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Report on the EU Carbon Border Adjustment Mechanism (CBAM)
This Greenberg Traurig, LLP (“GT") Report sets out some possible implications of CBAM for the HyScaling Project.
![hydrogen](https://ispt.eu/media/pexels-zhang-kaiyv-679425-576x360.jpg)
The public perception of green hydrogen in the Netherlands
This report dives into the Dutch public’s perception of green hydrogen, offering key findings and actionable recommendations for stakeholders and practitioners.
![De Groene Industrie Dialoog](https://ispt.eu/media/Logo-de-groene-industrie-dialoog-ISPT-style-576x360.png)
De Groene Industrie Dialoog
Jonge denkers en ervaren experts gingen met elkaar in gesprek over de energietransitie en circulaire materialentransitie. Hoe kunnen wij ons welvaartsniveau behouden zonder daarbij de planetaire grenzen te overschrijden? In...
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Pyrolysis of Real Packaging Plastic Waste Streams in a Fluidized-Bed Pilot Plant
Pyrolysis of different packaging plastics waste streams (DKR350) and films/foils (DKR310) was conducted at the pilot scale in a fluidized-bed reactor at 500 °C and 5 kg h−1 with the...
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Liquid-Gas Interface Deformations in Atomization
The simulation studies performed in this work represent a stepping stone towards the use of LFRM in the simulation of spray systems present in spray drying applications.
![Hyscaling webinar part 2](https://ispt.eu/media/Hyscaling-webinar-part-2-3-576x360.png)
Webinar: Economic and Public Aspects of Green Hydrogen Production
During this webinar we explored the economic and public aspects of green hydrogen production.
![Next steps towards an autonomous large-scale hydrogen plant](https://ispt.eu/media/omslag-rapport-autonomous-plants-HyScaling_jpeg-576x360.jpg)
Next steps towards an autonomous large-scale hydrogen plant
Part of the HyScaling project is to develop an operating strategy for large-scale green hydrogen alkaline water electrolyzer plants. Given a greenfield situation and high labor costs for 24/7 chemical...
![webinar on green hydrogen production](https://ispt.eu/media/Hyscaling-webinar-576x360.png)
Webinar: Exploring technological developments in PEM and alkaline water electrolysis
During this webinar we take a deep dive into the technological hydrogen developments.
![Protein separation through ultrafiltration](https://ispt.eu/media/Protein-separation-through-ultrafiltration-576x360.webp)
Protein transport in open ultrafiltration
This thesis aims to quantify the mass transfer of proteins through a membrane and understand which driving forces in the system are responsible for protein–protein separation with ultrafiltration (UF).
![HyChain4 public report](https://ispt.eu/media/mock-up-HyChain-4-576x360.jpg)
HyChain 4: Integral Hydrogen-Based Supply Chain Development
This reports showcases the findings of a three-year innovation project, and provides a deeper understanding of drivers and mechanisms that steer the development of new hydrogen value chains, with a...
![Electrified - Electrically driven non-thermal dewatering of biomass](https://ispt.eu/media/electrified-1-576x360.jpg)
Advances in Membrane Separation for Biomaterial Dewatering
Dewatering by membrane separation is a sustainable and efficient alternative for drying biomaterials.
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Functionality-driven food formulation
This research proposes a method to create ingredient formulations based on their functional properties rather than of what they are composed.
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Clean Ammonia Roadmap – Public report
This report gives a clear overview of potential new value chains for clean ammonia as an energy and hydrogen carrier in the Netherlands, and greater ARRRA region.
![clean ammonia roadmap public summary](https://ispt.eu/media/clean-ammonia-roadmap-public-summary-576x360.png)
Clean Ammonia Roadmap – Public summary
Download the public summary of the Clean Ammonia Roadmap here.
![A one GigaWatt Green Hydrogen Plant](https://ispt.eu/media/A-one-GigaWatt-Green-Hydrogen-Plant-Kaft-546x360.png)
A 1 gigawatt green hydrogen plant
Technical design and the associated total investment costs of a greenfield 1-GW green-hydrogen plant that would be built, and up and running by 2030.
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Executive Summary: Safety Aspects of Green Hydrogen Production on Industrial Scale
Download the executive summary of the Hydrogen Safety report here.
![Hydrogen Safety report](https://ispt.eu/media/mock-up-hydrogen-safety-rapport-576x360.png)
Safety Aspects of Green Hydrogen Production on Industrial Scale
This Hydrogen Safety report outlines crucial insights into ensuring the safe coexistence of hydrogen and oxygen within equipment. It aims to standardize risk assessments, addressing complexities and proposing essential methodologies...
![Metabolomics and sensory studies to uncover asparagus flavour](https://ispt.eu/media/Metabolomics-and-sensory-studies-to-uncover-asparagus-flavour-1-576x360.png)
Metabolomics and sensory studies to uncover asparagus flavour
Mass spectrometry (MS) – based techniques were used to investigate the metabolome of raw, cooked and processed asparagus materials.
![Spray drying of asparagus waste into flavour-rich ingredients](https://ispt.eu/media/asparagus-waste2taste-thesis.png)
Spray drying of asparagus waste into flavour-rich ingredients
The residual flow of white asparagus is very suitable for spray-drying into powder.
![Pea fractionation into functional ingredients](https://ispt.eu/media/Pea-fractionation-into-functional-ingredients-576x360.png)
Pea fractionation into functional ingredients
In this thesis, the process of yellow pea from structured seed to structured product is investigated.
![Hydrohub Hyscaling project](https://ispt.eu/media/HyScaling-graphic-1-1-576x360.png)
Progress 2nd year Hyscaling project
The Hyscaling project is about making hydrogen production from electricity on a GW-scale applicable.
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Scenarios as input to InReP
Gain unprecedented insights into the future of the plastic value chain with our comprehensive report.
![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.
![Case study SAM4 Energy Vitens](https://ispt.eu/media/SAM4-Energy-Vitens-1-576x360.png)
Case Study: SAM4 Vitens
Reducing energy consumption and costs in the water industry: how Vitens increased pump energy efficiency with minor process changes through advanced analytics.