UK Energy Demand: The United Kingdom Trends in Energy

uk energy demand
The long-term prospects for the U.K. economy are inevitably uncertain, and the most recent Department of Energy long-term projection puts forward three scenarios for the next 30 years with GDP growth rates of roughly 2.5, 1.5 and 0.5% p.a. The highest value corresponds to slightly less than the 1948 - 72 average, the central value is close to the long-run average over the last 80 years, and the lowest figure is similar to the performance during the current recession since 1973. (more…)

Income Tax and Energy Supply: Tax Codes Credit for Energy Production

income tax energy
Various provisions in the federal income tax treat energy producers more or less favorably than other businesses. By changing the after-tax rate of return on investments in the energy sector, the Tax Code may alter the long-run supply of specific types of energy.

In general, the income of all participants in the energy sector is subject to income tax of one form or another. Two notable exceptions arise in the generation and sale of electricity. Governmental agencies (such as the Tennessee Valley Authority, the Bonneville Power Administration, and municipally owned power companies) account for approximately 14 percent of the electricity sold in the United States. (more…)

Nuclear Power And World Electricity Generation

Sir Arthur Eddington’s general address on subatomic energy at the 1930 World Power Conference in Berlin stirred the imagination of every scientist and engineer present. The challenge was clear: find a practical means of accessing, controlling, and using the enormous energy locked in the atom as predicted by Einstein’s remarkable mass–energy relation, E=mc2. On December 2, 1942, Enrico Fermi transformed Eddington’s visionary challenge into reality by producing the world’s first controlled, self-sustaining nuclear reactor, Chicago Pile 1. Six decades later, nuclear energy now produces 16% of the world’s electrical power. (more…)

Geothermal Drilling for Investigating Geothermal Resource

Geothermal drilling technology is adapted from the oil industry. Most of the geothermal wells are drilled with a rotary-type drilling rig. Because of the hard, abrasive, and high-temperature volcanic rocks of geothermal systems, the drilling bits require hard abrasive resistant teeth such as diamond or tungsten carbide. Hence, geothermal drilling is an expensive activity in geothermal development. Most geothermal wells are drilled 1 to 2 km deep to intersect faults and fractures so as to increase the success rate of production from permeable zones. (more…)

Commercial Development of Geothermal Power Projects: Private Sector & Independent Power Producers

In most countries, geothermal resources are classified as natural resources belonging to the government. Since the 1980s, there has been a worldwide trend to corporatize and/or privatize government commercial activities. Whereas the geothermal resources in the United States have been commercially developed by the private sector since the 1960s at The Geysers, other countries, notably The Philippines, Indonesia, and New Zealand, did not started private commercial geothermal projects until the 1980s. These private power developers are known as independent power producers (IPPs). There is a perception that the private sector is more efficient than the public sector. The efficiency arises from the increased flexibility of the private sector and its accessibility to commercial funding. (more…)

Oil Trading and Tanker Transportation

oil trading tanker
Tanker transportation and oil transport functions as an important link to facilitate the flow of oil and products from their limited sources of origin derived to its destination all over the world. This particular section of ocean shipping industry is the main component of the movement of seaborne cargo. Even though oil is transported through pipelines and tankers and tank wagons, these movements are relatively small and often restricted to national or in a few cases trough the intra-regional trades. The increment in oil demand came not only from the United States & Western Europe, however there is a rapid oil demand recovery in Japan, a country with no domestic oil reserves. (more…)

Mitigating the Peak-oil Impacts with Carbon-based Alternatives

carbon oil
One study that does address the peak-oil scenario directly is a 2005 report conducted for the National Energy Technology Laboratory (NETL) entitled “Peaking of World Oil Production: Impacts, Mitigation, and Risk Management” (Hirsch, et al., 2005). This study acknowledged the risk of the peaking of world oil production and investigated strategies to mitigate the impacts. Because NETL is the government’s primary fossil energy research lab, it is not surprising that the report concludes that the way to solve our looming liquid fossil fuel problem is . . . with more fossil fuels. (more…)

Energy Technology and Modern Urbanization

The age of industrialization came into full force through the modern exploration and use of fossil fuels. As one of its most striking phenomena, the rapid expansion of cities throughout the late 19th and the 20th centuries was a direct outcome of the fossil fuel energy economy as well. (more…)

Energy Import Dependence, Resource Exhaustion and Carbon Policy

energy import dependence
Geopolitical risk refers almost always to primary energy carriers (oil, gas, coal, uranium or renewable energy) since their location depends on the vagaries of geology and climate. Production and energy consumption are thus often physically far apart and take place in countries and regions with different histories, cultures and values. Apart from oil & gas exploration and production, all other steps of the energy chain such as refinement or enrichment, energy conversion and distribution can be moved physically closer to the final customer or are, like consumption, directly under the latter’s control. (more…)

Oil and Gas Exploration, Production, and Processing

Oil Gas Exploration
Most major oil and gas firms engage in both upstream (i.e., hydrocarbon exploration and production) and downstream (i.e., hydrocarbon refining and marketing) businesses as well as related activities such as chemicals, and their R&D activities serve the needs of these businesses. During the past decade or so, the R&D spending of oil and gas firms has generally declined. According to a DOE survey, R&D spending by major energy producers within the United States declined from $3.05 billion in 1994 to $1.33 billion in 2000. Although not true of all producers internationally, the broad global trend over the past decade or so seems to be along similar lines. (more…)

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