From larger items like lawn mowers, kayaks, and bikes, to smaller tools like shovels, rakes, watering cans, and rakes, it’s a much easier task with an excellent storage solution. Lifetime’s 10 foot x 8 foot Sheds provide plenty of extra space to store and protect a wide variety of items. The doors include a padlock loop (lock not included) to give your belongings extra security. The Rough Cut™ finish features a stylish wood grain look and feel without the maintenance of a wooden shed. This shed is durable and has steel-reinforced walls that are weather resistant and UV-protected so they can last through years of regular use. The included snow load kit provides even greater strength for the winter season. The interior floor is oil, stain and slip resistant allowing you to keep your space clean and tidy. Screened vents provide airflow while keeping pests out. The shelving system and wall hooks are customizable so you can place or hang small items in the most convenient locations.

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A PV/solar heat/cogeneration system is assumed to be installed in a hotel. The system is operated with various operation methods: CO2 minimum operation, fees minimum operation, seasonal operation, daytime operation and heat demand following operation. Of these five operations, the former two are virtual operations that are operated with the dynamic programming method, and the latter three are actual operations. Computer simulation is implemented using hourly data of solar radiation intensity, atmospheric temperature, electric, cooling, heating and hot water supply demands for one year, and the life-cycle CO2 emission and the total cost are calculated for every operations. The calculation results show that the virtual two and the actual three operations reduce the life-cycle CO2 emission by 21% and 13% compared with the conventional system, respectively. In regard to both the CO2 emission and the cost, there is no significant difference between the virtual two operation methods or among actual three operation methods.


A performance and operational economics analysis is presented for an integrated-gasifier, combined-cycle (IGCC) system to meet the steam and baseload electrical requirements. The effect of time variations in steam and electrial requirements is included. The amount and timing of electricity purchases from sales to the electric utility are determined. The resulting expenses for purchased electricity and revenues from electricity sales are estimated by using an assumed utility rate structure model. Cogeneration results for a range of potential IGCC cogeneration system sizes are compared with the fuel consumption and costs of natural gas and electricity to meet requirements without cogeneration. The results indicate that an IGCC cogeneration system could save about 10 percent of the total fuel energy presently required to supply steam and electrical requirements without cogeneration. Also for the assumed future fuel and electricity prices, an annual operating cost savings of 21 percent to 26 percent could be achieved with such a cogeneration system. An analysis of the effects of electricity price, fuel price, and system availability indicates that the IGCC cogeneration system has a good potential for economical operation over a wide range in these assumptions.

Unfortunately, already very soon after the military campaign, it became evident that post-Saddam planning was lagging far behind the military schedule. A policy of previously unbelievable zigzags, of trial and error began. Plan A envisaged a quick handover of power to an interim government formed mainly of exiles.


Fuel options and generator configurations for installation of cogenerator equipment are reviewed, noting that the use of oil or gas may be precluded by cost or legislation within the lifetime (https://restvostok.ru/free/?key=8073) of any cogeneration equipment yet to be installed. A coal fueled air turbine cogenerator plant is described, which uses external combustion in a limestone bed at atmospheric pressure and in which air tubes are sunk to gain heat for a gas turbine. The limestone in the 26 MW unit absorbs sulfur from the coal, and can be replaced by other sorbents depending on types of coal available and stringency of local environmental regulations. Low temperature combustion reduces NOx formation and release of alkali salts and corrosion. The air heat is exhausted through a heat recovery boiler to produce process steam, then can be refed into the combustion chamber to satisfy preheat requirements. All parts of the cogenerator are designed to withstand full combustion temperature (1500 F) in the event of air flow stoppage. Costs are compared with those of a coal fired boiler and purchased power, and it is shown that the increased capital requirements for cogenerator apparatus will yield a 2/8 year payback. Detailed flow charts, diagrams and costs schedules are included.

Generalized results from the work on developing elements of a comprehensive system for monitoring technical state of the equipment of cogeneration turbines are presented. The parameters of the electrohydraulic turbine control system are considered together with a number of problems concerned with assessing the state of condensers and delivery water heaters.


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In addition to the failure of stabilization, the major rationales behind the war have disappeared. No WMD has been discovered (the main justi¿cation for the war). No credible prior link to al-Qai’da has been found, but Iraq now poses a new terrorism threat of its own. Finally, the democracy project has been seriously discredited. Stabilization and “reconciliation”, much more modest goals, have come to the fore while justi¿cations for continuing the military mission are now increasingly couched in negative terms.

