Influence of energetic (refrigeration, freezing) and packaging (novel sustainable films) technologies in the preservation of nutritional values of fish products

Research theses
Abstract

Given the importance of fish as protein and essential lipids source, and the challenges due to post-capture degradation regarding lipid oxidation, protein denaturalization, microbial contamination), this research pretends analyzing the the impact of different technologies (energy: refrigeration and freezing) and packaging technologies (commercial and bio-based films) on the chemical and nutritional quality of two species of monkfish (Lophius spp.) from the Cantabrian Sea. Parameters as protein and lipid content and stability during storage, as well as energy consumption of each technology will be studied. The objective is the identification of the optimal conditions maximizing the product quality minimizing the energy consumption.

This research stay will provide the student the possibility of working both at a laboratory of the university of Cantabria (ETSIIT) and the installations of the Spanish Oceanographic Institute in two different locations (San Martín de Bajamar, by the Bay, and El Bocal), giving an interdisciplinary experience in a very natural and historical setting of Santander area.

Keywords
food technology
packaging
energy consumption
fish products
nutritional and chemical quality
ERC sector(s)
PE Physical Sciences and Engineering
Fields of study
Thesis supervisor
Name supervisor
Clara Casado Coterillo
E-mail
eunice@unican.es
Department/Faculty/School/Institute/Area/Division NAME
Department of Chemical and Biomolecular Engineering
Name of the host University
University of Cantabria (UC)
EUNICE partner e-mail of destination Research
area.eunice@unican.es
Country
Spain
Student profile
Thesis level
Bachelor
Minimal language knowledge requisite
English B1
Additional info
Length of the research internship
3 months
Financial support available (other than E+)
No
Research interests for cooperation opportunities
Synthesis and characterization of membranes and films based on renewable, non-toxic or/and biodegradable materials for energy and food applications.