CARTIF Projects

CARNIQUS

Application of new methodologies in fresh and cooked meat products to assurance their shelf life.

Description

CARNIQUS emerges as a response to the current needs of the meat sector in terms of meticulous control of those parameters directly involved in the deterioration of its products. 

Based on NIRS technologies and the use of different chemometrics tools, the aim is to obtain global classification models of the final packaged product according to theirshelf-life thresholds in terms of microbiological charge and lipid oxidation of the products. 

CARNIQUS is also working on curbing the photo-oxidation that occurs during the display of the meat products in refrigerated display cabinets in retail outlets, and testing sustainable barrier solutions to compensate for this effect and maintain the shelf life of the products. 

 

Objectives

    • To develop an on-line measurement system to predict the shelf-life of fresh and cooked meat products, in terms of microbiological load and lipid oxidation of the products, respectively. 
    • To evaluate the factors that contribute to the photo-oxidation of fresh and cooked meat products and to validate barrier solutions to extend the shelf life of these products. 

Actions

  • To develop a rapid analytical method to discriminate cooked meat products according to shelf-life thresholds.
  • Develop NIRS prediction models to assess lipid oxidation of fresh meat products to evaluate the degree of spoilage.
  • To assess the factors that accelerate the photo-oxidation of cooked meat products in retail displays. 
  • Plan and validate sustainable barrier solutions that lengthen the shelf life of the product. 

Expected Results

  • To demonstrate the technical feasibility of near infrared technology to discriminate cooked meat products according to shelf-life thresholds.
  • Develop a NIRS predictive model to predict lipid oxidation of fresh meat products.
  • To slow-down the photo-oxidation of cooked meat products by tusing natural antioxidants.

Partners

CDTI Misiones de Ciencia e Innovación

Total Budget: 722,302€

CARTIF Budget: 478,236€

Duration: 01/08/2022 – 31/06/2024

Responsible

Maribel Campos Labadíe

Agrifood and Processes Division

marcam@cartif.es

Networking

Food Projects:

GARNOVA

GARNOVA

GARNOVA born as a response to gorwing cosumer demand for healthier snacks. Sugggests the development of a new range of innovative snacks, elaborated as of healthy, functional and with high content in essential macro and micronutrients.

read more
IN-PACT

IN-PACT

IN-PACT will study the sustainable innovation and innovative practices among the agri-food supply chain in the european union, to respond to how we are in the transition trend towards a more sustainable food system.

read more
FUSILLI

FUSILLI

FUSILLI project focuses on supporting cities to facilitate their transition towards more sustainable food systems, in line with Food2030 priorities. Combines the expertise of 34 partners from 13 countries including cities, universities, SMEs, NGOs and industries.

read more
INBEC

INBEC

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.

read more
GO INPULSE

GO INPULSE

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.

read more
ALTERNFEED

ALTERNFEED

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.

read more
GO INSECT

GO INSECT

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

read more
PROALI

PROALI

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.

read more
CAMPOFRÍO

CAMPOFRÍO

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.

read more
DINAMO

DINAMO

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.

read more
Share This