The efficiency of solid oxide fuel cells, a type of hydrogen fuel cells that converts hydrogen into electricity, can be improved from 60% to100% by recovering the heat they release. Solid oxide fuel cells (SOFCs) operate at 850°C, while a series of endothermic chemical reactions can generate hydrogen out of water at lower temperatures.
Heat pumps that consume part of the electrical energy generated by the fuel cell are used to cool and liquefy the water released from the fuel cell while providing heat to one of the endothermic reactions.
Other heat pumps can also be used to provide more energy from the ambient heat to the endothermic reactions temperatures ; raising the temperature from 20°C to 120°C, for example, costs about 54% of the heat released, while 100% of the pumped heat can be converted to electricity.
We have also come up with a cyclotron recycling process and device aimed at recycling the energy of ionised particles after they have collided with a target gas such as Hydrogen whereby the product of the collision id done at high enough speed engenders fusion. The typical nuclear energy released by such fusion is very low compared to the energy lost while traveling in the gas. However the recycling of the fused ions energy allows possibly to increase the yield.
On data security as well as energy, innovations have been registered for patent or are patented and are aimed at being licensed out. Interested parties should contact us.
Our security innovation addresses the problems aroused by quantum computers and large super-computers that are threatening existing digital security infrastructure. The weakness of data security infrastructure comes from the fact that computer facilities could break the encryption keys used in our IT systems, from communication to websites and login procedures. Our two main schemes allow, for one secure signatures, for the other one secure data transport.
The safe signatures scheme shall embed a random number in the e-document to be certified, allowing for its signature with a one-time keys i.e. a secret used only once and that cannot be recomputed.
The safe data transmission scheme uses entangled photons pairs to transport the information, coding many bits on each photon and making sure the photons have not been copied or hijacked during transportation.
We have created a proof of concept app using our quantum safe signature, doing prepaid cash payments where contactless NFC can be used when the networks is not available. The app is securing the transactions by our quantum safe signature scheme and is implementing an offline payment scheme described in one of our patents called : “Method and system for performing a secure data exchange”. The app has been realised for android under the name Moneytak and could be suited for e-cash i.e. dematerialising currencies.
We have also patented a geolocation method using fixed antennas and hyperbolic calculations. This innovative geolocation allows the use of Long-waves to UHF waves, hence entering indoor and providing geolocation within buildings.
Websites:
carrouseldigital.com
m-cr.fr
moneytak.fr