Searched for: author:"Boon, J."
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Guffanti, S. (author), Visconti, C.G. (author), an Kampen, J. (author), Boon, J. (author), Groppi, G. (author)
Sorption Enhanced DiMethyl Ether Synthesis (SEDMES) is a promising option to overcome thermodynamic limitations of conventional DME production processes. In this work a 2D+1D heterogeneous dynamic model of the reaction/adsorption step in a tube of an externally cooled multitubular fixed bed SEDMES reactor is developed in order to investigate the...
article 2021
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van Kampen, J. (author), Boon, J. (author), Vente, J.F. (author), van Sint Annaland, M. (author)
Dimethyl ether is one of the most promising alternative fuels under consideration worldwide. Both the conventional indirect DME synthesis and the improved direct DME synthesis process are constrained by thermodynamics, which results in limited product yield, extensive separations and large recycle streams. Sorption enhanced DME synthesis is a...
article 2020
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James, J.D. (author), Boon, J. (author)
The BOF2UREA project aims to contribute towards the reduction of the impact on the climate of industrial activity through the production of urea from the energy and carbon in residual gases in integrated steel plants, using process- and cost-efficient technologies, while simultaneously delivering storage ready CO2 at no extra costs. The proposed...
report 2020
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van Kampen, J. (author), Booneveld, S. (author), Boon, J. (author), Vente, J.F. (author), van Sint Annaland, M. (author)
Sorption enhanced dimethyl ether synthesis (SEDMES) is a novel DME production route from CO2-rich feedstocks. In situ water removal by adsorption results in high single-pass conversions, thereby circumventing the disadvantages of conventional routes, such as low carbon efficiency, energy intensive downstream separation and large recycling. The...
article 2020
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Liuzzi, D. (author), Peinado, C. (author), Peña, M.A. (author), van Kampen, J. (author), Boon, J. (author), Rojas, S. (author)
The direct synthesis of dimethyl ether (DME) from biomass-derived syngas is a topic of great interest in the field of biofuels. The process takes place in one reactor combining two catalytic functions, Cu/ZnO/Al2O3 (CZA) for the synthesis of methanol and an acid catalyst (typically g-Al2O3) for methanol dehydration to DME. However, the catalytic...
article 2020
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Skorikova, G. (author), Saric, M. (author), Sluijter, S.N. (author), van Kampen, J. (author), Sanchez-Martinez, C. (author), Boon, J. (author)
Dimethyl ether (DME) is an important platform chemical and fuel that can be synthesized from CO2 and H2 directly. In particular, sorption-enhanced DME synthesis (SEDMES) is a novel process that uses the in situ removal of H2O with an adsorbent to ensure high conversion efficiency in a single unit operation. The in situ removal of steam has been...
article 2020
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Boon, J. (author), van Kampen, J. (author), Hoogendoorn, R. (author), Tanase, S. (author), van Berkel, F.P.F. (author), van Sint Annaland, M. (author)
Acidic γ-Al2O3 is an active catalyst for the dehydration of methanol to dimethyl ether (DME). However, the produced steam reduces the activity. In this work, the influence of the exposure of γ-Al2O3 to steam on the catalytic activity for methanol dehydration has been determined. At 250 °C and increasing stream partial pressure the conversion of...
article 2019
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van Kampen, J. (author), Boon, J. (author), van Berkel, F.P.F. (author), Vente, J.F. (author), van Sint Annaland, M. (author)
Enhancement by steam separation is a promising process intensification for many types of reactions in which water is formed as a byproduct. For this, two main technologies are reactive vapor permeation (membrane technology) and reactive adsorption. Both can achieve significant conversion enhancement of equilibrium limited reactions by in situ...
