Innovation

What do we mean by innovation in salmon farming?

Salmon farming has evolved constantly since its beginnings. This has been possible thanks to the steady incorporation of new knowledge, better practices and solutions that have allowed the activity to respond to the challenges it faces.

In this context, innovating means developing or applying new ideas, processes, products, services or forms of organization that add value and improve the way production, research or resource management is done.

Although innovation is often associated only with developing new technologies, its scope is wider. It can also take the form of process optimization, new products or services, new ways of working and collaborating, management improvements, changes in production processes or the application of scientific knowledge to solve concrete problems. In short, it means developing technological solutions that, however simple, cut costs, increase revenue or improve the quality of work.

Innovation is therefore a continuous process of learning and adaptation that allows salmon farming to evolve in the face of environmental, health, social and economic change.

Why is innovation necessary?

Salmon farming operates in a dynamic environment. Environmental conditions change, new fish health challenges appear, consumer demands evolve and national and international regulations become stricter.

In this setting, innovating is not only about raising productivity. It also helps improve fish welfare, make better use of resources, strengthen environmental performance and keep the industry competitive and sustainable.

Innovation is a tool that helps anticipate change and develop solutions based on scientific evidence, supporting a more efficient and sustainable activity.

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Innovation does not happen in isolation

Behind every advance is a group of people and institutions working in coordination. This collaborative network is known as an innovation ecosystem. The concept usually brings together, especially in recent years, science, technology, innovation and human capital.

Salmon farming (a textbook natural cluster, in Chile's case) involves producers, specialized suppliers, universities, research centers, public agencies, technology centers and entrepreneurs who contribute knowledge and skills from different disciplines, heavily concentrated in the country's southernmost regions.

While some institutions generate new scientific knowledge, others develop technologies, validate solutions or put them to work directly in production processes.

The interaction among all these players allows ideas to evolve and turn into concrete improvements for the industry.

From knowledge to application

Scientific research is the starting point for many innovations.

However, for that knowledge to have a real impact, it has to be transferred to the productive sector through validation, adaptation and implementation processes that lead to new technologies.

This process allows research results to become solutions that companies can use to improve their processes, support decision-making or face new challenges. Finding ways for those technologies, often expressed as inventions, to create value is the field of innovation.

Knowledge transfer for technological development is one of the main links between science and production.

Innovating also means collaborating

For many years, innovation was thought to depend solely on a company's ability to develop new technologies.

Today it is recognized that the best solutions usually emerge when different players work together.

This approach, known as open innovation, promotes collaboration among companies, universities, technology centers, entrepreneurs and public agencies to share knowledge, develop projects and speed up the rollout of new solutions.

Cooperation makes it possible to draw on complementary experience and respond better to the challenges salmon farming faces.

An ecosystem that keeps growing stronger

Chile has developed several initiatives aimed at strengthening innovation in salmon farming and other productive activities.

The research highlights the contribution of institutions and programs that have driven applied research, collaboration among players and technological development.

Among them is Fundación Chile, an organization that has played an important role in promoting innovation, entrepreneurship and technology transfer, helping build the capabilities needed to meet the industry's challenges.

Likewise, several programs led by Corfo have helped strengthen collaboration networks, fund innovative projects and develop initiatives aimed at making the sector more competitive and sustainable.

These initiatives show that innovation depends on the joint work of many institutions contributing from different fields, not on a single organization.

Challenges for the future

Although Chile has made significant progress in building an innovation ecosystem, the research identifies several challenges that still need to be addressed.

These include the need to strengthen knowledge transfer to companies, increase collaboration among the different players, make it easier to scale up new solutions and consolidate mechanisms for turning research into applied innovations.

Meeting these challenges will be key for salmon farming to keep evolving and successfully face new production, environmental and social demands.