Chris Hendriks - Academia.edu (original) (raw)
Papers by Chris Hendriks
Energy Procedia, 2013
ABSTRACT A detailed analysis is presented of the short and medium term development of CCS in The ... more ABSTRACT 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 regions, the Rotterdam harbour area and the Eemshaven area in the north of the country. Individual emitters in both regions were approached to obtain realistic growth profiles for captured volumes. This paper explores the cost of transport and offshore storage of CO2 and explores the benefits of the two regions in joining their storage efforts. Further work is ongoing and will focus on the CCS value chain, to provide the emitters with insight in the cost structure of transport and storage. Furthermore, the study will provide the basis for a national CCS implementation plan.
Energy Procedia, 2011
Deep reductions of greenhouse gas emissions in the automotive sector are difficult and often rega... more Deep reductions of greenhouse gas emissions in the automotive sector are difficult and often regarded as expensive. Use of ethanol from bio-resources is a potential way to reduce emissions. Ethanol produced from wheat typically reduces greenhouse gas emission by ...
Energy Procedia, 2011
The offshore gas fields in The Netherlands provide a storage capacity of about 1 Gt, which will b... more The offshore gas fields in The Netherlands provide a storage capacity of about 1 Gt, which will become available over the next few decades. Existing production facilities may be re-used for injection. Uncertainties in storage capacity, injection rates and time of availability require an analysis of the feasibility of storing CO2 at the rates currently projected for the period 2015–2050. This
Energy Conversion and Management, 1996
Energy Conversion and Management, 1992
Energy & Environment, 1994
Carbon dioxide can be recovered from the coal gas of an integrated coal gasifier combined cycle p... more Carbon dioxide can be recovered from the coal gas of an integrated coal gasifier combined cycle power plant (ICGCC). In an ICGCC coal is converted to an intermediate coal gas from which the carbon can be recovered in three steps: (i) conversion of the carbon monoxide to carbon dioxide, (ii) extraction of the carbon dioxide by a physical absorption process
Energy & Environment, 1994
To reduce the emission of carbon dioxide from a conventional coal-fired power plant, carbon dioxi... more To reduce the emission of carbon dioxide from a conventional coal-fired power plant, carbon dioxide can be separated from the flue gases by using polymer membranes. In this chapter a theoretical investigation into the technological and economic outlook of this option is described. At present the best types of membranes available for separating carbon dioxide from nitrogen are non-porous polymer
Energy & Environment, 1994
Carbon dioxide can be recovered from the coal gas of an integrated coal gasifier combined cycle p... more Carbon dioxide can be recovered from the coal gas of an integrated coal gasifier combined cycle power plant (ICGCC). In an ICGCC coal is converted to an intermediate coal gas from which the carbon can be recovered in three steps: (i) conversion of the carbon monoxide to carbon dioxide, (ii) extraction of the carbon dioxide by a physical absorption process
Energy & Environment, 1994
Energy & Environment, 1994
Energy & Environment, 1994
Energy & Environment, 1994
To reduce the emission of carbon dioxide from a conventional coal-fired power plant, carbon dioxi... more To reduce the emission of carbon dioxide from a conventional coal-fired power plant, carbon dioxide can be separated from the flue gases by using polymer membranes. In this chapter a theoretical investigation into the technological and economic outlook of this option is described. At present the best types of membranes available for separating carbon dioxide from nitrogen are non-porous polymer
Energy & Environment, 1994
Energy & Environment, 1994
... Carbon dioxide removal from coal-fired power plants. Post a Comment. CONTRIBUTORS: ... VOLUME... more ... Carbon dioxide removal from coal-fired power plants. Post a Comment. CONTRIBUTORS: ... VOLUME/EDITION: Volume 1. PAGES (INTRO/BODY): x, 233 p. SUBJECT(S): Carbon dioxide; Flue gases; Coal-fired power plants; Environmental aspects; Purification; Waste disposal. ...
Carbon Capture and Storage (CCS) could play a significant role in curbing the CO2 emissions of th... more Carbon Capture and Storage (CCS) could play a significant role in curbing the CO2 emissions of the Dutch economy. In this study we explore the economic value that CCS research, development and deployment (RD&D) could bring to the Netherlands. We focus on the innovations in CCS technologies or services to understand and estimate what long-term cost savings can be achieved by investing in CCS RD&D. We also investigate the potential value to the Dutch economy if enterprises in the CCS value chain could attain a significant domestic and export market and thereby creating economic benefits in the form of turnover, value added and employment.