article 2019
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van Kampen, J. (author), Boon, J. (author), van Berkel, F.P.F. (author), Vente, J.F. (author), van Sint Annaland, M. (author)
Enhancement by steam separation is a promising process intensification for many types of reactions in which water is formed as a byproduct. For this, two main technologies are reactive vapor permeation (membrane technology) and reactive adsorption. Both can achieve significant conversion enhancement of equilibrium limited reactions by in situ...
article 2019
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Boon, J. (author)
conference paper 2018
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Booneveld, S. (author), Boon, J. (author), van Kampen, J. (author), Grecea, S. (author), Hoogendoorn, R. (author), Energieonderzoek Centrum Nederland (author)
EU Horizon 2020 project FLEDGED combines flexible sorption-enhanced processes to produce dimethyl ether from biomass with an efficient and low cost process.
conference paper 2018
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van Berkel, F.P.F. (author), van Dijk, H.A.J. (author), Boon, J. (author), van Sint Annaland, M. (author), van Kampen, J. (author)
Highlights SEDMES: direct synthesis of DME from syngas by in situ H2O adsorption; Steam adsorbent easily regenerated by pressure swing, without temperature swing; Catalytic conversion and activity improve by temperature swing regeneration.
conference paper 2017
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Booneveld, S. (author), Boon, J. (author), van Sint Annaland, M. (author), van Kampen, J. (author)
conference paper 2017
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van Dijk, H.A.J. (author), Cobden, P.D. (author), Boon, J. (author), van Sint Annaland, M. (author), Gallucci, F. (author), Coenen, K. (author)
Sorption-enhanced watergas shift (SEWGS) is a promising technology for precombustion CO2 capture with high energy efficiency. Hydrotalcite-based adsorbents were studied as possible solid sorbents for pressure swing adsorption under SEWGS conditions. They show high thermal and mechanical stability with sufficiently high cyclic working capacity...
bookPart 2017
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van Berkel, F.P.F. (author), van Dijk, H.A.J. (author), Vente, J.F. (author), Boon, J. (author), Energieonderzoek Centrum Nederland (author)
A novel sorption enhanced dimethyl ether synthesis (SEDMES) process is presented using a solid adsorbent to remove produced water in situ. SEDMES experiments from feed mixtures of H2, CO, and CO2 have shown an increased yield of DME, an improved selectivity to DME over methanol, and a strongly reduced CO2 content in the product. Consequently,...
conference paper 2017
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Haije, W.G. (author), Dijkstra, J.W. (author), Elzinga, G.D. (author), Pieterse, J.A.Z. (author), Boon, J. (author), Walspurger, S. (author)
System modeling was used to evaluate post combustion CO2 capture in a simulated pulverized coal (PC) and natural gas combined cycle (NGCC) power plant using a solid sorbent. Both CO2 and H2O adsorption play a role in the energy assessment. No adsorption characteristics of a polyethyleneimine on silica sorbent were available from literature,...
article 2016
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Boon, J. (author)
bookPart 2016
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van Veen, H.M. (author), de Groot, A. (author), Boon, J. (author), Heuver, H. (author), Velterop, F. (author)
conference paper 2016
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Dijkstra, J.W. (author), Pieterse, J.A.Z. (author), Boon, J. (author), Sutanto, S. (author), Hauwert, P. (author), Brilman, D.W.F. (author)
Biogas from fermentation of manure and organic residues produces a gas stream that can be fed into the natural gas grid, provided impurities (CO2, H2S and H2O) are removed according to specifications prior to grid injection. Compared to conventional technologies, supported amine sorbents (SAS) seem attractive for their high working capacity and...
article 2016
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van Delft, Y.C. (author), Boon, J. (author), van Sint Annaland, M. (author), Spallina, V. (author)
Pre-combustion capture of carbon dioxide requires the industrial separation of carbon dioxide from hydrogen-rich streams. The present study analyses the thermodynamic ef?ciency penalty of this separation step and the achievable carbon capture ratio, with particular focus on high-temperature separation technologies: sorption-enhanced watergas...
article 2016
Searched for: author:"Boon, J."
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