Deep Technology, Agri-Innovation, Waste Valorization, Reduction of Chemical Inputs, Water and Nutrient Efficiency, Living Lab Approach, Agroecological Impact
Determine and assess benefits/impacts and trade-offs of agroecology, and identify best practices
Raymare is a deep-tech company working on sustainable agricultural systems with innovative biotechnology solutions.
We contribute to sustainable agriculture by combining agricultural waste with controlled-release technologies to reduce chemical inputs in agricultural production and increase water and nutrient efficiency. Our controlled-release systems protect the structure of the soil by providing a controlled and balanced release of plant nutrients, preventing waste of water resources and minimising environmental pollution. In the line with our agricultural innovation and waste recycling strategies, we contribute to the circular economy by transforming agricultural waste into high-value-added products. In our projects, we offer agroecological transformation solutions that protect the natural structure of the soil, increase biodiversity and support ecosystem services by collaborating with farmers and stakeholders within the framework of the Living Laboratory Approach.
As Raymare, we are committed to advancing sustainable agriculture and are eager to collaborate on agroecological solutions that will shape the future of agriculture.
Raymare is a biotechnology company operating within ITU ARI Teknokent, founded with the support of the Scientific and Tecnological Research Council of Türkiye(TÜBÄ°TAK) Individual Young Entrepreneurs Support Program(BIGG) and UNIDO-Global Cleantech Innovation Program(GCIP). Raymare, a growing SME in the agriculture and biotechnology sectors with its innovative solutions, is advancing in agriculture and food sciences with its sustainability and innovation-focused research and development activities.
Raymare aims to contribute to the agricultural systmes of the future by optimizing the integration of innovative technologies to increase the sustainability of agricultural ecosystems and minimize environmental impact.