Seeker

The main results that we want to achieve with the development of the project are: • Identification of the most suitable crops to generate a plant cover in vineyards that does not compete with the crop, classification of production inputs (water, energy, …

The REWINE project aims to demonstrate the viability of a circular economy model based on the valorization of wine byproducts. It envisions the development and validation of biostimulants and biofertilizers derived from grapevine pruning waste, capable of …

A fully operational and validated quadruped robot for autonomous or guided movement in two real-world agricultural systems: open-air vineyards and blackberry cultivation in macro-tunnels. An onboard system of machine vision sensors capable of obtaining …

R1-Initial prototype of the quadruped robot adapted to a vineyard: quadruped robotic platform capable of moving autonomously and safely under vineyard structures in real field conditions. R2-Functional prototype with integrated sensors and artificial …

The expected results of the project will provide an interoperable and scalable digital environment that integrates multi-source data for advanced vineyard management (R1-O1 (R1)), as well as the development of a digital twin platform for real-time …

The PRENVITIS+ project aims to boost innovation in heroic viticulture by incorporating digital technologies, artificial intelligence, and regenerative practices adapted to vineyards on steep slopes. The project seeks to improve resilience and …

The RUMIORUJO project will demonstrate the technical, economic, and environmental viability of using agro-industrial byproducts in ruminant feed. Results will be obtained on improvements in feed efficiency, reduced production costs, and decreased …

Formulation and selection of organic eco-stimulants adapted to the mechanized closed-pack method to obtain resin free of chemical traces and increase the interval between tapping. Characterization of key parameters of industrial interest for the target …

The project will generate knowledge and practical solutions for implementing a collective glass bottle reuse system in Spain. Expected results include the design and validation of an operational model for the collection, sorting, washing, and …

The project develops and validates an integrated system for regenerating nutrient-rich water based on photobioreactors with microalgae and Salicornia. First, the regeneration process is validated at laboratory scale (R1), followed by the implementation of …

R1. Compilation of system specifications and functionalities. R2. System design. R3. Prototype developed and validated in the laboratory. R4. Areas for improvement identified. R5. System implemented in pig farming. R6. System validated in swine. R7. …

The OVOCHAIN project will evaluate innovative solutions for the circular valorization of egg sector by-products, especially non-marketable eggs and by-products derived from their processing. These materials will be used as a substrate for raising insects …

Develop a novel methodology for predicting wood quality. Locate and map stands of Aleppo pine with the greatest potential for producing and supplying quality timber to the timber industry. Create a database of Aleppo pine log processing results for future …

The project aims to demonstrate that the strategic application of biochar improves soil quality, increases nutrient and water use efficiency, and contributes to reducing dependence on conventional fertilizers. Results will include evidence obtained from …

The 4CARBON project will develop and validate Improved Forest Management (IFM) methodologies adapted to the conditions of Spanish forests, enabling forest owners to access voluntary carbon markets with technical and economic guarantees. The project will …