The Experts below are selected from a list of 10221 Experts worldwide ranked by ideXlab platform
Edward Pan - One of the best experts on this subject based on the ideXlab platform.
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scoping studies to evaluate the benefits of an advanced Dry Feed System on the use of low rank coal
2012Co-Authors: Jeff Rader, Kelly Danielle Aguilar, Derek Leslie Aldred, Ronald Keith Chadwick, Satyadileep Dara, Victor Henson, Tom Leininger, Pawel Liber, Benito Nakazono, Edward PanAbstract:This report describes the development of the design of an advanced Dry Feed System that was carried out under Task 4.0 of Cooperative Agreement DE-FE0007902 with the US DOE, “Scoping Studies to Evaluate the Benefits of an Advanced Dry Feed System on the use of Low- Rank Coal.” The resulting design will be used for the advanced technology IGCC case with 90% carbon capture for sequestration to be developed under Task 5.0 of the same agreement. The scope of work covered coal preparation and Feeding up through the gasifier injector. Subcomponents have been broken down into Feed preparation (including grinding and Drying), low pressure conveyance, pressurization, high pressure conveyance, and injection. Pressurization of the coal Feed is done using Posimetric1 Feeders sized for the application. In addition, a secondary Feed System is described for preparing and Feeding slag additive and recycle fines to the gasifier injector. This report includes information on the basis for the design, requirements for down selection of the key technologies used, the down selection methodology and the final, down selected design for the Posimetric Feed System, or PFS.
Jeff Rader - One of the best experts on this subject based on the ideXlab platform.
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scoping studies to evaluate the benefits of an advanced Dry Feed System on the use of low rank coal
2012Co-Authors: Jeff Rader, Kelly Danielle Aguilar, Derek Leslie Aldred, Ronald Keith Chadwick, Satyadileep Dara, Victor Henson, Tom Leininger, Pawel Liber, Benito Nakazono, Edward PanAbstract:This report describes the development of the design of an advanced Dry Feed System that was carried out under Task 4.0 of Cooperative Agreement DE-FE0007902 with the US DOE, “Scoping Studies to Evaluate the Benefits of an Advanced Dry Feed System on the use of Low- Rank Coal.” The resulting design will be used for the advanced technology IGCC case with 90% carbon capture for sequestration to be developed under Task 5.0 of the same agreement. The scope of work covered coal preparation and Feeding up through the gasifier injector. Subcomponents have been broken down into Feed preparation (including grinding and Drying), low pressure conveyance, pressurization, high pressure conveyance, and injection. Pressurization of the coal Feed is done using Posimetric1 Feeders sized for the application. In addition, a secondary Feed System is described for preparing and Feeding slag additive and recycle fines to the gasifier injector. This report includes information on the basis for the design, requirements for down selection of the key technologies used, the down selection methodology and the final, down selected design for the Posimetric Feed System, or PFS.
Kelly Danielle Aguilar - One of the best experts on this subject based on the ideXlab platform.
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scoping studies to evaluate the benefits of an advanced Dry Feed System on the use of low rank coal
2012Co-Authors: Jeff Rader, Kelly Danielle Aguilar, Derek Leslie Aldred, Ronald Keith Chadwick, Satyadileep Dara, Victor Henson, Tom Leininger, Pawel Liber, Benito Nakazono, Edward PanAbstract:This report describes the development of the design of an advanced Dry Feed System that was carried out under Task 4.0 of Cooperative Agreement DE-FE0007902 with the US DOE, “Scoping Studies to Evaluate the Benefits of an Advanced Dry Feed System on the use of Low- Rank Coal.” The resulting design will be used for the advanced technology IGCC case with 90% carbon capture for sequestration to be developed under Task 5.0 of the same agreement. The scope of work covered coal preparation and Feeding up through the gasifier injector. Subcomponents have been broken down into Feed preparation (including grinding and Drying), low pressure conveyance, pressurization, high pressure conveyance, and injection. Pressurization of the coal Feed is done using Posimetric1 Feeders sized for the application. In addition, a secondary Feed System is described for preparing and Feeding slag additive and recycle fines to the gasifier injector. This report includes information on the basis for the design, requirements for down selection of the key technologies used, the down selection methodology and the final, down selected design for the Posimetric Feed System, or PFS.
Derek Leslie Aldred - One of the best experts on this subject based on the ideXlab platform.
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scoping studies to evaluate the benefits of an advanced Dry Feed System on the use of low rank coal
2012Co-Authors: Jeff Rader, Kelly Danielle Aguilar, Derek Leslie Aldred, Ronald Keith Chadwick, Satyadileep Dara, Victor Henson, Tom Leininger, Pawel Liber, Benito Nakazono, Edward PanAbstract:This report describes the development of the design of an advanced Dry Feed System that was carried out under Task 4.0 of Cooperative Agreement DE-FE0007902 with the US DOE, “Scoping Studies to Evaluate the Benefits of an Advanced Dry Feed System on the use of Low- Rank Coal.” The resulting design will be used for the advanced technology IGCC case with 90% carbon capture for sequestration to be developed under Task 5.0 of the same agreement. The scope of work covered coal preparation and Feeding up through the gasifier injector. Subcomponents have been broken down into Feed preparation (including grinding and Drying), low pressure conveyance, pressurization, high pressure conveyance, and injection. Pressurization of the coal Feed is done using Posimetric1 Feeders sized for the application. In addition, a secondary Feed System is described for preparing and Feeding slag additive and recycle fines to the gasifier injector. This report includes information on the basis for the design, requirements for down selection of the key technologies used, the down selection methodology and the final, down selected design for the Posimetric Feed System, or PFS.
Ronald Keith Chadwick - One of the best experts on this subject based on the ideXlab platform.
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scoping studies to evaluate the benefits of an advanced Dry Feed System on the use of low rank coal
2012Co-Authors: Jeff Rader, Kelly Danielle Aguilar, Derek Leslie Aldred, Ronald Keith Chadwick, Satyadileep Dara, Victor Henson, Tom Leininger, Pawel Liber, Benito Nakazono, Edward PanAbstract:This report describes the development of the design of an advanced Dry Feed System that was carried out under Task 4.0 of Cooperative Agreement DE-FE0007902 with the US DOE, “Scoping Studies to Evaluate the Benefits of an Advanced Dry Feed System on the use of Low- Rank Coal.” The resulting design will be used for the advanced technology IGCC case with 90% carbon capture for sequestration to be developed under Task 5.0 of the same agreement. The scope of work covered coal preparation and Feeding up through the gasifier injector. Subcomponents have been broken down into Feed preparation (including grinding and Drying), low pressure conveyance, pressurization, high pressure conveyance, and injection. Pressurization of the coal Feed is done using Posimetric1 Feeders sized for the application. In addition, a secondary Feed System is described for preparing and Feeding slag additive and recycle fines to the gasifier injector. This report includes information on the basis for the design, requirements for down selection of the key technologies used, the down selection methodology and the final, down selected design for the Posimetric Feed System, or PFS.
