Searched for: author%3A%22Kreiter%2C+R.%22
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Hers, S. (author), Oliveira Machado dos Santos, C. (author), Lamboo, S. (author), van Dril, T. (author), Raadschelders, J. (author), Mallon, W. (author), de Ronde, M. (author), Goemans, C. (author), de Klerk, I. (author), Tonneijck, S. (author), van Dijk, H. (author), Kreiter, R. (author), de Haas, A. (author), ten Cate, A. (author)
In het Klimaatakkoord van 2019 werd elektrificatie benoemd als een belangrijke optie voor CO2-emissiereductie van de industrie in 2030. Op dat moment was nog niet voldoende duidelijk wat de implicaties zouden zijn voor de hernieuwbare energieproductie. Daarom is afgesproken dat in 2021 wordt bezien of opschaling van de ambitie voor de...
report 2021
document
Carr, A.J. (author), Burgers, A.R. (author), Lok, H. (author), Kreiter, R. (author), Eggink, E. (author), Vermeulen, W. (author), Otto, W. (author), van Aken, B.B. (author)
public lecture 2018
document
Kreiter, R. (author), Energieonderzoek Centrum Nederland (author)
Goals and R&D lines of ECN Storage and integration of renewable energy
other 2017
document
Kreiter, R. (author), Energieonderzoek Centrum Nederland (author)
Goals and R&D lines of ECN Storage and integration of renewable energy
other 2017
document
Kreiter, R. (author), Energieonderzoek Centrum Nederland (author)
"Een transitie naar een duurzaam energiesysteem vereist een integrale aanpak waarin de integratie van hernieuwbare elektriciteit via nieuwe vormen van flexibiliteit, zoals opslag en vraagsturing een belangrijke rol speelt. SIRE is gericht op de integratie van hernieuwbare elektriciteit in het energiesysteem via Storage: Ontwikkeling van...
other 2016
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Kreiter, R. (author)
n.v.t.
public lecture 2015
document
Kreiter, R. (author)
n.v.t.
public lecture 2015
document
Kreiter, R. (author)
Presented at Power-GEN Europe/Renewable Energy World 2015, Amsterdam, June 11 2015.
public lecture 2015
document
Kreiter, R. (author), Energieonderzoek Centrum Nederland (author)
n.v.t.
other 2015
document
Kreiter, R. (author), Energieonderzoek Centrum Nederland (author)
De energievoorziening is in transitie. Elektriciteitsproductie uit vooral zonne- en windenergie vervangt steeds meer van de grootschalige, fossiele productie. Elektriciteit krijgt bovendien een groter aandeel in de energiemix. Verdere integratie van gas, warmte en elektriciteit maakt het mogelijk om bronnen onderling uit te wisselen.
other 2015
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van Veen, H.M. (author), Overbeek, J.P. (author), Kreiter, R. (author), Motelica, A. (author), Rietkerk, M.D.A. (author), van Tuel, M.M.A. (author), Marsman, H.J. (author), Cuperus, P. (author), de Vries, H. (author), Bouwstra, J. (author), Tchoua Ngamou, P.H. (author), Creatore, A. (author), Deelman, B.J. (author), van den Boom, M. (author), Wienk, I. (author), Energieonderzoek Centrum Nederland (author)
"Het hier beschreven project is uitgevoerd door ECN, TU Eindhoven, Solsep BV, Fujifilm en Arkema. Het doel van dit project was de ontwikkeling van hybride silica organische oplosmiddel nanofiltratie membranen op een goedkope polymere drager met gebruik van geavanceerde coating technieken. De industriële vraag naar generiek inzetbare...
report 2013
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van Veen, H.M. (author), Overbeek, J.P. (author), Vente, J.F. (author), Kreiter, R. (author), Wienk, I.M. (author), Ngamou, P.H.T. (author), Creatore, M. (author), Cuperus, P.F. (author)
Hybrid organically bridged silica membranes are suitable for energy-efficient molecular separations under harsh industrial conditions. Such membranes can be useful in organic solvent nanofiltration if they can be deposited on flexible, porous and large area supports. Here, we report the proof of concept for applying an expanding thermal plasma...
article 2013
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Vente, J.F. (author), den Exter, M.J. (author), Kreiter, R. (author), Motelica, A. (author), Bruinsma, O.S.L. (author), Energieonderzoek Centrum Nederland (author)
Olefins, such as ethylene, propylene, and butadiene, are among the most produced intermediates in petrochemical industry. They are produced from a wide range of hydrocarbon feedstocks (ethane, propane, butane, naphtha, gas oil) via a cracking process. The last step in this process is the separation of olefins from other hydrocarbons, which is...
conference paper 2012
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Vente, J.F. (author), den Exter, M.J. (author), Kreiter, R. (author), Motelica, A. (author), Bruinsma, O.S.L. (author)
The technical and economic feasibility of a hybrid separation process in which gas separation membranes are combined with conventional distillation are assessed for the separation of ethylene from ethane and of butadiene from a C4-mixture. The potentials for increased energy efficiency and debottlenecking were determined in relation to the...
article 2012
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Vente, J.F. (author), Kreiter, R. (author), Paradis, G.G. (author), van Tuel, M.M.A. (author), Nijmeijer, A. (author)
The present study describes the effect of the incorporation of amino-functionalized terminating groups on the behaviour and performance of an organicinorganic hybrid silica membrane. A primary amine, a mixed primary and secondary amine, and an imidazole functionality were selected. The molar ratio of the amino-functionalized precursors in the...
article 2012
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Vente, J.F. (author), Kreiter, R. (author), Rietkerk, M.D.A. (author), Shanahan, D.P. (author), den Exter, M.J. (author), Motelica, A. (author), Bruinsma, O.S.L. (author)
n.v.t.
public lecture 2011
document
ten Elshof, J.E. (author), Kreiter, R. (author), Rietkerk, M.D.A. (author)
Microporous membranes are a promising option for energy-efficient molecular separations. Longterm hydrothermal stability of the membrane material is of prime importance for several industrial processes. Here, a short overview of silica-based membrane materials and their hydrothermal stability is presented. Following this, the development of a...
article 2011
document
Vente, J.F. (author), Kreiter, R. (author), Castricum, H.L. (author), ten Elshof, J.E. (author), Paradis, G.G. (author), Mittelmeijer-Hazeleger, M.C. (author)
Hybrid organically linked silica is a highly promising class of materials for the application in energy-effi cient molecular separation membranes. Its high stability allows operation under aggressive working conditions. Herein is reported the tailoring of the separation performance of these hybrid silica membranes by adjusting the size, fl...
article 2011
document
ten Elshof, J.E. (author), Kreiter, R. (author), Rietkerk, M.D.A. (author), Shanahan, D.P. (author), va. Tuel, M.M.A. (author)
To overcome the limitations of currently available commercial polymer and zeolite membranes for pervaporation applications, a hybrid silica membrane (HybSi®) has been developed. In this paper the unprecedented stability of HybSi® membrane technology for the dehydration of organic solvents is reported. It is shown that the HybSi...
article 2011
document
Kreiter, R. (author)
For the first time, a thin ionic liquid membrane that is resistant up to 55 bar trans-membrane pressure is presented. The ionic liquid is confined in a tubular ceramic-supported mesoporous containment layer of 1.5 µm. Gas permeances and permselectivity values for CO2, CH4, ethylene, and ethane are discussed and related to the properties...
article 2011
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