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STAL-LAVAL has been monitoring the development of pressurized fluidized-bed combustion (PFBC) technology and has decided to apply it as a way to burn coal and satisfy the important criteria of efficiency, low cost, environmental acceptability, low investment cost, and the capacity to use a wide range of coal qualities. The present status of PFBC and co-generation technology is reviewed and examples of industrial as well as utiltiy applications are cited.


Within a very short period of time, many previously unknown problems arose for Saudi Arabia. For example, by declaring Islam to be the basis of the Iranian republic, by propagating the establishment of an Islamic state in Iran, the clerical leadership was directly challenging the Al Sa‘ud’s legitimacy. It should not be forgotten that one of the reasons for the relatively smooth relations between the Shah and Saudi Arabia was that the secular ambitions of the former did not compete with the Wahhabism of the latter. The claim of the Al Sa‘ud that they ruled in alliance with the Wahhabi clerics according to Islamic norms and traditions and that they looked after the safety of the Holy places in Mecca and Medina had been their most important argument for legitimacy. But there were additional challenges. While in exile in Iraq, Khomeini had developed his ideas regarding a future Islamic state (Velajat-e Faqih – the rule of the jurisprudent); particularly emphasizing his opinion of the fatal role the monarchy had played in Iran. The leader of the Iranian revolution was convinced of the incompatibility of the Islamic state and any kind of monarchical rule. He naturally transferred this conviction to the new Iranian republic and its foreign policy. The slogan that a monarchy was basically non-Islamic and that a republic was the only form of state adequate to Islam thus became an additional challenge to the dynasties of the Arabian Peninsula, including Saudi Arabia. Encouraged by the irreconcilable attitude of Khomeini, the Iranian leadership intensi¿ed its anti-Saudi position.

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Answer Key: Question 10 of 20 1.0/ 1.0 PointsA pet supplier has a stock of parakeets of which 10% are blue parakeets. The continued suppression of effect of AI is the AI effect. You have actually done what couple of individuals do and have actually developed a real product for your online organization. Headings H1-H6 Count; This information is Originally Posted on Apple Support: 15: Watch Steve Jobs launch the computer that put Apple on track: 10: Audio formats supported: AAC-LC HE-AAC HE-AAC v2 Protected AAC MP3 Linear PCM Apple Lossless FLAC Dolby Digital AC-3 Dolby Digital Plus E-AC-3 and Audible formats 2 3 4 Audible Enhanced Audio AAX and AAX User-configurable maximum volume limit. Free essays, homework help, flashcards, research papers, book reports, term papers, history, science, politics.


How much of its bold new strategy will remain is uncertain. Some of the outcome will depend upon the next administration in Washington; more will depend on the realities on the ground. Some of the radical new agenda will, of necessity, remain – the need for nation-building in Iraq and Afghanistan as well as the pressure for reform, now de¿ned as moderation, in the Gulf – but the strategy is likely to become more realistic and less visionary over time as the costs of regime change and unilateralism mount.

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Instead of worrying about keeping the Russians out, it could impose its own Pax Americana on the region, although it still preferred to do so indirectly, from “over the horizon”. A second, much less noticed trend in the 1990s was the rise of Sunni Islamic fundamentalism. It is not easy to date this phenomenon, which began well before 1990, or to bound it territorially, much less to pinpoint its multiple and complex causes. Although Shi’ah in nature, the Islamic revolution in Iran, may have spurred this development. Although most adherents to these movements were peaceful, a minority were radical and violent. In Egypt, militant groups rose to the fore in opposition to the regime. Everywhere, Islamic practices and dress codes, often discarded by the older generation, were adopted by the younger. Even in Saddam Hussein’s Iraq, the movement gained strength, until, in the mid-1990s, he adopted it in his own “faith campaign”. In the Gulf, especially in Saudi Arabia, the conservative tenets of “Wahhabi” Islam were strengthened and spread as a way of giving support to the regime, while the Saudis ¿nanced mosques and schools teaching their narrow brand of Islam abroad, in part to counter Iranian inÀuence and to allay criticism of laxities in their own regime. In Afghanistan, these two trends coalesced.

