Salmon farming

The salmon's path

A story of vision, science and collaboration.

Chilean salmon farming did not appear overnight. It is the result of more than five decades of learning, research, international cooperation and technological development.

What began as a series of experiments to introduce salmonids to Chile became, over the years, one of the country's most important productive activities and a global benchmark in aquaculture.

This was possible thanks to a combination of favorable natural conditions, public policy, scientific research, private investment and the ability of thousands of people and institutions to keep learning, adapting and innovating.

Why did Chile become a salmon farming powerhouse?

Chile has extensive southern fjords and channels, abundant freshwater resources and environmental conditions suited to farming salmonids. However, these natural advantages alone would not have been enough.

The industry's growth was also made possible by:

  • international cooperation during the early stages of development;
  • the training of specialized human capital;
  • the adoption of new technologies;
  • the creation of supplier companies and specialized services;
  • stronger logistics and infrastructure;
  • the ability to learn from accumulated experience;
  • the policies the Chilean State put in place to promote the activity.

Over time, these elements gave rise to a salmon cluster, that is, a network of companies, public institutions, universities, research centers and specialized suppliers that work closely together to drive the development of the activity.

The milestones that shaped this path

The history of salmon farming can be read as a sequence of stages, each of which brought new knowledge and challenges.

Historical milestones of salmon farming in Chile
  1. Late 19th century — 1960s

    Introduction of salmonids and public research

    The biological, technical and institutional groundwork of the activity takes shape.

  2. 1970s

    First commercial trials

    The activity moves from trials toward more controlled farming.

  3. 1980s

    Fundación Chile and industrial takeoff

    Farming proves to be technically and commercially viable.

  4. 1990 — 2005

    Production growth and the rise of the cluster

    Production, exports, suppliers and regional capabilities grow.

  5. 2007 — 2012

    ISA crisis and fish health overhaul

    The crisis forces stronger biosecurity, regulation and coordination.

  6. 2010s — 2020s

    Innovation, adaptation and sustainability

    The industry faces new fish health, environmental and social demands.

Each of these milestones represents a stage of learning that helped build the salmon farming we know today.

Historical production of farmed salmonids in Chile (1990–2024)

Production 1990–2024 (tonnes, live weight)

Historical production of farmed salmonids in Chile (1990–2024)

Production rises from about 35,000 tonnes in 1990 to nearly 998,000 in 2024, with a dip during the 2008–2010 ISA crisis and another in 2016 due to a harmful algal bloom. Chile remains the world's second-largest producer. Start of industrial production 1990–1994 Rapid scale-up 1995–2007 Crisis and adjustment 2008–2010 Competitive consolidation 2011–2024 0 250,000 500,000 750,000 1,000,000 1,250,000 Tonnes 1990 1992 1994 1996 1998 2000 2002 2004 2006 2008 2010 2012 2014 2016 2018 2020 2022 2024 Year
Annual production of farmed salmonids in Chile, 1990–2024 (tonnes, live weight)
Year Tonnes
1990 35,000
1991 51,000
1992 70,000
1993 89,000
1994 111,000
1995 150,000
1996 210,000
1997 252,000
1998 262,000
1999 261,000
2000 408,000
2001 499,000
2002 490,000
2003 560,000
2004 628,000
2005 659,000
2006 608,000
2007 636,000
2008 617,000
2009 533,000
2010 547,000
2011 719,000
2012 817,000
2013 783,000
2014 950,000
2015 829,000
2016 742,000
2017 864,000
2018 918,000
2019 1,014,000
2020 1,060,000
2021 999,000
2022 1,058,000
2023 1,080,000
2024 998,000

A process still underway

The salmon's path does not end with the consolidation of the industry.

Today salmon farming keeps evolving to respond to new challenges related to sustainability, fish welfare, climate change adaptation, technological innovation and responsible food production.

History shows that one of the sector's main strengths has been its ability to learn from experience, incorporate scientific knowledge and turn challenges into opportunities for improvement.