What is SiriNor All About?
SiriNor is on a mission to revolutionize aviation by pioneering true zero-emission jet engines. Imagine flying without leaving a carbon footprint—that’s the leap forward they’re aiming for. The aviation sector today is responsible for about 3% of global CO2 emissions, which is nearly one billion tons every year. And it’s not just CO2; when you add in non-CO2 effects like contrails and nitrous oxides, the environmental impact could be up to four times worse. SiriNor is stepping up with patent-pending electric jet engines that don’t just cut CO2—they neutralize all those other climate effects too. These engines aren’t just a dream; they’re set to redefine how we think about flying, making the skies cleaner and greener.
The Main Benefits of SiriNor’s Innovation
What makes SiriNor’s technology stand out? Here’s a quick rundown of the key benefits compared to traditional mid-range aircraft jet turbines:
- True zero-emission operation—no harmful gases released
- Engine cost slashed by 25-35%
- Maintenance costs cut down by 15-25%
- Engine weight reduced by 20-30%, making aircraft lighter
- Noise levels dropped dramatically from 140 dB to below 80 dB
- Cruising speeds boosted by up to 20%
These figures aren’t just numbers—they represent a massive shift toward sustainable, efficient, and quieter air travel.
Why Aviation Needs a Change Now
Aviation is growing fast. By 2050, the number of flights worldwide is expected to double. That’s great for connectivity but a nightmare for the planet if nothing changes. Despite improvements like better fuel efficiency and Sustainable Aviation Fuels, the industry’s growth is outpacing these efforts. Without a radical shift, the climate impact could be devastating. SiriNor’s electric propulsion engines offer a fresh, sustainable solution that can keep up with this growth without wrecking the environment. It’s about making aviation not just cleaner, but truly sustainable.
How SiriNor’s Engines Work
At the heart of SiriNor’s innovation are electric compressors that replace traditional combustion engines. This means no internal combustion, which cuts down costs and complexity. Plus, maintenance becomes way simpler and cheaper, lowering the total cost of ownership. These engines can run on battery packs or hydrogen fuel cells, making them versatile for different types of aircraft—from drones and air taxis to larger planes and even ground-effect vehicles. If it flies, SiriNor has a green solution ready to go.
Commitment Beyond Technology
SiriNor’s dedication isn’t just about building cool tech. It’s about a broader commitment to everyone affected by climate change—shareholders, employees, and the global community alike. Their goal is to deliver real value while fostering a sustainable future for all. This means thinking long-term and acting responsibly, ensuring that their innovations truly make a difference in the fight against climate change.
Project Impact on Sustainable Development Goals (SDGs)
- SDG 7: Affordable and Clean Energy – through electric propulsion powered by green hydrogen and batteries
- SDG 9: Industry, Innovation, and Infrastructure – by pioneering new aviation technologies
- SDG 11: Sustainable Cities and Communities – enabling quieter, cleaner urban air mobility
- SDG 13: Climate Action – drastically reducing aviation’s carbon and non-CO2 emissions
- SDG 17: Partnerships for the Goals – collaborating with partners like IISC, Makmor, and others
Leadership and Collaboration Driving the Vision
SiriNor’s leadership team is a powerhouse of expertise, with CEO Ivar Aune steering the ship alongside co-founder Abhijeet Inamdar and a skilled group of engineers and advisors. Their combined knowledge spans propulsion, design, simulation, structural engineering, and computational fluid dynamics. Plus, they’re backed by advisors specializing in technical, financial, compliance, and aviation fields, ensuring every angle is covered. Partnerships with organizations like IISC, Makmor, and Flyv further strengthen their innovation ecosystem. Together, they’re not just imagining the future of flight—they’re building it.
