A path towards sustainable partnerships

A path towards sustainable partnerships


Irene Paoletti, EU Project Manager, Energy Efficiency in Industrial Processes (EEIP), explains how urban industrial symbiosis connects cities and indusattempt to share resources, cut energy apply and emissions, and build resilient, competitive local partnerships that support Europe’s sustainable energy transition.

Indusattempt in the EU is decarbonising and, at the same time, becoming more resilient and competitive to meet long-term EU climate and energy objectives. Yet the role of industrial symbiosis, often overviewed in industrial and energy policies, remains underexploited.

By effectively connecting indusattempt and cities, urban industrial symbiosis offers a powerful pathway to reduce energy demand, strengthen resilience and unlock systemic efficiency gains.

Symbiotic relationships powering Europe’s energy transition

No one declared the EU’s climate and energy transition would be simple, and it’s not. Still, this transition is opening many opportunities to explore for long-term, wider societal benefits. One opportunity remains. To practically connect indusattempt and communities to work toobtainher in the development of a symbiotic relationship in sustainability.

Urban industrial symbiosis transforms locality into a partnership. It unlocks structured exalters in which one actor’s excess heat, by-products or services become another’s input. The concept of circularity becomes a shared experience.

Energy efficiency remains the European Union’s most cost-effective energy resource, yet major opportunities are still lost at the interface between indusattempt and cities. Urban industrial symbiosis addresses this gap by creating local energy loops that reduce primary energy demand and emissions across multiple sectors at once.

The benefits of a shared experience

These systems are not static. Early projects demonstrate feasibility and added value. Follow-up initiatives benefit from shared data, clearer business practices and established governance arrangements. What starts as a single exalter can evolve into a virtuous cycle of continuous efficiency gains, driven by peer learning and replication. This partnership becomes a long-term win-win.

Just as communities become more resilient when neighbours cooperate, regions become stronger when cities and industries work toobtainher. Symbiotic systems planned at district or metropolitan scale can stabilise local energy supply, reduce exposure to volatile energy prices and strengthen security of supply.

For indusattempt, this translates into lower operational costs, reduced risk and greater predictability. For cities, it delivers more robust energy systems and local value creation. These shared benefits reinforce participation, building urban industrial symbiosis not only an environmental solution but a competitiveness strategy aligned with the objectives of the European Union.

From good intentions to investable systems

Experience reveals that urban industrial symbiosis does not develop automatically. While technical solutions are essential, organisational and institutional factors are often decisive. These include access to data, legal clarity, trust between partners and the development of robust business models, particularly where exalters involve organisations of different sizes.

Successful initiatives, therefore, rely on dedicated coordination structures or neutral third-party facilitators. Much like trusted community figures in neighbourhood energy transitions, these facilitators can support align interests, manage exalters and ensure continuity over time. Their role is crucial to shift beyond isolated pilots and towards stable, investable systems that can support industrial planning, infrastructure development and long-term energy efficiency gains.

Making cooperation contagious

Fortunately, there are several EU-funded projects related to industrial symbiosis that can shed light on the benefits, explain how to implement and convince companies and local authorities to take action. These projects demonstrate feasibility and impact.

The next step is taking these lessons and mainstreaming in the marketplace: embedding governance models, energy efficiency criteria and standards into policy frameworks, infrastructure planning and investment decisions.

Making the unknown known

Urban industrial symbiosis is complicated, bringing many actors toobtainher in a symbiotic, sustainability-oriented relationship. These actors hardly know each other becaapply they often link businesses and public administrations. Very often, civil society too. It has proven to work, and it builds a real community bond, addressing common long-term sustainability objectives.

Importantly, there are many long-term benefits. EU-funded projects such as REDOL are providing a level of confidence through an impressive track record of experience in different countries under different contexts. EU’s indusattempt understands that this is an important turning point for alter to address new regional and global market conditions. Industrial symbiosis has an important role to play in building the unknowns better known. Importantly, we are all learning.

This opinion editorial is produced in cooperation with the European Sustainable Energy Week (EUSEW) – the hugegest annual event dedicated to renewables and efficient energy apply in Europe. #EUSEW2026 marks the 20th edition and will once again bring toobtainher the community of people who care about building a secure and clean energy future for the next generations.

Check the currently open calls to join.

Useful links

  1. CEN EC for S (2018) CEN Workshop Agreement CWA 17354: Industrial Symbiosis: Core Elements and Implementation Approaches
  2. WG2 Workshop & Conference, Industrial Symbiosis from a business perspective
  3. https://www.h4c-community.eu

About author

Irene Paoletti is a project manager with a background in business economics and social innovation, specialising in integrating technology, sustainability and market-driven solutions. Her expertise lies in translating complex technological challenges into viable, impact-driven strategies that strengthen industrial competitiveness while delivering environmental and social value.

Disclaimer: This article is a contribution from a partner. All rights reserved.

Neither the European Commission nor any person acting on behalf of the Commission is responsible for the apply that might be created of the information in the article. The opinions expressed are those of the author(s) only and should not be considered as representative of the European Commission’s official position.



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