R&D&I: AGROTECH & BIOTECH
Agrotechnology and biotechnology to obtain cutting-edge, efficient solutions
We apply R&D&I to increase our competitiveness, modernising processes and achieving better products that adapt to market demand.
AGROTECH AND BIOTECH AT FERTIBERIA
Innovation, the backbone of our business strategy, at the service of agricultural efficiency
The ability to innovate only makes sense for Fertiberia if it is fully aligned with the needs of the market. In the areas of biotechnology (biotech) and agrotechnology (agrotech) applied to agriculture, the R&D (Research and Development) of our group has the following objectives:
- Always improve marketed products.
- Discover and thoroughly study new raw materials and new formulations.
- Unequivocally verify the agronomic benefits of new products.
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We carry out numerous research projects, trials and agronomic studies, preferably in collaboration with universities and specialised and independent research centres in the Iberian Peninsula and the rest of Europe, sharing ideas and delving into disruptive concepts, with a focus on the sensitivity of technicians and the needs of the crop.
This allows us to continuously create new nutritional solutions adapted to the needs of the agricultural sector, contributing to food production in an environmentally friendly way.
Agrotechnology and biotechnology are one of the main areas where we carry out R&D&I, from our state-of-the-art laboratories at CTA Fertiberia and TRICHODEX.
R&D&I INITIATIVES IN AGROTECH AND BIOTECH
Research projects sustainably projecting agriculture into the future
We very actively participate in research projects in Spain and overseas, working hand-in-hand with universities and public and private bodies, in order to leverage all the scientific capital in Spain and Europe. Get to know them below.
The main objective is to develop strategies capable of exploiting initially unavailable soil nutrients and, at the same time,...
The primary objective is the development of innovative and sustainable materials to replace plastic materials in packaging,...
Advanced tools for the integration and synergistic interfacing of microbiomes in resilient food systems
This project seeks to improve the management and recovery of waste by utilising the nutrients it contains, improve the sustainability...
The main objective of the project is to develop new bio-based products for high impact sectors from poultry feather waste.
The project aims to recover nutrients from waste to use them for the manufacture of fertilisers.
The main objective of the project is to develop a range of biological inocula alone or combined with liquid mineral fertilisers...
The Grow-IN project aims to design and develop a range of inductive fertiliser products which improve nutrition and crop...
The general objective of the project is to develop a bioactive complex mineral fertiliser, which improves the plant's performance...
The project focuses on researching and developing nitrogen cycle modulators in the soil that are effective and environmentally...
The project focuses on the development and design of highly efficient complex fertilisers for crop mineral nutrition.
The project seeks to optimise the formulation process for advanced fertilisers and their agri-environmental validation.
