Sustainable industrial heat system
Every day, modern technologies and improved processes take us a step closer to sustainable industrial heat management. Discover the latest developments.
Making industry more sustainable
Industry causes high carbon emissions and often inefficient use of raw materials. In many areas, this can be done much more efficiently and sustainably. We are working on technologies for reusing and recovering residues and on solutions for more sustainable industrial heat management.
Our latest developments
Making industry more sustainable
Heat pumps for decarbonising the industry
Our impact
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Thermal energy storage offers possibility of large-scale sustainable transformation of industry
In cooperation with
Europeon Energy Research Alliance (EERA)
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Projects that make industrial heat management more sustainable
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COSMOS: organic solvent nanofiltration membranes on low cost ceramic supports
In cooperation with
Coorstek, University of Twente and ISPT
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Arbaheat: sustainable future for coal-fired power stations possible through conversion to biomass
In cooperation with
Arbaflame, Sintef, University of Bergen, Vrije Universiteit ...
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STEPWISE and FReSMe: CO2-reduction solutions for the steel industry
Status project
EU Horizon 2020 programme
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HEADLINES: heat-integrated distillation enabling innovative ethylene crackers
In cooperation with
Dow Benelux, Bronswerk Heat transfer, Technip Benelux and ISPT
Contact us
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Yvonne van Delft
Functie:Senior project manager-
Standplaats:Petten
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Email:Email Yvonne
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Anshuman Pandey
Functie:Medior business developer-
Standplaats:Petten
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Telefoon:+31 6 21 15 40 93
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Email:Email Anshuman
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LinkedIn:Anshuman on LinkedIn
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Simon Spoelstra
Functie:Senior project manager-
Standplaats:Petten
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Email:Email Simon
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Mariusz Cieplik
Functie:Senior Scientist, Bio-based and Circular TechnologiesI am specialised in high temperature thermochemical conversion of materials, including biomass (woody, agricultural and food/feed residues and waste), fossil feedstocks and mineral materials. Also, the recycling of end-of- life materials, such as plastic/composites, is an important part of my work.
The thermochemical processes of my interest include pyrolysis, gasification and combustion. Also, sustainable high temperature heat for industrial processes belongs to my portfolio. This includes modern carbon-free fuels combustion such as hydrogen and ammonia, as well as electrification options primarily based on resistive heating.
My R&D focuses on all aspects of the conversion chain, including in-depth feedstock analyses, storage/feeding properties, thermochemical conversion performance characterisation and residues, including emissions (NOx, dioxins, PFAS).
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Standplaats:Petten
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Email:Email Mariusz
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