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Title: Development of a management system for implementing the NEPA process in the Department of Energy. Technical progress report, March 1, 1978--February 28, 1979

Abstract

DOE'S numerous difficulties in responding to the National Environmental Policy Act have sometimes resulted in costly program delays. The Assistant Secretary for Environment commissioned this three-year project to develop a comprehensive approach to managing NEPA compliance agency-wide. The first year's effort resulted in the conceptual design described in this report. The approach used in the NEPA Management System (NMS) project included: analysis of DOE's basic functions to achieve its mission and their associated environmental requirements; analysis of existing DOE mechanisms for meeting these environmental requirements; development of potential approaches for improving the Department's response to NEPA. The issues and potential solutions presented are based on review and analysis of scores of DOE management guidance documents and interviews with hundreds of DOE personnel, both at headquarters and in the field. A six-part Conceptual Framework of the NMS was developed to organize the analysis and present its conclusions. Potentially responsive approaches to improve DOE's NEPA response include: early consideration of the environment in departmental policy making and regulations development; early, detailed planning for NEPA document preparation and review; integration of NEPA compliance activities with DOE procurement processes; institution of post-EIS mitigation and monitoring procedures; development of comprehensive guidance for all aspects ofmore » NEPA compliance. Conceptual approaches to solving each of these problems are presented as a basis for more detailed work in the second year.« less

Authors:
Publication Date:
Research Org.:
Dalton-Dalton-Little-Newport, Cleveland, OH (USA)
OSTI Identifier:
5942798
Report Number(s):
COO-4750-1
DOE Contract Number:
EP-78-C-02-4750
Resource Type:
Technical Report
Country of Publication:
United States
Language:
English
Subject:
29 ENERGY PLANNING, POLICY AND ECONOMY; ENVIRONMENTAL POLICY; NATIONAL ENVIRONMENTAL POLICY ACT; COMPLIANCE; US DOE; DECISION MAKING; ENFORCEMENT; MANAGEMENT; GOVERNMENT POLICIES; LAWS; NATIONAL ORGANIZATIONS; US ORGANIZATIONS; 293000* - Energy Planning & Policy- Policy, Legislation, & Regulation; 290300 - Energy Planning & Policy- Environment, Health, & Safety

Citation Formats

Rolan, R.G.. Development of a management system for implementing the NEPA process in the Department of Energy. Technical progress report, March 1, 1978--February 28, 1979. United States: N. p., 1979. Web. doi:10.2172/5942798.
Rolan, R.G.. Development of a management system for implementing the NEPA process in the Department of Energy. Technical progress report, March 1, 1978--February 28, 1979. United States. doi:10.2172/5942798.
Rolan, R.G.. Sun . "Development of a management system for implementing the NEPA process in the Department of Energy. Technical progress report, March 1, 1978--February 28, 1979". United States. doi:10.2172/5942798. https://www.osti.gov/servlets/purl/5942798.
@article{osti_5942798,
title = {Development of a management system for implementing the NEPA process in the Department of Energy. Technical progress report, March 1, 1978--February 28, 1979},
author = {Rolan, R.G.},
abstractNote = {DOE'S numerous difficulties in responding to the National Environmental Policy Act have sometimes resulted in costly program delays. The Assistant Secretary for Environment commissioned this three-year project to develop a comprehensive approach to managing NEPA compliance agency-wide. The first year's effort resulted in the conceptual design described in this report. The approach used in the NEPA Management System (NMS) project included: analysis of DOE's basic functions to achieve its mission and their associated environmental requirements; analysis of existing DOE mechanisms for meeting these environmental requirements; development of potential approaches for improving the Department's response to NEPA. The issues and potential solutions presented are based on review and analysis of scores of DOE management guidance documents and interviews with hundreds of DOE personnel, both at headquarters and in the field. A six-part Conceptual Framework of the NMS was developed to organize the analysis and present its conclusions. Potentially responsive approaches to improve DOE's NEPA response include: early consideration of the environment in departmental policy making and regulations development; early, detailed planning for NEPA document preparation and review; integration of NEPA compliance activities with DOE procurement processes; institution of post-EIS mitigation and monitoring procedures; development of comprehensive guidance for all aspects of NEPA compliance. Conceptual approaches to solving each of these problems are presented as a basis for more detailed work in the second year.},
doi = {10.2172/5942798},
journal = {},
number = ,
volume = ,
place = {United States},
year = {Sun Apr 01 00:00:00 EST 1979},
month = {Sun Apr 01 00:00:00 EST 1979}
}

