Quality, Food Safety And The Environment

Great demands are generally placed on food producers, and at NORFRISA S.A. we have taken the step fully and live up to the industry's strictest quality and hygiene certifications: BRC, IFC and IAWS. We are thus approved to supply pork to the most demanding markets such as the American and Japanese markets. This department has a large, qualified team divided into different areas: quality, veterinary, laboratory and the environment.


This department is responsible for controlling and implementing certified management systems and for certification, as well as checking the HACCP process (hazard analysis and critical control points), managing complaints, and inspecting operations in the cutting room, filleting room and meat products.

Our production system is adapted to the most rigorous quality standards and in accordance with the most demanding regulations. In addition, the entire process is closely monitored by in-house professionals, who verify that the product and all its processes comply with our company’s quality and food safety policy.


We also renew our Welfair™ Animal Welfare certification every year as a sign of our commitment and involvement in the protection and care of animals. In addition, this international certificate reflects a greater commitment to product quality and to a more demanding and respectful production and consumption model.


NORFRISA has been striving for years to improve its quality, food safety and animal welfare.
Our quality seals and certificates, which are periodically renewed, guarantee the highest levels of quality and food safety in our company’s processes, products and services.


Our team of veterinarians are responsible for ante-mortem inspections and guaranteeing compliance with animal welfare standards during transport, unloading, stabling and slaughter. They also conduct post-mortem controls, register all documentation, identify seizures and gather the information required for exports outside the EU.


This area’s key responsibilities are controlling and managing the plant’s waste treatment facility in accordance with the criteria established by the Confederación Hidrográfica del Ebro. This is in addition to treating potable water, waste control, atmosphere emission control and developing other environmental tasks, such as preventing infestations and carrying out health and safety treatments against legionella.


The state-of-the-art technology used at NORFRISA allows for improved agility in the pursuit of full traceability and, consequently, enhanced food safety. Automated systems that employ an independent chip store all essential, required product information.

Traceability systems are extremely important considering they provide internal information that facilitates process control and management, they help to guarantee safety, and they also help to locate and immobilise products, if necessary.


Our in-house laboratory is divided into four distinct areas that apply the latest and most alternative scientific techniques. The parasitology laboratory with its corresponding trichinoscopic area, the water laboratory, where water parameters are tested and validated both for drinking water and for the treatment of wastewater, the microbiology laboratory, for processing samples and performing useful life studies, and the Covid laboratory, where, in addition to analyzing human samples, analytical controls on meat products, surfaces, work utensils, and packaging material are validated.

Moreover, our in-house laboratory has adopted a highly innovative trichinae larvae detection method that has made NORFRISA the only plant in the country to have implemented this. This is an alternative method in which the decantation of samples is replaced by a filtration method, and the final step for detection is a latex agglutination test which replaces trichinoscope visualization. The implementation of this methodology was approved by the Centro de Investigación y Tecnología Agroalimentaria de Aragón, an organization that validated this novel technique in order to be able to implement it in the NORFRISA laboratory as well as in the different trichinae laboratories in Spain.