Energy Procedia, 2013
ABSTRACT A detailed analysis is presented of the short and medium term development of CCS in The ... more ABSTRACT 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 regions, the Rotterdam harbour area and the Eemshaven area in the north of the country. Individual emitters in both regions were approached to obtain realistic growth profiles for captured volumes. This paper explores the cost of transport and offshore storage of CO2 and explores the benefits of the two regions in joining their storage efforts. Further work is ongoing and will focus on the CCS value chain, to provide the emitters with insight in the cost structure of transport and storage. Furthermore, the study will provide the basis for a national CCS implementation plan.
Energy Procedia, 2011
Deep reductions of greenhouse gas emissions in the automotive sector are difficult and often rega... more Deep reductions of greenhouse gas emissions in the automotive sector are difficult and often regarded as expensive. Use of ethanol from bio-resources is a potential way to reduce emissions. Ethanol produced from wheat typically reduces greenhouse gas emission by ...
Energy Procedia, 2011
The offshore gas fields in The Netherlands provide a storage capacity of about 1 Gt, which will b... more The offshore gas fields in The Netherlands provide a storage capacity of about 1 Gt, which will become available over the next few decades. Existing production facilities may be re-used for injection. Uncertainties in storage capacity, injection rates and time of availability require an analysis of the feasibility of storing CO2 at the rates currently projected for the period 2015–2050. This
Energy Conversion and Management, 1996
Energy Conversion and Management, 1992
Energy & Environment, 1994
Carbon dioxide can be recovered from the coal gas of an integrated coal gasifier combined cycle p... more Carbon dioxide can be recovered from the coal gas of an integrated coal gasifier combined cycle power plant (ICGCC). In an ICGCC coal is converted to an intermediate coal gas from which the carbon can be recovered in three steps: (i) conversion of the carbon monoxide to carbon dioxide, (ii) extraction of the carbon dioxide by a physical absorption process
Energy & Environment, 1994
To reduce the emission of carbon dioxide from a conventional coal-fired power plant, carbon dioxi... more To reduce the emission of carbon dioxide from a conventional coal-fired power plant, carbon dioxide can be separated from the flue gases by using polymer membranes. In this chapter a theoretical investigation into the technological and economic outlook of this option is described. At present the best types of membranes available for separating carbon dioxide from nitrogen are non-porous polymer
Energy & Environment, 1994
Carbon dioxide can be recovered from the coal gas of an integrated coal gasifier combined cycle p... more Carbon dioxide can be recovered from the coal gas of an integrated coal gasifier combined cycle power plant (ICGCC). In an ICGCC coal is converted to an intermediate coal gas from which the carbon can be recovered in three steps: (i) conversion of the carbon monoxide to carbon dioxide, (ii) extraction of the carbon dioxide by a physical absorption process
Energy & Environment, 1994
Energy & Environment, 1994
Energy & Environment, 1994
Energy & Environment, 1994
To reduce the emission of carbon dioxide from a conventional coal-fired power plant, carbon dioxi... more To reduce the emission of carbon dioxide from a conventional coal-fired power plant, carbon dioxide can be separated from the flue gases by using polymer membranes. In this chapter a theoretical investigation into the technological and economic outlook of this option is described. At present the best types of membranes available for separating carbon dioxide from nitrogen are non-porous polymer
Energy & Environment, 1994
Energy & Environment, 1994
... Carbon dioxide removal from coal-fired power plants. Post a Comment. CONTRIBUTORS: ... VOLUME... more ... Carbon dioxide removal from coal-fired power plants. Post a Comment. CONTRIBUTORS: ... VOLUME/EDITION: Volume 1. PAGES (INTRO/BODY): x, 233 p. SUBJECT(S): Carbon dioxide; Flue gases; Coal-fired power plants; Environmental aspects; Purification; Waste disposal. ...
Carbon Capture and Storage (CCS) could play a significant role in curbing the CO2 emissions of th... more Carbon Capture and Storage (CCS) could play a significant role in curbing the CO2 emissions of the Dutch economy. In this study we explore the economic value that CCS research, development and deployment (RD&D) could bring to the Netherlands. We focus on the innovations in CCS technologies or services to understand and estimate what long-term cost savings can be achieved by investing in CCS RD&D. We also investigate the potential value to the Dutch economy if enterprises in the CCS value chain could attain a significant domestic and export market and thereby creating economic benefits in the form of turnover, value added and employment.