The Solution: Green Ammonia
Our ammonia production system is now ready for commercial deployment.
Under the leadership of Dr. Meenesh R. Singh and Ishita Goyal, our research has confirmed that we have created a highly efficient catalytic system to convert surplus renewable energy into liquid ammonia. This breakthrough technology uses only water, air, and renewable electricity, making it a highly energy-efficient way to store renewable power.
Our system allows ammonia to be produced on a large scale, meeting global demand for zero-carbon fuel and offering affordable, reliable, and clean energy without the need for subsidies. This makes true energy security achievable today.
Truly Sustainable Fuel
The transition to sustainable fuels is essential for the future of our planet, and it must be driven by affordability.
Ammonia is a key alternative fuel that can support the next industrial era. It stands out among renewable fuels due to its versatility, sustainability, and long history of safe use. Additionally, ammonia benefits from well-established global distribution infrastructure, making it an ideal solution for widespread adoption and fueling humanity’s move away from fossil fuels toward a cleaner future.
The Power of Natural Elements
To create a carbon-free economy, we must effectively harness natural resources to meet rising energy demands. While renewable solar and wind power are crucial, they are intermittent and often located far from where energy is needed. Existing solutions, like batteries and expensive transmission lines, aren’t enough. Our approach solves these challenges by converting surplus wind and solar power into ammonia, a stable, transportable, and versatile fuel. Ammonia offers a cost-effective and safe solution to store and distribute renewable energy globally, addressing the limitations of current technologies.
The Ammonia Energy Association says, regarding Ammonia's potential: "When considering ammonia as a fuel, the first concern is not whether ammonia could be a good fuel (which it is), nor whether we have the necessary technologies to create or combust the fuel (which we do), nor whether infrastructure could be expanded to sufficient scale (which it can). . . This is not an engineering challenge, or an investment challenge, or even a safety challenge; this is a perception of safety challenge."
Why Hydrogen? Why Ammonia?
Hydrogen is a promising carbon-free fuel but has significant barriers, including its volatility, low density, and the need for specialized storage and infrastructure. These challenges make it difficult for hydrogen to be widely adopted. In contrast, ammonia is a safer, more practical solution as it is much easier and more cost-effective to transport and store. Our low-cost ammonia production technology will help overcome the barriers that have limited hydrogen’s adoption.
The Solution: Ammonia
Ammonia is key to achieving global decarbonization.
It’s already a widely traded commodity with a stable storage system, existing infrastructure, and a higher hydrogen density than liquid hydrogen. Traditional ammonia production is highly carbon-intensive, but our process uses renewable electricity to produce ammonia from air and water, eliminating the need for fossil fuels.
Ammonia can be used directly for energy or converted into hydrogen for fuel cells, offering a highly efficient, sustainable fuel solution for the future. We're poised to make ammonia a cost-competitive energy carrier at scale.