![Steel2Chemicals](https://ispt.eu/media/36A6089-576x360.jpg)
White Paper: Advancing Circular Carbon in the Industry (Steel2Chemicals)
Learn how the Steel2Chemicals project advances circular carbon in the industry. Download the report for key findings and sustainable solutions.
![Nitrogen fixation with renewable electricity](https://ispt.eu/media/Nitrogen-fixation-with-renewable-electricity-543x360.jpg)
Nitrogen fixation with renewable electricity
Is Plasma Catalysis an alternative for small-scale ammonia synthesis?
![ISPT Trendrapport: Trends for a Sustainable Future](https://ispt.eu/media/ISPT-Trendrapport-576x360.png)
Trendreport: the Future of Sustainable Process Industry
Download your free copy of ISPT's report: The Future of Sustainable Process Industry.
![PROVE IT: a CO2-to-methanol conversion technology](https://ispt.eu/media/3.-COX_7198-576x360.jpg)
PROVE IT
PROVE IT is all about the technical feasibility of the production of methanol from CO2 waste gas.
![Carbon Transition Model: better grip on emissions](https://ispt.eu/media/BL3004-HF2N-Generic-aerial-view-576x360.jpg)
Completed
Carbon Transition Model
The Carbon Transition Model is a simulation model to explore ways to reduce emissions and increase carbon circularity.
![Methanol, the LOGIC Choice!](https://ispt.eu/media/sustainable_energy-576x360.jpg)
Completed
Methanol, the LOGIC Choice!
The LOGIC project scales-up the Liquid-Out Gas-In Concept reactor for methanol synthesis from CO2 and sustainable hydrogen.
![C2V - Carbon2Value](https://ispt.eu/media/carbonneutral_steelindustry-576x360.jpg)
Completed
C2V – Carbon2Value
Innovative CO2 separation technology aims to reduce emissions in steel industry. This project revolves around an innovative technology with the potential to reduce CO2 emissions across the major energy intensive...
![Steel2Chemicals: a circular carbon chain](https://ispt.eu/media/SteelManufacturing-1-576x360.jpg)
Completed
S2C – Steel2Chemicals
The project Steel2Chemicals develops a closed value chain in which CO from steel production is used as feedstock for the chemical industry.
![Converting the methane to ethylene in the pulsed compression reactor poses a more cost-effective and environmentally friendly alternative compared to conventional ethylene production.](https://ispt.eu/media/industry_sustainable-576x360.jpg)
Completed
COMPACT – Pulsed Compression II
The goal of this project was to produce ethylene from methane using pulsed compression technology and to determine the feasibility for industrial applications.