and nano- fabrication technologies, mainly in the Clean Room Laboratory, for processing of new sensors and devices. The low-cost, zero emission, aluminium fuel-cell developed by the company, … "It is heartening to learn that our incubated companies, past and present, are coming forward to tackle COVID-19 . Test right Solution, founded by Alumnus Shubham Rathore, is developing a Real Time PCR and virus detection kit. The current breed of EVs can’t cover long distances without being charged frequently. Proton exchange membrane (PEM) fuel cells are attractive because of advantages such as low-temperature operation, no emission of harmful gases and high efficiency. This indigenously developed system is expected to be floated at one-fourth of the cost and would multiply the number of tests conducted, by enhancing the existing hospital and lab facilities available in the country. IIT students come up with vehicle running on water and aluminum … The batteries cost up to Rs 3 lakh. • Reactor design for electrochemical refining of spent nuclear fuel. With the outbreak of coronavirus in the country, the government was looking for solutions. Pic courtesy: Heal Agnostics gave away 300 litres they made by investing their funds in it. Another benefit of this technology is that the aluminium plates are exhaustive in nature and at the end of their useful life, they turn into an oxidized powder that can be sweltered into aluminium plates again. Using an electro-chemical reaction, the aluminium plate reacts with graphine rod (a form of carbon) to generate electric power, which runs the car. Vaibhav Jain (3rd from left) and Siddhanth Sharma (in white coat). So how is it different from the UV sterilization boxes already in use at hospitals and saloons? The startup is, in fact, poised to enter the multibillion-dollar energy sector that’s on the cusp of a change towards cleaner sources of power.

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