Technical Report:

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  • In carrying out its mission, the Department of Energy is responsible for complying with both the broad policy goals and the procedural requirements of the National Environmental Policy Act (NEPA). The departmental unit charged with overseeing DOE conformance with NEPA and related environmental protection statutes is the Office of Environment (EV), whose Assistant Secretary (ASEV) establishes policies and procedures to assure that environmental considerations demonstrably influence agency decision processes at the policy, program, and project levels. In support of ASEV's mission, a comprehensive NEPA Management System (NMS), which would integrate NEPA policy requirements and the production of NEPA documents withmore » basic DOE functions and activities is being developed and tested. To the extent that this objective was achievable in the context of the Department's formative state, the NMS design was to simplify and regularize NEPA activities agency-wide and thereby permit ASEV and the NEPA Affairs Division (NAD/EV) to concentrate on the supervision of system function and specialized problem-solving. As a related management objective, the NMS was to clarify the NEPA-related roles of units within EV and the nature of their interactions with other elements of the Department. As a three-year effort, the development of the NEPA Management System is evolutionary. This report documents the progress made during the first project year and presents findings on the NEPA Management System design in terms of a six-part framework for its future development. In addition, the report treats key logistical considerations related to system implementation and provides an overview of work to be accomplished in the second project year.« less
  • Three-stage operation of the University of Pittsburgh accel-decel double tandem source of highly stripped ion beams is described. The system has produced O/sup 5 +/, O/sup 6 +/, O/sup 7 +/, and O/sup 8 +/ ions at specific energies as low as 15 keV per AMU. The design of the new decelerator tubes is discussed. The present performance and limitations of the overall system are outlined. Some new charge exchange cross sections have been measured, for combined higher ion charge states and lower ion energies than heretofore was possible. Future four-stage operation with very heavy ions is considered.
  • Three-stage operation of the University of Pittsburgh accel-decel double tandem source of highly stripped ion beams is described. The system has produced 0/sup 5 +/, 0/sup 6 +/, 0/sup 7 +/, and 0/sup 8 +/ ions at specific energies as low as 15 keV per AMU. The design of the new decelerator tubes is discussed. The present performance and limitations of the overall system are outlined. Some new charge exchange cross sections have been measured, for combined higher ion charge states and lower ion energies than heretofore was possible. Future four-stage operation with very heavy ions is considered.
  • February 28, 1979 marks the end of the second year of work on the BX In Situ Oil Shale Project. Work accomplished during the year included the drilling and testing of all project injection and production wells; the installation and construction of project surface facilities; the installation and construction of laboratory research equipment; and the implementation of an environmental monitoring plan at the Project site.
  • The purpose of this project is to select and upgrade solar energy storage models, incorporate these models into a computer simulation, validate the model with comparisons to measured data, and make these models available for use by engineering and architectural organizations. Progress is reported. The rock bed model selected for validation was further explored and compared to test data. Correlation with data from different experiments is showing improvement over the correlations reported in the last six month progress report. The present model is considered acceptable at this time but more confirmation of its accuracy would be desirable. Two more watermore » tank models have been obtained, one from the University of Alabama and one from Colorada State University (CSU). Work has continued with model testing, validation and evaluation. Additional laboratory test data on water tank performance has been obtained. Some significant improvements have been made in the SOLSYS algorithm resulting in a more powerful simulation tool referred to as the Extended SOLSYS Model. That and the CSU model have been selected for streamlining and for incorporation into TRNSYS. (WHK)« less