Photonia

Introduction

PHOTONIA stands for Photocatalytic Conversion of Nitrogen to Ammonia for On-Site Fertilizer Production. The project is developing a groundbreaking technology that converts atmospheric nitrogen into ammonium nitrate using solar energy. This innovative approach offers a sustainable alternative to conventional fertilizer production, which is currently responsible for significant greenhouse gas emissions.

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Approach

By utilizing the latest insights into photochemistry and photocatalysis, Photonia contributes to a circular nitrogen economy and lays the foundation for decentralized fertilizer production. The technology is being tested within horticulture, where Photonia panels can be installed in greenhouses to produce fertilizers locally — directly from sunlight and air.

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Our role

Th!nk E aims at closing the gap between the new technology and market acceptance and uptake. We share interesting information and project news with our audiences, conduct market research in close contact with future stakeholders, and develop an exploitation plan that will outline what happens with the technology after the project ends. We want the technology to ultimately enter the market and deliver value to European farmers.