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The State of Development Cooperation, CSO Enabling Environment and CSO Development Effectiveness

One of the objectives of PURPA was more efficient energy production through cogeneration and the use of renewable resources. Under PURPA regulations, cogeneration and small power-producing plants may file for qualifying status to receive benefits allowed by the National Energy Act. There has been a steady increase in the number of qualifying facilities (QFs) and some electric utilities have increased ownership of small power-producing facilities as well as electric purchases from QFs. QFs are not only exempt from federal and state utility regulations under PURPA, but they also may be eligible for an exemption from the provisions of the Fuelmore » Use Act of 1978 which prohibits or limits use of oil and natural gas in power plants and other major fuel-burning installations. To obtain QF status under PURPA, small power-producing facilities are limited to a capacity of 80 MW or less and must use some combination of biomass, waste, geothermal, or other renewable resource as the primary energy source. Cogenerators are not limited in size or fuel.

Moreover, the consideration of the fool as a sinner in the debate on the principle of retribution, presented exclusively in the Septuagint version (1, 22.32; 3, 35; 13, 19), reflects an extended religious and ethical tendency. Boston - Cambridge - Newton, MA-NH Spokane - Spokane Valley, WA; Durham - Chapel Hill, NC; Lakeland - Winter Haven, FL. Ben Sira places particular emphasis on the fear. He was not perfect, which many of us here tonight can relate to. By 2020, the company expects Parallel to these international processes, to source 30 per cent; by 2020, 50 per cent; and by businesses in the past few decades have 2020, 100 per cent (Unilever, 2020).


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This study provides a broad based overview of selected areas relevant to the development of a comprehensive Southern California Edison (SCE) advanced cogeneration project. The areas studied are: (1) Cogeneration potential in the SCE service territory; (2) Advanced cogeneration technologies; and (3) Existing cogeneration computer models. An estimated 3700 MW sub E could potentially be generated from existing industries in the Southern California Edison service territory using cogeneration technology. Of this total, current technology could provide 2600 MW sub E and advanced technology could provide 1100 MW sub E. The manufacturing sector (SIC Codes 20-39) was found to have the highest average potential for current cogeneration technology. The mining sector (SIC Codes 10-14) was found to have the highest potential for advanced technology.


Regardless of the real motives, two propositions are clear. First, the future of Iraq is highly uncertain. It seems that the developments since the toppling of Saddam Hussein’s regime are quite different from what policymakers in Washington had anticipated when they planned for the war. Second, whatever course the Iraqi authorities might take, one thing is almost certain – the United States will remain heavily involved in Iraq for many years to come. It is hard to envision any scenario under which the United States would disengage and exit Iraq any time soon. The United States and Saudi Arabia For most of the twentieth century, the world’s largest oil importer (the United States) had very good relations and close cooperation with the world’s largest oil exporter (Saudi Arabia). The two nations need each other. The United States needs secure oil supplies at reasonable and stable prices, while Saudi Arabia needs a commitment for its national security and a secure market for its main product (oil). In other words, since the late 1930s, the close cooperation between Washington and Riyadh has been founded on mutual interests, mainly oil and security.

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However, Iran’s real interest went beyond paralyzing Iraq; that condition could easily change. Its real interest is to keep Iraq weak and dependent. An Iraq dependent on Iran would mean that the only latent threat would come from the north and Iran would become the major native regional power in the Gulf. After the Iraq war the best tactics to achieve this goal seemed to be the instrumentalization of the Iraqi Shiites. As mentioned above, deep ethnic and sectarian fault lines in Iraq have for decades indeed been overlapped by other – more societal – contradictions, but they are nevertheless still existent. And not only had the Americans recurred to them, but also the Iranians. Without doubt, the fundamental sectarian fault line running through Iraqi society is the division between Sunni and Shiite. The Shiite majority dominates the south of the country. The Sunni minority, which very much included Saddam Hussein and most of the Baath Party’s national apparatus, spent the past generation brutalizing the Shiites, and Saddam Hussein’s extended family also spent that time making certain that Sunnis who were not part of their tribe were marginalized. Today, with the Baath party as the centre of gravity dissolved, there is no direct substitute for it. If there is a cohesive group in Iraq – indeed a majority group – it is the Shiites.

