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Four examples showcasing how TNO is working on alternative raw materials and production processes for even better batteries, hydrogen electrolyzers, solar panels, and wind turbines.

Industry has a major role to play in achieving the climate goals by 2050. To become fully sustainable, two things are inseparable: the use of renewable energy and the reuse of raw materials. The processing and chemical industries in particular face the task of continuing to produce useful products in the future, but in a fully sustainable way. TNO supports them with expertise regarding technologies, circularity, business models, legislation and regulations in customized TNO Green Prints.

What can we say about the future of green hydrogen? What role will it play in the energy transition in the coming decades? A conversation with TNO hydrogen experts Marcel Weeda and Lennart van der Burg provides some answers.

TNO has shown in the geothermal sector that much more insight can be gained from available data using AI to improve processes and even predict possible disruptions. Image: RCSG / Floris Scheplitz

Wind energy is gaining momentum. TNO is advanced with a promising solution for recycling discarded wind turbine blades.

Image: Brightlands Materials Center

In this episode, we introduce you to Luisa Flechas. Luisa will show you how we at TNO use seaweed as a feedstock to produce chemicals and materials.

In the 'Third-generation electrolyzers' project, a consortium led by TNO is developing a completely new type of electrolyser. This new design will offer higher efficiency, lower costs and a circular design, with the aim of facilitating large-scale production of green hydrogen.

TNO has developed a method to produce DME very efficiently and cheaply from CO2: a major step from fossil to renewable, and to making carbon circular and making the industry and society sustainable.

Our ambition for 2030: 50% plastics produced circularly. Currently, 70% of plastics are still incinerated. This can quickly be improved. Find out how.

Our ambition for 2030: producing plastics circularly without CO2 emissions. We will make this possible. How? Read more.