![Electrification in the Dutch process industry](https://stag.ispt.eu/media/Electrification_Wind_Energy-1-376x235.jpg)
Electrification
Electrification is the transition from fossil to renewable electrical energy. It will significantly lower the CO2-footprint of the Dutch process industry.
![How do we make manufacturing circular?](https://stag.ispt.eu/media/Circularity_procestechnologie-376x235.jpg)
Circularity
Circularity is the cornerstone of a sustainable future. ISPT is working on feasible and innovative solutions that will lead to full circularity by 2050.
![Human capital is essential for the transition to a circular economy](https://stag.ispt.eu/media/humancapital_transition2-376x235.jpg)
Human Capital
When it comes to reducing CO2-emissions and realizing a circular economy, it's not just about technology. It’s about people.
![Duurzame landbouw: de toekomst van agrarische sector](https://stag.ispt.eu/media/duurzame_landbouw-376x235.jpg)
Food
To feed the world within the bounderies of the ecosystem, we need to redesign our food industry.
![Industry 4.0 means efficient use of energy and resources](https://stag.ispt.eu/media/digitalisering-376x235.jpg)
Digitalisation
Industrial plants can benefit from technological advances to enable efficient use of energy and resources.
![Sustainable heat in the Dutch industry](https://stag.ispt.eu/media/industrial_heat2-376x235.jpg)
Heat
In the transition towards a sustainable, CO2-free economy Dutch industry needs to develop sustainable heat supply systems.
Test
![Green hydrogen is crucial in the future energy system](https://stag.ispt.eu/media/waterstofeconomie-1-376x235.jpg)
Hydrogen
Green hydrogen is pivotal for realizing the energy transition and establishing a sustainable, CO2-neutral economy.
![Water processing with a focus on improving efficiency](https://stag.ispt.eu/media/water_besparen_industrie-376x235.jpg)
Water
Reducing the industrial water footprint means reusing valuable components from water and lowering the energy consumption.