Power and Energy Commons^™

Day 3. Wednesday, August 13, 2003: Coalbed Methane Development, University Of Colorado Boulder. Natural Resources Law Center

Energy Field Tour 2003 (August 11-16)

10 pages (includes color illustrations and maps).

Day 2. Tuesday, August 12, 2003: Delta Montrose Energy, University Of Colorado Boulder. Natural Resources Law Center

Energy Field Tour 2003 (August 11-16)

1 page.

Contains references.

Day 2. Tuesday, August 12, 2003: Valley Oil And Gas Development, University Of Colorado Boulder. Natural Resources Law Center

Energy Field Tour 2003 (August 11-16)

1 page.

Contains references.

Day 1. Monday, August 11, 2003: National Renewable Energy Lab, National Energy Renewable Laboratory

Energy Field Tour 2003 (August 11-16)

8 pages (includes illustrations).

Contains references.

Agenda: Energy Field Tour 2003, University Of Colorado Boulder. Natural Resources Law Center

Energy Field Tour 2003 (August 11-16)

Congressional staff tour held August 11-16, 2003

Summary: Binder of assorted articles, maps, brochures and other materials prepared for participants of the tour

Contents:

MONDAY, AUGUST 11, 2003: BLUE SPRUCE PEAKER PLANT: University of Colorado Natural Resources Law Center : congressional staff tour of Blue Spruce Energy Center / Peggy Duxbury -- 'Power Struggle', National Journal, June 27, 2003 / Margaret Kritz -- 'Calpine's Blue Spruce Energy Center begins commercial operation', Calpine press release, April 17, 2003 -- NATIONAL RENEWABLE ENERGY LAB: NREL at a glance -- NREL technologies -- SHOSHONE HYDROELECTRIC PLANT: 'River District Board supports spring Shoshone call …

Day 1. Monday, August 11, 2003: Shoshone Hydroelectric Plant, Glenwood Canyon, Shoshone Hydroelectric Plant

Energy Field Tour 2003 (August 11-16)

3 pages.

Contains references.

Day 1. Monday, August 11, 2003: Blue Spruce Peaker Plant, Blue Spruce Energy Center

Energy Field Tour 2003 (August 11-16)

10 pages (includes color illustrations and maps).

Contains references.

A Compact Ozone Differential Absorption Lidar (Dial) Transmitter Using A Solid-State Dye Polymer, Alton L. Jones Jr.

Electrical & Computer Engineering Theses & Dissertations

The measurement of atmospheric ozone is important because in the troposphere it is a pollutant that is toxic to living systems, but in the stratosphere ozone protects life by shielding us from the sun's harmful UV-B radiation.

Laser remote sensing from aircraft using differential absorption lidar (DIAL) has become a very important technique for measuring atmospheric ozone at different altitudes and locations. Current aircraft-based DIAL systems use pulsed Nd:YAG pumped liquid dye lasers, which are then frequency doubled into the UV region, to probe both the stratosphere and troposphere for ozone.

This thesis describes a new potential DIAL laser transmitter …

Decision Not To Build A Nuclear-Waste Incinerator: What Goes Up In Smoke?, Ibpp Editor

International Bulletin of Political Psychology

This article explores the political psychology of a decision not to build a nuclear-waste incinerator in the United States.

A Comparative Analysis Of Two Independent Power Plants Under Different Ownership, Rangash Natarajan

Student Works (2000-2009)

Many governments have turned to private investors, especially Independent Power Producers (IPPs), to provide some or all of the nation's power requirements. The main reasons for this are: a) to eliminate the financial burden of the government, b) to promote competition in the generation sector to improve operating efficiency and reduce generating cost, and c) to transfer power generation technology, especially in the developing nations, at a rapid pace. In line with world trends, the Malaysian government, in 1993, deregulated its power generation sector. This was done in order to overcome the shortage of installed capacity due to an increase …

The People: The Least Accountable Branch, Marci A. Hamilton

Articles

No abstract provided.

An Appraisal Of Electricity Supply In Nigeria And The Privatisation Option, E. I. K. Sule, C. M. Anyanwu

CBN Occasional Papers

Incessant electric power cuts in most parts of the country has become a normal feature of electricity supply throughout Nigeria. The power outages cause much inconvenience and economic losses to all and sundry. This study has shown that the most critical factor behind the incessant power failure is the problem of inadequate funding of the industry at a time it was forced to accommodate rapid expansion. Other factors include lack of autonomy, inefficiency, poor organization as well as lack of skilled manpower. The paper has examined these problems on the basis of which suggestions are made on how the worrisome …

Feasibility Study Of Maine's Small Hydropower Potential, James D. Sysko

Maine Collection

Feasibility Study of Maine's Small Hydropower Potential

Prepared by James D. Sysko, Small Hydro East, for the Maine State Planning Office, Maine Office of Energy Resources, January 1989.

"This study focuses on finding potential hydropower sites of approximately 50 kw to 1000 kw in capacity."

Maine Woodburning Guide, Office Of Energy Resources

Maine Collection

Maine Woodburning Guide

State of Maine, Office of Energy Resources,

Augusta, Maine, 1988.

Contents: 1 Safe Installation / 2 Buying Firewood / 3 Efficient Woodburning / 4 New Equipment Developments / 5 Chimney and Stovepipe Cleaning

Electricity Consumption In Nigeria: An Econometric Analysis, Sam Chuka Ljeh

Economic and Financial Review

The purpose of this study is to identify the variables that influence electricity consumption, specify the correct relationships between these variables and electricity consumption and provide statistical evidence of these relationships in Nigeria.

