Searched for: author%3A%22Loeve%2C+D.%22
(1 - 17 of 17)
document
Wildenborg, T. (author), Loeve, D. (author), Neele, F. (author)
A plan was developed for large-scale transport and storage of CO2, inspired by the measures in The Netherlands Climate Agreement to reduce greenhouse gas emissions to the atmosphere. The main focus was on reduction of CO2 emissions captured from large industrial sources in the Rotterdam harbour area (Rijnmond region). CO2 storage potential is...
article 2022
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Neele, F.P. (author), Wildenborg, T. (author), Geel, K. (author), Loeve, D. (author), Peters, L. (author), Kahrobaei, S. (author), Candela, T. (author), Koenen, M. (author), Hopmans, P. (author), van der Valk, K. (author), Orlic, B. (author), Vandeweijer, V. (author)
This study presents the results from a CO2 storage feasibility study on the P18-depleted gas field that is located in the Netherlands offshore. The aim of the study was to understand the risks associated with injecting CO2 into the field, to outline injection strategies that lead to safe and secure storage and, finally, to propose an approach to...
report 2020
document
Neele, F.P. (author), de Kler, R.C.F. (author), Nienoord, M. (author), Brownsort, P. (author), Koornneef, J.M. (author), Belfroid, S.P.C. (author), Peters, E. (author), van Wijhe, A. (author), Loeve, D. (author)
This paper presents the results of a study into the functional requirements and optimisation of the CO2 shipping chain, with a focus on the offshore offloading system. The goal was to evaluate the feasibility of a generic approach to the development of ship-based CO2 transport and storage systems in the North Sea, using a range of typical North...
article 2017
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Waldmann, S. (author), Hofstee, C. (author), Koenen, M. (author), Loeve, D. (author)
Geological storage of captured CO2, which typically will contain certain amounts of impurities, in salineaquifers is of potential to reduce greenhouse gas emissions into the atmosphere. The co-injection of theimpurity SO2has an effect on the chemical reactivity of the fluid and solid phases as well as on the physicalbehaviour of the CO2plume. To...
article 2016
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Veldkamp, J.G. (author), Loeve, D. (author), Peters, E. (author), Nair, R. (author), Pizzocolo, F. (author), Wilschut, F. (author)
report 2016
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Loeve, D. (author), Veldkamp, J.G. (author), Peters, E. (author), van Wees, J.D.A.M. (author)
In the production well of a low-enthalpy geothermal doublet hot water is pumped from reservoirs at about 50-1007deg;C. After passing through a heat exchanger, the cold water is re-injected at about 20-357deg;C in the injection well into the reservoir, which initially has the same temperature as the produced water. Under some circumstances, this...
conference paper 2015
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Peters, E. (author), Egberts, P.J.P. (author), Loeve, D. (author), Hofstee, C. (author)
Geological storage of CO2 in large, saline aquifers needs to be monitored for safety purposes. In particular the observation of the pressure behavior of a storage site is relevant for the indication of CO2 leakage. However, interpretation of observed pressure is not straightforward in these systems, due to the large number of natural processes...
article 2015
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Tambach, T.J. (author), Loeve, D. (author), Hofstee, C. (author), Plug, W.J. (author), Maas, J.G. (author)
This paper reports modeling of gas field production and CO2 injection in a theoretical reservoir based on characteristics of the P18 gas field in the Dutch offshore, which consists of four geological deposits with different petrophysical properties. We especially focus on the brine flow during and after exploitation of the reservoir, which...
article 2014
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Loeve, D. (author), Hofstee, C. (author), Maas, J.G. (author)
Depleted gas fields are seen as promising options for geological storage of CO2. The advantage of hydrocarbon fields are that the characteristics, such as the storage capacity and the proven sealing capacity are known. This means that only limited uncertainty remains after a technical feasibility study. One important issue with depleted gas...
conference paper 2014
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Loeve, D. (author), Bos, C. (author), Chitu, A. (author), Loveseth, S. (author), Wahl, P.E. (author), Coussy, P. (author), Eickhoff, C. (author)
The ECCO Tool [1, 2] has been developed in the “ECCO – European value chain for CO2” project [3]. ECCO was a collaborating project under the 7th framework programme for research of the EU. The ECCO Tool is a software program designed to evaluate quantitatively the post-tax economics of Carbon Capture and Storage (CCS) projects for each of the...
article 2013
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Hofstee, C. (author), Maas, J.H. (author), Loeve, D. (author)
The P18-4 compartment (operated by TAQA Energy B.V.) would be injected by CO2 at a minimum temperature of 12 degrees C. At these temperatures, the CO2 phase will either be a gas or a liquid. As the initial temperature of the reservoir is 120 oC, the CO2 will eventually be the gaseous or (at higher pressures), the supercritical phase. An...
conference paper 2013
document
Loeve, D. (author), Neele, F.P. (author)
A detailed analysis is presented of the short and medium term development of CCS in The Netherlands. Scenarios for CCS development were constructed by combining the most recent estimates of offshore storage capacity, for both depleted gas fields and saline formations, with expected timing and volumes of captured CO2 from two industrialised...
article 2013
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Loeve, D. (author), Neele, F. (author), Hendriks, C. (author), Koornneef, J. (author)
A detailed analysis is presented of the short and medium term development of CCS in The Netherlands. Scenarios for CCS development were constructed by combining the most recent estimates of offshore storage capacity, for both depleted gas fields and saline formations, with expected timing and volumes of captured CO2 from two industrialised...
article 2013
document
Peters, E. (author), Pizzocolo, F. (author), Loeve, D. (author), Fokker, P.A. (author), Hofstee, C. (author), Orlic, B. (author), Maas, J.G. (author)
CO2 storage is planned in a depleted gas field called P18, which is located offshore in the vicinity of the Dutch coast. This project is also known as the ROAD project, which is the Rotterdam capture and storage demonstration project. In the P18-4 compartment, cold CO2 will be injected into a formation with a temperature of 120°C. Cooling of the...
article 2013
document
Loeve, D. (author), Hofstee, C. (author), Maas, J.G. (author)
Depleted gas fields are seen as promising options for geological storage of CO2. The advantage of hydrocarbon fields are that the characteristics, such as the storage capacity and the proven sealing capacity are known. This means that only limited uncertainty remains after a technical feasibility study. One important issue with depleted gas...
article 2013
document
Arts, R.J. (author), Vandeweijer, V.P. (author), Hofstee, C. (author), Pluymaekers, M.P.D. (author), Loeve, D. (author), Kopp, A. (author), Plug, W.J. (author)
Near the coast of Rotterdam CO 2 storage in the depleted P18-4 gas field is planned to start in 2015 as one of the six selected European demonstration projects under the European Energy Programme for Recovery (EEPR). This project is referred to as the ROAD project. ROAD (a Dutch acronym for Rotterdam Capture and Storage Demonstration project) is...
article 2012
document
Loeve, D. (author), Tambach, T.J. (author), Hofstee, C. (author), Plug, W.J. (author), Maas, J. (author)
This paper reports modeling of gas field produc-tion and CO2 injection from a theoretical reser-voir based on characteristics of the P18 gas field in the Dutch offshore, which consists of four geological deposits with different petrophysical properties. We especially focus on the brine flow during and after exploitation of the reservoir, which...
conference paper 2012
Searched for: author%3A%22Loeve%2C+D.%22
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