Nowadays the thermal energy demand in the industrial sector is usually satisfied by means of fire tube boilers while electricity is supplied from the grid. Alternatively cogeneration units could be adopted for thermal and electrical energy self-production, whilst installing boilers only as back-up units. However, even when cogeneration is profitable, it is not widespread because industries are usually unwilling to accept cogeneration plants for reliability and high investment costs issues. In this work a system aimed at overcoming the above mentioned market difficulties is proposed. It consists of an innovative coupling of a combined heat and power unit with a modified fire tube boiler. In particular, a CFD analysis was carried out by the authors in order to address the most critical aspects related with the coupling of the two systems. More precisely, the following aspects were evaluated in detail: (i) pressure losses of the exhausts going from the prime mover to the boiler due to the sudden cross-section area variations; (ii) thermal power recoverable from the exhausts in the tubes of the boiler; (iii) dependence of the system on the final users’ specification.


An rf accelerator that adds significant gyration energy to a relativistic electron beam, and mechanisms for extracting coherent radiation from the beam, are described. The accelerator is a cyclotron autoresonance accelerator (CARA), underlying theory and experimental tests of which are reviewed. The measurements illustrate the utility of CARA in preparing beams for high harmonic gyro interactions. Examples of preparation of gyrating axis-encircling beams of {approximately}400kV, 25 A with 1{lt}a{lt}2 using a 2/856 GHz CARA are discussed. Generation of MW-level harmonic power emanating from a beam prepared in CARA into an output cavity structure is predicted by theory. First measurements ofmore » intense superradiant 2nd through 6th harmonic emission from a CARA beam are described. Gyroharmonic conversion (GHC) at MW power levels into an appropriate resonator can be anticipated, in view of the results described here. Another radiation mechanism, closely related to GHC, is also described. This mechanism, dubbed {open_quotes}co-generation,{close_quotes} is based on the fact that the lowest TE{sub sm} mode in a cylindrical waveguide at frequency sw with group velocity nearly identical to group velocity for the TE{sub 11} mode at frequency w is that with s=7, m=2. This allows coherent radiation to be generated at the 7th harmonic co-existent with CARA and in the self-same rf structure.

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The ambient temperature variations were modeled so the effects of climate could be accounted for in the simulation. The results validated the advantages of gas turbine cogeneration with absorption air cooling as compared to other systems without air cooling.

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The layout of a combined heat and power (cogeneration) plant based on renewable energy sources (RESs) and hydrogen electrochemical systems for the accumulation of energy via the direct and inverse conversion of the electrical energy from RESs into the chemical energy of hydrogen with the storage of the latter is described. Some efficient technical solutions on the use of electrochemical hydrogen systems in power engineering for the storage of energy with a cyclic energy conversion efficiency of more than 40% are proposed.


The possibilities of using back-pressure cogeneration turbines developed on the basis of serially produced ones are considered together with the thermal process circuits in which such turbines are applied. Design versions (https://restvostok.ru/content/uploads/files/download/idm-71-2020-cracked-version-lifetime-sheds.zip) and advantages of cogeneration stations in which the proposed process circuits are implemented are described.

It has often happened and still happens in state-owned Arab audio-visual media that information is slightly distorted or that important domestic news do not even make it on the screen or on air. Sceptical of any information they receive through mass media, Arab audiences strongly ¿lter information by interpersonal communication with regional opinion leaders, who are often much more credible to Arab audiences than the mass media. In particular, information that is inconsistent with the self-experienced reality is scrutinized. More or less, mass media communication in the Arab world is understood as government propaganda, while interpersonal traditional or modern communication plays a more signi¿cant role in evaluating politics and collecting accurate information.


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In the near future, fuel cell-based residential micro-CHP systems will compete with traditional methods of energy supply. A micro-CHP system may be considered viable if its incremental capital cost compared to its competitors equals to cumulated savings during a given period of time. A simplified model is developed in this study to estimate the operation of a residential solid oxide fuel cell (SOFC) system. A comparative assessment of the SOFC system vis-Ã -vis heating systems based on gas, oil and electricity is conducted using the simplified model for a single-family house located in Ottawa and Vancouver. The energy consumption of the house is estimated using the HOT2000 building simulation program. A financial analysis is carried out to evaluate the sensitivity of the maximum allowable capital cost with respect to system sizing, acceptable payback period, energy price and the electricity buyback strategy of an energy utility. Based on the financial analysis, small (1-2 kW e) SOFC systems seem to be feasible in the considered case. The present study shows also that an SOFC system is especially an alternative to heating systems based on oil and electrical furnaces.

