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Title: AFWIS/Project 6000 integration plan: Interim draft

Abstract

This is an update to the Preliminary Systems Integration Plan (ORNL/TM-9607) issued June 1985. This AFWIS Integration Plan is intended to provide an explanation of the Air Force's AFWIS/Project 6000 Programs that the Martin Marietta Energy System's Data Systems Research and Development (DSRD) Program is currently directing. As a complement to the work which has been undertaken and to ensure acceptance of the Energy Systems approach to the AFWIS/Project 6000 programs, this document is intended to describe the work and strategy to DOE, Energy Systems, and other interested parties.

Authors:
Publication Date:
Research Org.:
Oak Ridge National Lab., TN (USA)
OSTI Identifier:
7043814
Report Number(s):
ORNL/DSRD/TM-1
ON: DE87002989
DOE Contract Number:
AC05-84OR21400
Resource Type:
Technical Report
Country of Publication:
United States
Language:
English
Subject:
99 GENERAL AND MISCELLANEOUS//MATHEMATICS, COMPUTING, AND INFORMATION SCIENCE; US DOD; MANAGEMENT; AUTOMATION; MILITARY STRATEGY; NATIONAL ORGANIZATIONS; US ORGANIZATIONS; 990100* - Management

Citation Formats

Loebl, A.S. AFWIS/Project 6000 integration plan: Interim draft. United States: N. p., 1986. Web.
Loebl, A.S. AFWIS/Project 6000 integration plan: Interim draft. United States.
Loebl, A.S. Wed . "AFWIS/Project 6000 integration plan: Interim draft". United States. doi:.
@article{osti_7043814,
title = {AFWIS/Project 6000 integration plan: Interim draft},
author = {Loebl, A.S.},
abstractNote = {This is an update to the Preliminary Systems Integration Plan (ORNL/TM-9607) issued June 1985. This AFWIS Integration Plan is intended to provide an explanation of the Air Force's AFWIS/Project 6000 Programs that the Martin Marietta Energy System's Data Systems Research and Development (DSRD) Program is currently directing. As a complement to the work which has been undertaken and to ensure acceptance of the Energy Systems approach to the AFWIS/Project 6000 programs, this document is intended to describe the work and strategy to DOE, Energy Systems, and other interested parties.},
doi = {},
journal = {},
number = ,
volume = ,
place = {United States},
year = {Wed Oct 01 00:00:00 EDT 1986},
month = {Wed Oct 01 00:00:00 EDT 1986}
}

Technical Report:
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  • This document is a comprehensive, multiple exposure pathway, human health risk assessment prepared for the proposed Basin F Liquid Incineration Project. The submerged quench incinerator will treat Basin F liquid and hydrazine rinse water. The objective of the risk assessment is to establish chemical emission limits which are protective of human health. Average and maximum lifetime daily intakes were calculated for adults, children, and infants in four maximum exposure scenarios under base case and sensitivity case emissions condition. It was concluded that the incineration facility poses neither carcinogenic nor noncarcinogenic risk to any sensitive population. The assessment is divided into:more » (1) Incineration facility description; (2) Description of surrounding area; (3) Process of pollutant identification and selection; and (4) Determination of emission rates from incineration facility.« less
  • This document is a comprehensive, multiple exposure pathway, human health risk assessment prepared for the Basin F Liquid interim response action. The objective of the risk assessment is to establish chemical emission limits for the incineration of Basin F Liquids which are protective of human health. All possible direct and indirect exposure pathways and sensitive subpopulations were examined. It was concluded that the incineration facility poses neither carcinogenic nor noncarcinogenic risk to any sensitive population. The assessment is divided into the following sections: (1) incineration facility description; (2) description of surrounding area; (3) process of pollutant identification and selection; (4)more » determination of emission rates from incineration facility; (5) air quality and deposition modeling analysis; and (6) determination of key pathways and pollutants.« less
  • This document is a comprehensive, multiple exposure pathway, human health risk assessment prepared for the Basin F Liquid interim response action. The objective of the risk assessment is to establish chemical emission limits for the incineration of Basin F Liquids which are protective of human health. All possible direct and indirect exposure pathways and sensitive of human health. All possible direct and indirect exposure pathways and sensitive subpopulations were examined. It was concluded that the incineration facility poses neither carcinogenic nor noncarcinogenic risk to any sensitive population. The assessment is divided into the following sections: (1) incineration facility description; (2)more » description of surrounding area; (3) process of pollutant identification and selection; (4) determination of emission rates from incineration facility; (5) air quality and deposition modeling analysis; and (6) determination of key pathways and pollutants.« less
  • This document is a comprehensive, multiple exposure pathway, human health risk assessment prepared for the proposed Basin F Liquid Incineration Project. The submerged quench incinerator will treat Basin F liquid and hydrazine rinse water. The objective of the risk assessment is to establish chemical emission limits which are protective of human health. Average and maximum lifetime daily intakes were calculated for adults, children, and infants in four maximum exposure scenarios under base case and sensitivity case emissions condition. It was concluded that the incineration facility poses neither carcinogenic nor noncarcinogenic risk to any sensitive population. The assessment is divided into:more » (1) Incineration facility description; (2) Description of surrounding area; (3) Process of pollutant identification and selection; and (4) Determination of emission rates from incineration facility.« less
  • This document is a comprehensive, multiple exposure pathway, human health risk assessment prepared for the proposed Basin F Liquid Incineration Project. The submerged quench incinerator will treat Basin F liquid and hydrazine rinse water. The objective of the risk assessment is to establish chemical emission limits which are protective of human health. Average and maximum lifetime daily intakes were calculated for adults, children, and infants in four maximum exposure scenarios under base case and sensitivity case emissions condition. It was concluded that the incineration facility poses neither carcinogenic nor noncarcinogenic risk to any sensitive population. The assessment is divided into:more » (1) Incineration facility description; (2) description of surrounding area; (3) process of pollutant identification and selection; and (4) determination of emission rates from incineration facility.« less