The CIEN PROGRESO Project develop innovative solutions for protein processing and its application in new food products adapted to population groups with specific needs.
The project applicates extrusion technology to improve the properties of protein ingredients that will later be used in the formulation and development of new protein-rich products.
It also study and evaluate new options for the use of the waste bakery products, contributing to the challenge of increasing its protein content through sustainable alternatives compatible with the production of ingredients for animal feed.
- Establish the mechanisms necessary to obtain, from alternative protein sources, new protein-rich foods suitable for the three large population groups.
- Identify the specific nutritional needs of population groups.
- Develop a new range of products with supplemented protein value and a new type of product for animal feed and valuate the global acceptability of products in human and animal feed.
- Use of extrusion technology to improve the properties of protein ingredients that will be used in the new formulations of biscuits adapted to the elderly.
- Bioconversion of waste bakery products with microalgae in a heterotrophic regime to increase its protein content.
- Optimization of the thermal trommel drying of raw materiales entering the TUERO plant by carrying out a design of experiments and subsequent modeling of the process.
- Experimental tests with different extrusion conditions using the CARTIF pilot plant.
- Monitoring of working variables and transformations in the functional and nutritional flours.
- Evolution of the growth of natural algae strains of mixed culture and Chlorella sorokiniana with the addition of waste bakery products.
- Development of new feed for laying hens incorporating waste bakery products.
- Design of experiments for the optimization of the tromel drying process of remains of bread and pastries and subsequent modeling of the process, in order to analyze the influence of the most representative variables on the energy and moisture of the solid.
Strategic programme CIEN 2015
CARTIF budget: 240.512 €
Mª Luisa Mussons
Division of Agrifood and Processes
Application of new technologies in the development of a nutritionally improved iberian bacon. Reducing the sodium content in the formulation and limiting nitrites/nitrates
INBEC Project try to promote and develop a sustainable economy through innovation and business cooperation. To this end, it is proposed to use a methodology that maximizes the potential of the Bioeconomy.
The INPULSE Operating Group (GO_INPULSE) was created to strengthen the cultivation of legumes in Spain and reduce the external dependence of protein for feed through the joint work of different actors.
ALTERNFEED aims to obtain sustainable alternatives to the use of fishmeal and fish oil or Krill in the manufacture of aquaculture feed giving added value to several alternative ingredients at the same time, in order to take advantage of the characteristics of each and its synergies.
GO_INSECT investigate the possibilities of insects as a source of alternative and sustainable protein for food and identify the necessary requirements that ensure the technical-economic viability of projects related to industrial breeding of insects
The PROALI Project develop the application of new technologies for food development, searching for opportunities in new matrices that can be used for the formulation of flours aimed at groups of young people, focusing on gluten-free raw materials.
The CRUCAMI project develops and formulates new snacks and meat products cooked from beef jerky.
The objective is the launch of new snacks and cooked meat products pastrami type from cecina.
INNOLIVO uses new technologies and processes for the development of innovative olivar products intended for new international markets of high added value
The CAMPOFRÍO project studies and develops a process for reducing salt content in cured ham. Development of a salt content evaluation system in sliced cured ham with on-line NIR technology.
The DINAMO project is responsible for the development and validation of nanocapsule and nanostructure production technologies of active molecules with functional properties for food use.