AQUA 2024

August 26 - 30, 2024

Copenhagen, Denmark

NEW TECHNOLOGY, NEW WORKPLACES, NEW CONFLICTING OBJECTIVES FOR PERSONNEL IN NORWEGIAN FISH FARMING

K. Størkersen*, C. Salomonsen , T. Kongsvik, T. Thorvaldsen

 SINTEF Ocean, 7465 Trondheim, Norway. Email: kristine.storkersen@sintef.no

 



Introduction and research gap

 Norwegian fish farming is undergoing major concept changes, yet continues to be Norway’s second most hazardous occupation.  The  industry is g oing from mostly open netpens along the coast, to also semi-closed and submerged units offshore and  units on land. Along with the technology, the workplaces have transformed .  It is need  for knowledge about the operational conditions in the different workplaces in  the  current and emerging salmon farming concepts , and consequences for working conditions .

 A qualitative study

Th e empirical foundation of this study  is personnel s’ descriptions of  operational conditions at their workplaces. The  data is gathered through  semi-structured research  interviews  of 14 persons representing different concepts in Norwegian fish farming, as well as  three workshops  with  national and international  industry  representatives, researchers, and other stakeholders. This is a n activity in the project "OHS in aquaculture – risk management in different production forms" , financed by the Norwegian Seafood Research Fund ( project number 901801).

Results

 The study  indicates differences between  the well- established workplaces , and the workplaces that are newly established or under planning .

Operational conditions at the well-established workplaces, either  in traditional or new concepts, have similarities with  what is found in earlier research.  Our empirical studies the last decades have revealed  constraining operational  conditions in Norwegian fish farming. Limited time and personnel is still  common, giving stress, long hours, lack of rest, inadequate working positions. For larger operations, more organizations and vessels need to cooperate, which leads to  complex collaboration, sometimes among personnel without experience or training. Conflicting objectives usually emerge, sometimes leading the personnel in the operations to prioritize production and fish welfare over their own protection. As in other industries,  quality and safety management has led to more systematic measures . In addition, it has led to  a discussion on whether management  tasks  may  conflict with each other and with safety, fish welfare, etc.

 At the newly established  or planned  workplaces in new  fish farm  concepts, the risks  may be  higher, but the  operational planning is more thorough.  On the one hand, these  new production forms  include larger units of fish , and operations that are unfamiliar  for the personnel . Some workplaces have  harsher weather conditions, and  all involve personnel from more organizations, heavier equipment, and more energy involved in the operations. On the other hand, the larger concepts give stable working platforms, and the  increased risks lead to more  awareness on mitigating measures. The personnel report about well-functioning safety management measures, collaboration about risk assessments and resources to perform operations according to plan.  Personnel here have rarely e xperienced goal conflicts, but  these organizations have had few operations.

 Further  studies  should investigate how the operational conditions are experien ced when the  new  workplaces  have become well-established, and the concepts are not seen as new anymore.