What is N2 Applied?
N2 Applied’s plasma technology tackles some of the planet’s most urgent environmental challenges. By producing fertiliser locally and electrically, it offers a sustainable alternative to the traditional fossil fuel-based Haber-Bosch process. This innovative approach uses plasma technology to mimic lightning, creating fossil-free fertiliser from just air and electricity. It’s designed for any farm or industrial operation interested in electricity-based nitrogen fertiliser production, making it a game-changer in sustainable agriculture and industry.
Main Benefits of N2 Applied’s Plasma Technology
Here’s why this technology stands out:
- Direct conversion of electricity and air into reactive nitrogen, skipping energy-heavy traditional methods.
- Scalable modular systems that grow in 30 kW increments—flexible and cost-effective.
- High-temperature heat recovery boosts overall energy efficiency.
- Long electrode lifetime and efficient power supply reduce maintenance costs.
- Local production reduces dependence on sensitive global supply chains.
- Fully compatible with renewable electricity sources like solar and wind.
- Fast ramp-up and ramp-down times allow smooth integration with fluctuating renewable energy.
Organic and Mineral Fertiliser Systems
N2 Applied offers two main fertiliser systems. The Nitrogen Enricher Organic (NEO) fertiliser upgrades organic substrates into valuable, low-emission fertiliser. This helps farms maintain high yields without relying on fertiliser imports, cutting emissions and promoting circular food production. On the other hand, the mineral fertiliser system focuses on local production of high-value nitrate-based fertilisers, perfect for fertigation systems where organic material isn’t ideal. Both systems emphasize sustainability and local resource use.
Technology Platform and NitroGen One
The heart of N2 Applied’s innovation is its technology platform, which supports a wide range of plasma-based applications in agriculture and industry. The first plasma system built on this platform is NitroGen One. With enhanced performance, NitroGen One revitalizes plasma technology as a strong contender for industrial nitrogen fixation. Years of research and development have positioned N2 Applied at the forefront of plasma-based nitrogen fixation, pushing the boundaries of what’s possible in sustainable fertiliser production.
Integration with Renewable Energy
One of the coolest things about plasma technology is how well it pairs with renewable energy. Since it’s electricity-based, it can fully harness solar and wind power. Its flexible operation means it can ramp up or down quickly, which is perfect for managing the ups and downs of renewable energy generation. Plus, plasma processing can switch on when electricity is abundant and off when it’s needed elsewhere. This makes it a smart solution for energy companies dealing with curtailment challenges—turning excess electricity into valuable reactive nitrogen. Think of it as turning Power2X into Power2Nitrogen.
Project Impact on Sustainable Development Goals (SDGs)
- SDG 2: Zero Hunger – by enabling sustainable and local fertiliser production to support food security.
- SDG 7: Affordable and Clean Energy – through the use of renewable electricity in fertiliser production.
- SDG 9: Industry, Innovation, and Infrastructure – advancing innovative plasma technology for industrial applications.
- SDG 12: Responsible Consumption and Production – promoting circular food production and reducing emissions.
- SDG 13: Climate Action – lowering greenhouse gas emissions by replacing fossil fuel-based fertilisers.
Focus Areas of Research and Development
N2 Applied’s R&D efforts concentrate on four key areas: Plasma Technology, Absorption, Agronomy, and Cloud & Control Systems. This comprehensive approach ensures continuous improvement and adaptation of their technology to meet real-world needs. From perfecting the plasma process to optimizing fertiliser absorption and agronomic performance, plus integrating smart control systems, the project is pushing the envelope to make sustainable fertiliser production accessible and efficient worldwide.
