As a result of the work carried out in Phases I and II, the Kinetic Extruder was selected for further development during Phase III. Design studies were performed to identify components of the Kinetic Extruder which had an important impact on performance. These components were optimized and subjected to testing in the coal feeder test loop. The improved components were incorporated in the design of the Kinetic Extruder, Model No. 3, which was successfully tested up to 400 psig. The Kinetic Extruder Model No. 4 was designed to incorporate low differential pressure seals and provision for fluidic turndown control. This machine is ready for testing and engineering evaluation
The project goal is to develop an advanced coal beneficiation technology that can achieve high recov...
The US Department of Energy's Pittsburgh Energy Technology Center (PETC) is actively pursuing the de...
The project goal is to develop an advanced coal beneficiation technology that can achieve high recov...
This report describes the work done under Phase I, the moisture tolerance testing of the Kinetic Ext...
ABB CE is evaluating alternate methods of coal feed across a pressure barrier for its pressurized co...
This report summarizes the results of the Phase III of the Coal Feeder Development Program carried o...
The pilot-scale piston-feeder development is progressing satisfactorily and should proceed as planne...
The overall objective of this project is the development of a mechanical rotary-disk feeder, known a...
This report details the performance of Phase II: Verification Tests of the Conspray dynamic sleeve p...
Based on studies that indicated a large potential for significantly increased coal-firing in the com...
The project goal is to develop an advanced coal beneficiation technology that can achieve high recov...
The present report is a summary of the activities in February and March 1995. The primary activities...
The project goal is to develop an advanced coal beneficiation technology that can achieve high recov...
The objective of this project is to retrofit the previously developed High Efficiency Advanced Coal ...
This research program is concerned with the development of a new form of feeder, known as the Stamet...
The project goal is to develop an advanced coal beneficiation technology that can achieve high recov...
The US Department of Energy's Pittsburgh Energy Technology Center (PETC) is actively pursuing the de...
The project goal is to develop an advanced coal beneficiation technology that can achieve high recov...
This report describes the work done under Phase I, the moisture tolerance testing of the Kinetic Ext...
ABB CE is evaluating alternate methods of coal feed across a pressure barrier for its pressurized co...
This report summarizes the results of the Phase III of the Coal Feeder Development Program carried o...
The pilot-scale piston-feeder development is progressing satisfactorily and should proceed as planne...
The overall objective of this project is the development of a mechanical rotary-disk feeder, known a...
This report details the performance of Phase II: Verification Tests of the Conspray dynamic sleeve p...
Based on studies that indicated a large potential for significantly increased coal-firing in the com...
The project goal is to develop an advanced coal beneficiation technology that can achieve high recov...
The present report is a summary of the activities in February and March 1995. The primary activities...
The project goal is to develop an advanced coal beneficiation technology that can achieve high recov...
The objective of this project is to retrofit the previously developed High Efficiency Advanced Coal ...
This research program is concerned with the development of a new form of feeder, known as the Stamet...
The project goal is to develop an advanced coal beneficiation technology that can achieve high recov...
The US Department of Energy's Pittsburgh Energy Technology Center (PETC) is actively pursuing the de...
The project goal is to develop an advanced coal beneficiation technology that can achieve high recov...