Evidential reasoning techniques classically represent support for a hypothesis by a numeric value or an evidential interval. The combination of support is performed by an arithmetic rule which often requires restrictions to be placed on the set of possibilities. These assumptions usually require the hypotheses to be exhausitive and mutually exclusive. Endorsement based classification systems represent support for the alternatives symbolically rather than numerically. A framework for constructing endorsement systems is presented in which transformations are defined to generate and update the knowledge base. The interaction of the knowledge base and transformations produces a non-monotonic reasoning system. Two endorsement based reasoning systems are presented to demonstrate the flexibility of the transformational approach for reasoning with ambiguous and inconsistent information.


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Most Iraqis translated direct administration as occupation. Within large parts of the Iraqi population, the image of the American troops changed from liberators to occupiers. This perception strengthened – also militant – resistance, even terrorism. In this situation the CPA made another grave mistake in its attempts to solve the crisis. The establishing and staf¿ng of the new Iraqi state institutions went according to a strict sectarian and ethnic scheme. The “Lebanonization” of Iraqi administrative structures was designed by the CPA to enable a policy of divide-and-rule. As if its failure was unknown it repeated the British tactics in the Iraqi mandate as of 1920. In 2003 it was de¿nitely not suf¿cient to solve the American problems in Iraq. Therefore, Plan C came into existence. It is directly connected to the “Agreement on Political Process” signed in Baghdad on 15 November 2003 by the CPA and the Iraqi “Interim Governing Council” (IGC).

Bjørn Møller, Senior Researcher; Danish Institute for International Studies, Copenhagen. Joshua H. Pollack, Director of Studies and Analysis; Hicks & Associates, Inc, McLean, Virginia. Carola Richter, Lecturer in International and Intercultural Communication, University of Erfurt. James A. Russell, Senior Lecturer and Co-Director, Center for Contemporary ConÀict; Naval Postgraduate School, Monterey. Guido Steinberg, Senior Fellow, Research Unit “Middle East and Africa; German Institute for International and Security Affairs, Berlin.


From 2007, we took part in the "Demonstrative Research on Solid Oxide Fuel Cells" Project conducted by New Energy Foundation (NEF). Total 57 units of 0/7kW class SOFC cogeneration systems had been installed at residential houses. In spite of residential small power demand, the actual electric efficiency was about 40%(netAC,LHV), and high CO2 reduction performance was achieved by these systems. Hereafter, new joint development, Osaka Gas, Toyota Motors, Kyocera and Aisin Seiki, aims early commercialization of residential SOFC CHP system.

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As medical services improve due to new technologies and breakthroughs, it has lead to an increasingly aging population. There has been much discussion and debate on how to solve various aspects such as psychological, socioeconomic and medical problems related to aging. Our effort is to implement a feasible telegeriatric medical service with the use of the state of the art technology to deliver medical services efficiently to remote sites where elderly homes are based. Telegeriatric system will lead to rapid decision-making in the presence of acute or subacute emergencies. This triage will also lead to a reduction of unnecessary admission. It will enable the doctors who visit these elderly homes on a once-a-week basis to improve their geriatric management skills by communication with geriatric specialist. Nursing skills in geriatric care will also benefit from this system. Integrated EMR service will be indispensable in the face of emergency admissions to hospitals. Evolution of EMR database would lead to future research in telegeriatrics and will help to identify the areas where telegeriatrics can be optimally used. This system is based on current web browsing technology and broadband communication.

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The region’s rush to reinvigorate dormant nuclear power programs (Egypt) and to initiate new programs (the Gulf Cooperation Council) delivers a collective regional response to the situation. In December 2006, the Gulf Cooperation Council announced plans to start construction of its own nuclear power plants. Russian President Vladimir Putin toured the region shortly thereafter, promising to assist the GCC states in building their own nuclear reactors. In short, the region stands on the brink of an era of strategic insecurity.


