A QUANTUM CONVERSION
Hydrogen (H2) produced with contemporary methods e.g. electrolysis and syngas, is either inefficient or environmentally unsustainable. So to say, the overall energy budget of the extracted H2, is a net negative. A process with a net positive energy budget, little to no emissions and reduced cost, is the challenge ahead, which NANOARC has now resolved, by way of catalysis, with quantum materials.
A catalyst is a material designed to lower the energy required for a reaction to occur and also, accelerate the rate of the reaction, all while itself remaining unchanged.
GENESIS HYDROGEN (GENHYSISTM) is the design and manufacture Quantum Catalysts, that operate efficiently at atomic scale to surgically effectuate and accelerate the extraction of H2 from water (H2O) under ambient conditions, without the need for any external energy input. It is a net positive approach to H2 production, that proceeds without the need for electrical power input, high temperatures or photo-activation. The reactions are intrinsically nano-catalytic, substantial and occur at ambient temperature, persisting over extensive timeframes.
KEY BENEFITS:
1 gram (0.035 oz.) of GENHYSIS Quantum Catalyst is estimated to produce approx. 1000ml of hydrogen per minute.
The H2 is produced without electrical power input and has no CO2 emissions.
The GENHYSIS Quantum catalyst is immersed in water to activate water splitting and generate H2 gas in a seamless process.
NANOARC’s GENHYSIS Quantum Catalyst nanotechnology is an invaluable tool for next generation, import-independent sustainable H2 production, to power the future.
It is a path to economic prosperity with environmental responsibility.
Simply put, GENHYSIS stands for: Generation of Hydrogen via Catalysis