Net Zero Energy Ecosystem – Building a Global Network of Decarbonized Energy 

“Imagine if we could seamlessly integrate diverse energy technologies, optimizing them to work in harmony and creating an efficient, sustainable ecosystem for generating renewable energy”.

Well, we can and it’s happening today! 

Diagram illustrating the Net Zero Energy Ecosystem, featuring interconnected components such as gasification, electrolyzers, sustainable energy generation, renewable energy storage, and decarbonization processes, all contributing to a sustainable energy network.

Our Goal and Mission

The goal of the program is to develop new solutions that optimize sustainable energy production by integrating different sectors and connecting them within broader energy systems together with program partners – in other words, enable a Net Zero Energy Ecosystem. The NZEE Veturi program’s mission is to develop integrated decarbonization solutions to fill in the missing links of the net zero energy ecosystem to make it thrive. 

Empowering Industries in Their Transition to a Net Zero World

The NZEE balances energy consumption with renewable energy production and storage, helping to achieve net zero or negative carbon emissions. The ecosystem’s technologies and solutions bring together different energy production and consumption facilities. 

The program develops global solutions in Finland, for producing sustainable fuels through gasification and carbon capture, enhancing energy security with long-duration energy storage and lifecycle services for the energy sector.  

Join Us!

The program aims to involve at least 50 partners, enabling Finnish SMEs to access new high-growth technology markets. Through the program, SFW will significantly increase its RDI activities in Finland. 

Diagram illustrating the Net Zero Energy Ecosystem, featuring interconnected components such as gasification, electrolyzers, sustainable energy generation, renewable energy storage, and decarbonization processes, all contributing to a sustainable energy network.