New Trends In Building Design And Planning -- For The Age Of Energy Conservation, C. William Brubaker

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

In response to increasing energy costs, building design and planning are changing. Rational design can achieve many of the goals of energy conservation.

The Arizona Solar Tax Incentives Package, Donald E. Osborn

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

The State of Arizona has enacted into law one of the nation's most comprehensive and consumer oriented set of tax incentives to encourage the use of solar energy devices. The development of these incentives and their required regulations and guidelines are covered.

Solar Technology Inventory For The Mid-American Region, L. Icerman, S. K. Parker

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

A mailed questionnaire and telephone contact procedure was developed to identify solar equipment manufacturers in the Mid-American Solar Energy Center (MASEC) region and to collect information required to characterize the solar equipment manufacturing industry. Special emphasis was placed on assembling data that are useful in evaluating the commercialization status of the solar energy industry from an equipment supplier viewpoint.

Generation For Maximum System Efficiency, Charles A. Gross

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

This paper presents a method for solving for the generation combination that supplies a specific load demand at maximum efficiency in a multigenerator power system. The method accounts for transmission losses using the B constant approach and generating losses using heat rate data. Results are presented for an example test system.

Energy Conservative Electric Lines-Now!, Paul F. Pugh, A. S. Yeranian

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

This paper describes the components of a new energy conservative cable system and new methods to service prove new products without disturbing the existing power system. Methods are presented for attaching a new cable design to an existing system for a trial installation. It describes how field splices and taps are easily made to extend the line without a shutdown or disturbance.

Maxwellian Concepts Of Magnetro-Electrodynamics And The Reality Of Med Energy Producing Devices, Tom Day

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

"We can scarcely avoid the inference that light consists in the transverse undulations of the same medium which is the cause of electric and magnetic phenomena."

Toward A Methodology For Evaluation Of Solar Systems, William P. Moran, Gene E. Kouba, Bruce V. Ketcham

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

The shortcomings and inconsistences of the typical return-on-capital evaluation are detailed. Generalizations of evaluation objectives and performance measures and data gathering objectives are given.

Direct Energy Conversions Of Solar Energy, A. A. Rahman

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

In this paper, the design concepts of three direct energy converters were explained. The converters selected were thermoelectric, thermionic and magnetohydrodynamic converters. Discussions and analysis of the material limitations of these converters with possible improvements to make these devices suitable for domestic or public use was also explained.

Mississippi County Community College -- A Photovoltaic Demonstration Project, William M. Woodsmall Jr.

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

An overall view of the integration of all systems involved in the world's largest photovoltaic demonstration project.

Mississippi County Community College in Blytheville is presently being planned using a 240 KW ± photovoltaic collection field for its energy source. Systems include the collectors, thermal, process control, storage (both thermal and electrical) power conditioning, and the building itself.

On The Thermodynamics Of Direct Energy Conversions, A. A. Rahman

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

In this work, a generalized thermodynamic analysis was developed for direct energy converters that operate as heat engines. Examples for various converters as thermoelectric, MHD and Nernst generators were solved. The possibilities of utilizing these concepts on designing generators to convert heat or solar energy directly into electricity were also discussed.

Long Term Stability Of Linearized Thermistor Circuits, Gene E. Kouba

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

The long term accuracy and stability of linearized thermistor circuits used for temperature measurements in a solar home monitoring project are being evaluated by periodic calibration.

Concentration Of Solar Energy Using A Cassegrain Type Solar Furnace, M. H. Cobble, W. C. Hull

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

A solar furnace consisting of a paraboloid of revolution that tracks the sun, and a hyperboloid of revolution reflector that has a focus in common with the paraboloid is analyzed using a three-dimensional ray trace to determine the image shape and size, and for the concentration to be obtained for various eccentricities e of the hyperboloid when used with an 84 foot diameter paraboloid (radar dish).

The Solar Connection -- Promise Or Peril?, Paul S. Strong

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

During the past decade important progress has been made in understanding the sun-earth environmental system. Modern observations of solar activity document changes in solar output over time scales ranging from seconds to decades, and evidence for longer term variations have been found in historical records. It follows that the sun cannot be considered to be a totally non-variable energy source. Continued research progress into solar-terrestrial interactions will hopefully provide an understanding of sun-weather/climate relationships resulting in energy conservation through more efficient energy utilization of our planet's atmospheric energy system.

Commercially Available Vacuum Tube Solar Collectors, Stanley J. Ring

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

Efficiencies on the order of 50 percent with high differential temperature (150° C) have been advertised with the current distribution of commercially available evacuated tube collectors. Product specifications and, where possible, experimental data have been gathered and presented. The paper also develops a mathematical model for evaluation of these collectors. Results conclude that, although performance is high, collector expense limits the cost effectiveness to necessary high-temperature, high-volume applications. These include both residential cooling and industrial processing.

Computer Modeling Of A Solar Hot Water Collector System, Michael F. Bregar, William E. Stewart Jr.

UMR-MEC Conference on Energy / UMR-DNR Conference on Energy

Computer modeling of a solar collector system can facilitate the selection of design paths and produce the optimal orientation and layout of the system for its intended location and seasonal usage patterns. Application of economic criteria to modeling also enables the analysis of alternate designs in terms of their installed and operating costs, as well as allowing calculation of payback periods for the various system configurations.

This program was intended to aid in the design of solar hot water collector systems. Design parameters of the system are used as inputs to the program. System configuration and design can then be …