The Industrial Fuel Gas Demonstration Plant Program (MLGW/DOE), Contract ET-77-C-01-2582, has been slowed due to lack of an adequate data base for demonstration plant design. This design data base is to be developed by Institute of Gas Technology (IGT) at their U-GAS pilot plant. While initial data and operating results from the pilot plant have been encouraging, ash-balanced operation with coal using the technique of ash agglomeration has proven to be more difficult than originally envisioned. Ash must be removed from the gasifier at the same rate as it is being fed to achieve overall ash balance. Adequate ash balance has been achieved by bed withdrawal, but in order to attain high levels of carbon utilization, preferential removal of high...
The plant will utilize fixed bed, stirred, two stage gasifiers. The lower stage will be a standard g...
At the outset of Contract No. ET-77-C-01-2582, it was recognized that most but not all natural gas c...
This report presents the results of Task I of Phase I in the form of a Conceptual Design and Evaluat...
This document is the second of a two-volume Overall Program Plan for rescheduling Task IX (Technical...
One area of the Industrial Fuel Gas Demonstration-Plant Program requiring major technical support is...
The objective of the Industrial Fuel Gas Demonstration Plant Program is to demonstrate the feasibili...
The United States Department of Energy (DOE) executed a contract with Memphis Light, Gas and Water D...
Work during the July-September period was concentrated on the preparation of the Task I report. The ...
The Demo Plant Operating Plan is composed of the following sequence of events starting with the trai...
This report presents a Conceptual Design and Evaluation of Commercial Plant report in four volumes a...
Efforts of Task VI - Materials, Agreements, and Licenses for the Demonstration plant, Phase I involv...
Three approaches to pretreatment for the Industrial Fuel Gas Demonstration Plant project in the Inst...
A new pilot plant program developed by DOE and the team members, was started on September 20, 1978. ...
A major problem which arose during the reporting period was that of the completion of the required e...
The IFG plant will convert 3160 tons per day of high-sulfur coal to produce 175 million cubic feet o...
The plant will utilize fixed bed, stirred, two stage gasifiers. The lower stage will be a standard g...
At the outset of Contract No. ET-77-C-01-2582, it was recognized that most but not all natural gas c...
This report presents the results of Task I of Phase I in the form of a Conceptual Design and Evaluat...
This document is the second of a two-volume Overall Program Plan for rescheduling Task IX (Technical...
One area of the Industrial Fuel Gas Demonstration-Plant Program requiring major technical support is...
The objective of the Industrial Fuel Gas Demonstration Plant Program is to demonstrate the feasibili...
The United States Department of Energy (DOE) executed a contract with Memphis Light, Gas and Water D...
Work during the July-September period was concentrated on the preparation of the Task I report. The ...
The Demo Plant Operating Plan is composed of the following sequence of events starting with the trai...
This report presents a Conceptual Design and Evaluation of Commercial Plant report in four volumes a...
Efforts of Task VI - Materials, Agreements, and Licenses for the Demonstration plant, Phase I involv...
Three approaches to pretreatment for the Industrial Fuel Gas Demonstration Plant project in the Inst...
A new pilot plant program developed by DOE and the team members, was started on September 20, 1978. ...
A major problem which arose during the reporting period was that of the completion of the required e...
The IFG plant will convert 3160 tons per day of high-sulfur coal to produce 175 million cubic feet o...
The plant will utilize fixed bed, stirred, two stage gasifiers. The lower stage will be a standard g...
At the outset of Contract No. ET-77-C-01-2582, it was recognized that most but not all natural gas c...
This report presents the results of Task I of Phase I in the form of a Conceptual Design and Evaluat...