Visualizing the BP Oil Spill Archives
Visualizing the BP Oil Spill
Fascinating little Google Maps mash up allows you to place the BP Oil spill over any city. I tried a few, but San Francisco and NYC drove the size home the most impressively.
Here it is centered on DC:
Energy: Natural Gas
Energy: Natural Gas
The Production and Use of Natural Gas, Natural Gas Imports and Exports, EPAct Project, Liquefied Natural Gas (LNG) Import Terminals and Infrastructure Security, Underground Working Gas Storage, Fischer-Tropsch Fuels from Coal, Natural Gas, and Biomass, Gas Hydrates, Gas Shales, Hydraulic Fracturing, Alaska Natural Gas Pipelines
Compiled by TheCapitol.Net
Authors: Gene Whitney, Carl E. Behrens, Carol Glover, William F. Hederman, Anthony Andrews, Peter Folger, Marc Humphries, Claudia Copeland, Mary Tiemann, Robert Meltz, Cynthia Brougher, Jeffrey Logan, Henry A. Waxman, Edward J. Markey, Stephen Cooney, Robert Pirog, Paul W. Parfomak, Adam Vann, Salvatore Lazzari, Brent D. Yacobucci, and Stan Mark Kaplan
The main ingredient in natural gas is methane, a gas (or compound) composed of one carbon atom and four hydrogen atoms. Millions of years ago, the remains of plants and animals (diatoms) decayed and built up in thick layers. This decayed matter from plants and animals is called organic material — it was once alive. Over time, the sand and silt changed to rock, covered the organic material, and trapped it beneath the rock. Pressure and heat changed some of this organic material into coal, some into oil (petroleum), and some into natural gas — tiny bubbles of odorless gas.
Discussions of U.S. and global energy supply refer to oil, natural gas, and coal using several terms that may be unfamiliar to some. The terms used to describe different types of fossil fuels have technically precise definitions, and misunderstanding or misuse of these terms may lead to errors and confusion in estimating energy available or making comparisons among fuels, regions, or nations.
For oil and natural gas, a major distinction in measuring quantities of energy commodities is made between proved reserves and undiscovered resources.
Proved reserves are those amounts of oil, natural gas, or coal that have been discovered and defined, typically by drilling wells or other exploratory measures, and which can be economically recovered. In the United States, proved reserves are typically measured by private companies, who report their findings to the Securities and Exchange Commission because they are considered capital assets.
In addition to the volumes of proved reserves are deposits of oil and gas that have not yet been discovered, and those are called undiscovered resources. The term has a specific meaning: undiscovered resources are amounts of oil and gas estimated to exist in unexplored areas. If they are considered to be recoverable using existing production technologies, they are referred to as undiscovered technically recoverable resources (UTRR). In-place resources are intended to represent all of the oil, natural gas, or coal contained in a formation or basin without regard to technical or economic recoverability.
Natural gas provided about 22% of U.S. energy requirements in 2007. It will continue to be a major element of the overall U.S. energy market for the foreseeable future. Given its environmental advantages, it will likely maintain an important market share in the growing electricity generation applications, along with other clean power sources.
In 2008, the United States natural gas market experienced a tumultuous year, and market forces appeared to guide consumers, producers and investors through rapidly changing circumstances. Natural gas continues to be a major fuel supply for the United States, supplying about 24% of total energy in 2008.
In the past, the oil and gas industry considered gas locked in tight, impermeable shale uneconomical to produce. However, advances in directional well drilling and reservoir stimulation have dramatically increased gas production from unconventional shales. The United States Geological Survey estimates that 200 trillion cubic feet of natural gas may be technically recoverable from these shales. Recent high natural gas prices have also stimulated interest in developing gas shales. Although natural gas prices fell dramatically in 2009, there is an expectation that the demand for natural gas will increase. Developing these shales comes with some controversy, though.
The hydraulic fracturing treatments used to stimulate gas production from shale have stirred environmental concerns over excessive water consumption, drinking water well contamination, and surface water contamination from both drilling activities and fracturing fluid disposal.
Solid gas hydrates are a potentially huge resource of natural gas for the United States. The U.S. Geological Survey estimated that there are about 85 trillion cubic feet (TCF) of technically recoverable gas hydrates in northern Alaska. The Minerals Management Service estimated a mean value of 21,000 TCF of in-place gas hydrates in the Gulf of Mexico. By comparison, total U.S. natural gas consumption is about 23 TCF annually.
As the price of crude oil sets a record high, liquid transportation fuels synthesized from coal, natural gas, and biomass are proposed as one solution to reducing dependency on imported petroleum and strained refinery capacity. The technology to do so developed from processes that directly and indirectly convert coal into liquid fuel.
As Congress seeks to address energy security issues, the increasing importation of liquefied natural gas (LNG) is also a matter deserving careful attention. In 2007, LNG imports reached a record high and plans are to increase this fuel source.
2010, 628 pages
ISBN: 1587331896 ISBN 13: 978-1-58733-189-3
Softcover book: $27.95
For more information, see TCNNG.com
R40872, R40487, RL34508, R40894, RS22990, R41027, RS22971, RL34133, RS22567, RL33763, RL32205, RL32073, RL33716, RL33212, RL34671
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June 1, 2010 07:07 AM Caught Our Eye