Innovation
Creating Solutions
for Agriculture
We dedicate significant resources to pioneering sustainable agricultural technologies that drive profitability for small-scale farmers and empower rural communities.
R&D Projects
NUTRITIVE
The NUTRITIVE project aims to address existing challenges at the European level by developing a decision-making tool capable of defining the most efficient and sustainable manure management strategy for a given livestock farm.
NUTRITIVE
Aresa is part of the consortium for the NUTRITIVE project, which includes a total of 18 European entities and 4 Chinese entities. This project aims to develop a decision-making tool capable of defining the manure management strategy, taking into account environmental, economic, and social aspects to minimize atmospheric emissions and ensure soil and water quality. The results obtained will allow for the formulation of technical recommendations focused on the development of future European policies on manure management.
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Ash4soil
Ash4Soil, an innovation project that will use biomass ashes and manure to achieve productive soil improvement. The project aims to obtain an amendment from forest by-products and livestock waste to improve the productivity of soils, agricultural crops, and forest plantations.
Ash4soil
Aresa participates in the Ash4Soil project, a supra-autonomous operational group that aims to improve the quality of acidic soils and increase productivity in forest and agricultural plantations through the development and use of an amendment-fertilizer material, called Ash4Soil, obtained from forest biomass and livestock waste. To achieve this, a multidisciplinary team coordinated by FEUGA has been formed, with partners including Greenalia, Sociedade Cooperativa A Carqueixa, Agrobarcenilla, Almacenes Boina, SELGA, and ARESA. 5 de 30 respuestas El contenido generado por inteligencia artificial puede ser incorrecto
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#NIRS2CUSTOM
Research for the innovative development of a prototype equipped with NIRS technology to analyze the chemical composition of the soil in real-time, associated with a digital field notebook endowed with an Artificial Intelligence layer for personalized crop fertilization prediction.
#NIRS2CUSTOM
The agricultural world has changed radically, professionalizing at the pace required by the market. Farmers now need advice and support, which are vital to achieving optimal production on their farms. This aims to optimize the use of fertilizers and pesticides, thereby protecting the environment. The use of near-infrared (NIR) analysis, a spectroscopic technique that naturally utilizes the electromagnetic spectrum, will allow us to identify these deficiencies in real-time. This will enable farmers to apply fertilizers appropriately, complying with current regulations (Directive 91-676-CEE or the future European regulation establishing standards for the sustainable nutrition of agricultural soils).
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Protech Life
Development of mineral fertilizers enhanced with microorganisms to improve soil biota and increase plant resistance to pathogenic fungi.
Protech Life
Development of a range of mineral fertilizer products enhanced with mycorrhizal fungi and rhizobacteria, with two main objectives: improving soil biota by establishing symbiotic relationships with plant roots. This allows the plant to better absorb water and nutrient elements, such as phosphorus (P) and nitrogen (N), as well as increasing plant resistance to pathogenic fungi due to their antagonistic effect.
Gama Protech®
The Protech Fertilizer Range is designed, formulated, and manufactured for the Professional Farmer who seeks maximum efficiency in their fertilization plan, incorporating the latest available technologies in fertilization.
Protech®
A range of fertilizers that introduces the latest available technologies in fertilization. They are especially designed to minimize nutrient losses (nitrogen) and/or optimize their availability (phosphorus). To minimize nitrogen losses, inhibitors are used, either by leaching (nitrification inhibitor) or by volatilization (urease inhibitor), or biodegradable polymers are incorporated, allowing a gradual release of nutrients, which substantially reduces nitrogen emissions into the atmosphere, making them the best option to care for our crops and the planet.
Más InformaciónFEDER - Proyectos Subvencionados
Programa Bono Enerxía Peme 2023
Programa Re-acciona 2022
Programa FEDER InnovaPeme 2021
Programa Bono Enerxía Peme 2021
NIRS2CUSTOM MR331B Grupos Operativos 2022 – 24
