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Hoetmer, Jamie (author)
Capturing and utilizing the emissions of CO<sub>2</sub> has become a method to reduce the occurring emissions from industrial flue gases. One of the methodologies to capture and use the CO<sub>2</sub> is through the CO<sub>2</sub> capture and reduction (CCR) process. This process uses a bi-functional catalyst to capture CO<sub>2</sub> from...
master thesis 2022
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van der Wal, Hannah (author)
Oceanic CO2 capture technology can be used as a negative emission technology, or pre-treatment to reduce inorganic fouling (i.e., scaling) potential when further processing seawater. In this work CO2 from (synthetic) seawater was captured electrochemically via bipolar membrane electrodialysis. Although previous studies showed promising results...
master thesis 2021
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Rabah, Malek (author)
Upcycling of the biomass residues and wastes is a necessary innovation within the given environmental and economic trends, policies and regulations, competition and depletion of natural resources taking place nowadays. Thus, wood pallet upcycling is chosen in this thesis to be the ambassador of biomass. <br/>Research is built upon the...
master thesis 2021
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Tiesma, Anthea (author)
This interdisciplinary thesis gives a simulational approach for the production of basic chemicals in a renewable manner, while simultaneously managing uncertainty inherent in the development of novel and innovative technologies. The simulational approach focuses on the capture of CO2 and subsequent conversion into methanol using Aspen Plus. CO2...
master thesis 2021
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van de Poll, Nelson (author)
Capturing CO2 directly from the air has gained wide attention as it is one of the possible solutions to mitigate the risks of climate change. Zero Emission Fuels (ZEF) is a start-up in Delft that develops a small-scale plant to produce methanol from sunlight and air only. CO2 and H2O are captured from the air by a direct air capture unit that...
master thesis 2021
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Kosaka, Fumihiko (author), Liu, Yanyong (author), Chen, Shih Yuan (author), Mochizuki, Takehisa (author), Takagi, Hideyuki (author), Urakawa, A. (author), Kuramoto, Koji (author)
A desirable process for realizing a low-carbon society is the direct conversion of dilute CO2 from flue gases or air into highly concentrated hydrocarbons without a need for separate CO2 capture and purification processes. In this study, we investigated the performance of integrated CO2 capture and reduction to CH4 over Ni-based dual...
journal article 2021
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Rodriguez Angel, Elda (author)
This research provides insight into the implementation of CCS in industrial production from a consumer perspective (i.e., the cost impact on the final product). The impact of implementing CCS in two different industries (e.g., cement and steel) to produce a final product is analyzed. Also, this research provides insight into CCS implementation...
master thesis 2020
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Dowling, Rebecca (author)
Capturing CO2 directly from the atmosphere and subsequently using it to produce hydrocarbon fuels could help decrease mankind's reliance on fossil fuels and mitigate the risks of climate change. Zero Emission Fuels (ZEF) is developing a small-scale methanol plant, which utilizes atmospheric CO­2 and H2O vapor as feedstocks for renewable methanol...
master thesis 2020
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Serrano Barthe, Nuria (author)
CO2 concentration in the atmosphere is increasing leading to global warming and thus, climate change. Moreover, current renewable technologies such as wind or solar energy only cover the electricity market. A big part of the global energy market is still based on fossil fuels and difficult to electrify. Hence, there is an urgent need to produce...
master thesis 2019
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Carels, Ivo (author)
Zero Emission Fuels B.V. develops a standalone System that produces renewable methanol from air and sunlight. In this thesis the steady-state model of this System is replaced with a Simulation Tool that can predict its behaviour for every minute of a year. The goal is to verify how technical design parameters influence methanol production and to...
master thesis 2018
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Harsha, Shreyas (author)
The amine-based post combustion carbon capture process is one of the most advanced and preferred technologies to reduce CO2 emissions from point sources like power plants. The emissions of amine from capture plants is one of the biggest challenges faced by this technology. These emissions typically occur by means of aerosol/mist formation. To...
master thesis 2018
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Šavija, B. (author), Lukovic, M. (author)
Cement paste is known to react with atmospheric carbon dioxide. Carbonation of cement paste has long been recognized as one of the causes of reinforcement corrosion. On the other hand, carbonation causes numerous chemomechanical changes in the cement paste, most notably changes in strength, porosity, pore size distribution, and chemistry....
journal article 2016
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Ramdin, M. (author)
In this thesis, we investigated the potential of physical ILs for CO2 capture at pre-combustion and natural gas sweetening conditions. The performance of ILs with respect to conventional solvents is assessed in terms of gas solubilities and selectivities. The work discussed in this thesis consists of two parts. The first part deals with...
doctoral thesis 2015
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Balaji, S.P. (author)
The increase in concentrations of greenhouse gases is responsible for global warming over the past few years. A major portion of the emitted greenhouse gases contains carbon dioxide (CO2). The capture of carbon dioxide from the effluent sources, its transport, and storage has been identified as the most promising method to mitigate global...
doctoral thesis 2015
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Khakharia, P. (author)
Global greenhouse gas emissions, especially of CO2, have been increasing tremendously over the past century. This is known to cause not only an increase of temperature, but also a change in our climate. Along with a shift to renewable sources of energy, Carbon Capture and Storage is necessary to mitigate climate change. Power plants are the...
doctoral thesis 2015
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Wassink, J. (author)
TU Delft is heading a European research programme on CO2 capture, with a budget of €10 million. This could result in the first large-scale application of a new class of porous materials
journal article 2014
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Ramaker, B.C. (author)
The current need to reduce CO2 emission from power plant flue gas demands development of new and more energy efficient separation processes. Liquid crystals are a new class of solvents for CO2 absorption; making use of a solubility switch between two phases. Solubility of CO2 is higher in the isotropic liquid phase than in the structured liquid...
master thesis 2013
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De Kler, R.C.F. (author), Verbaan, M. (author), Goetheer, E.L.V. (author)
Currently the low carbon prices, low Spreads and regulatory uncertainties hampers the business cases for coal-fired power plants with post-combustion capture (PCC) in Europe. Improvement of the business case of coal-fired power plants with post combustion capture requires a different approach in terms of operational dispatch and in terms of...
journal article 2013
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Nair, S. (author)
Breakthrough innovations differ from incremental innovations in several ways. Probably the most important way in which they differ is in the level of uncertainty. Managers of breakthrough innovations need to work with high degrees of technological, market, and environmental uncertainties. TNO, which has developed a breakthrough carbon capture...
master thesis 2012
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Schach, M.O. (author), Oyarzun, B.A. (author), Schramm, H. (author), Schneider, R. (author), Repke, J.U. (author)
Processes for carbon capture and storage have the drawback of high energy demand. In this work the application of CO2 capture by anti-sublimation is analyzed. The process was simulated using Aspen Plus. Process description is accomplished by phase equilibria models which are able to reproduce the vapor-liquid and vapor-solid equilibria....
journal article 2011
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