Project Overview
LIFE22-CCM-SE-LIFE SUNIFIX
LIFE SUNIFIX project, a groundbreaking initiative funded by the European Union. The primary goal of the LIFE SUNIFIX project is to upscale and showcase the revolutionary NitroCapt’s paradigm-shifting, climate-neutral production process. This initiative aims to provide the European industry with access to efficient, innovative green technology, offering the most competitive nitrogen fertilizers in substantial quantities. Today’s mineral nitrogen fertilizer production, particularly the Haber Bosch process, represents an €80 billion market and contributes to more and than 2% of global fossil-based greenhouse gas emissions. This process stands as a significant source of greenhouse gas emissions within agriculture and food production.
The SUNIFIX® Solution
SUNIFIX® (Sustainable Nitrogen Fixation) introduces a patented climate-neutral process for nitrogen fixation. This process utilizes air, water, and electricity as the sole inputs. The innovative approach combines a state-of-the-art energy-efficient reactor based on plasma technology, cutting-edge electromagnetic energy coupling, and advanced turbine technology.
Key Advantages
Energy Efficiency: The SUNIFIX process boasts competitive energy consumption.
Renewable Energy Compatibility: It can operate intermittently, powered directly by renewable electricity, making it adaptable even for off-grid production units.
Local Self-Sufficiency: By creating local self-sufficiency in affordable nitrogen fertilizers, irrespective of energy price fluctuations, the project aims to incentivize local companies to adopt this eco-friendly technology.
The LIFE SUNIFIX Project in Action
The LIFE SUNIFIX project plans to establish a pilot facility that will validate production components and systems at an industrially relevant scale (5% of full scale). The facility will operate under full operating conditions at a competitive production cost. NitroCapt, in collaboration with three European associated partners from Sweden, Norway, and Luxembourg, will demonstrate the technology through this pilot facility.
The pilot approach is a critical step in replicating and scaling the SUNIFIX technology to other sites in Europe and globally. This strategic move ensures the widespread adoption of this innovative, sustainable solution.
Commitment to Environmental Impact
As part of LIFE SUNIFIX project, we strongly believe that this smart, resource- and energy-efficient fertilizer solution can significantly contribute to the reduction of CO2 emissions in the agriculture sector. By introducing this attractive and forward-thinking technology to the European and global market, we aim to make a lasting impact on environmental sustainability.
Join us in revolutionizing nitrogen fertilizer production for a greener, more sustainable future!
Objective | Scale up and demonstrate NitroCapt’s climate-neutral nitrogen fixation process |
Target Market | European industry for efficient and competitive nitrogen fertilizers |
Current Market Impact | €80 billion global market with more than 2% of global fossil-based greenhouse gas emissions |
Innovation | SUNIFIX® process uses air, water, and electricity as inputs, reducing emissions |
Key Components | Energy-efficient plasma technology reactor, electromagnetic coupling, advanced heat recovery technology |
Energy Source | Can be powered directly by renewable electricity, suitable for off-grid units |
Local Impact | Aims for local self-sufficiency in nitrogen fertilizer production, immune to energy price fluctuations |
Pilot Facility | Construction planned for validating components at 5% of full scale, competitive production cost |
Demonstration Partners | NitroCapt collaborates with three European partners from Sweden, Norway, and Luxembourg |
Global Scaling | Pilot facility crucial for replication and scaling of SUNIFIX® technology worldwide |
Environmental Impact | Contribution to EC’s goal of reducing CO2 emissions in the agriculture sector |
LIFE22-CCM-SE-LIFE SUNIFIX
Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or CINEA. Neither the European Union nor the granting authority can be held responsible for them.
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