The Enhanced Platform system intended for the design and manufacture of Siemens AG turbines is presented. It combines organizational and production measures allowing the production of various types of steam-turbine units with a power of up to 250 MWel from standard components. The Enhanced Platform designs feature higher efficiency, improved reliability, better flexibility, longer overhaul intervals, and lower production costs. The design features of SST-700 and SST-900 steam turbines are outlined. The SST-700 turbine is used in backpressure steam-turbine units (STU) or as a high-pressure cylinder in a two-cylinder condensing turbine with steam reheat. The design of an SST-700 single-cylinder turbine with a casing without horizontal split featuring better flexibility of the turbine unit is presented. An SST-900 turbine can be used as a combined IP and LP cylinder (IPLPC) in steam-turbine or combined-cycle power units with steam reheat. The arrangements of a turbine unit based on a combination of SST-700 and SST-900 turbines or SST-500 and SST-800 turbines are presented. Examples of this combination include, respectively, PGU-410 combinedcycle units (CCU) with a condensing turbine and PGU-420 CCUs with a cogeneration turbine. The main equipment items of a PGU-410 CCU comprise an SGT5-4000F gas-turbine unit (GTU) and STU consisting of SST-700 and SST-900RH steam turbines.

Steam turbines, open and closed cycle gas turbines, combined cycles, diesel engines, Stirling engines, phosphoric acid and molten carbonate fuel cells and thermionics are examined. Expected plant level energy savings, annual energy cost savings, and other results of the economic analysis are given, and the sensitivity of these results to the assumptions concerning fuel prices, price of purchased electricity and the potential effects of regional energy use characteristics is discussed.


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The invasion and its aftermath have unleashed a wide-ranging reordering of the internal and external dynamics of regional security that could see the region plunged into a prolonged period of strategic instability. External politics have been altered in important ways. The political empowerment of the Shiite majority in Iraq, accompanied by the loss of inÀuence by Iraq’s Sunni power structure and the establishment of an autonomous Kurdish region has profoundly affected the regional balance of power. Iraq no longer serves as the Sunni bulwark against Shiite and Iranian expansion, and the Sunni Gulf State monarchies (and Jordan) now ¿nd themselves as frontline states against an emerging Iranian-dominated alliance comprised of Iraq, Syria and Hizbollah in Lebanon. In confronting these adversaries, the Sunni states also ¿nd that the region’s guarantor, the United States, is in a weakened position politically and militarily as a result of the disastrous war in Iraq and its Middle East policy throughout the past six years. It is unclear whether and/or how the United States can recover from this.


Power system planning has become a complex process in utilities today. This paper presents a methodology for integrated planning with multiple objectives. The methodology uses a graphical representation (Goal-Decision Network) to capture the planning knowledge. The planning process is viewed as a negotiation process that applies three negotiation operators to search for beneficial decisions in a GDN. Also, the negotiation framework is applied to the problem of planning for cogeneration interconnection. The simulation results are presented to illustrate the cogeneration planning process.

It was against this domestic background that the region of the Persian Gulf received relatively little attention. This did not mean, however, that Congress would refrain from making its voice or at least the voice of its majorities heard.


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Iran has many possibilities to destabilize the process. It has substantial inÀuence over Iraqi Shiite Islamist parties, in particular the Supreme Council for the Islamic Revolution in Iraq (SCIRI), which was founded in Tehran, and which actually represents the core of the United Iraqi Alliance, the majority faction in the newly elected Iraqi parliament. The SCIRI has its own militia, the Badr Brigade, which has operated in both northern and southern Iraq over the last decade. As a matter of fact, the Islamic Republic of Iran was always more concerned with pursuing its national interests than its ideological and religious principles.

The New York Zoological Society commenced feasibility studies for a proposed cogeneration and district heating system for the Bronz Zoo in spring 1982. Early studies focused on evaluating the Zoo's energy loads, infrastructure, and energy delivery and financing systems. The Zoological Society and New York City joined in the decision to support the construction of a system which would serve not only the Bronx Zoo but also five nearby City-funded installations, including the adjacent New York Botanical Garden.


He achieved this by cleverly utilizing his superiority in the oil policy and by exploiting the dynamics within the bilateral relations to their mutual advantage. The relationship between Iran and Saudi Arabia was never to be as friendly and fruitful as it was between 1968 and 1979: at the expense of Iraq. The Islamic Revolution: Iraq and Saudi Arabia vs. Iran Due to many different reasons, the year 1979 marked a signi¿cant change in the triangle’s balance. With Saddam Hussein assuming the presidency in July, Iraq modi¿ed its internal and external policies remarkably. Saddam tried a new tactic of softening his tone towards the Gulf monarchies, weakening his ties with the Soviet Union and the Council for Mutual Economic Assistance (COMECON) and even prosecuting Iraqi communists. But these measures alone were not suf¿cient to destroy suspicion amongst the monarchies of the Gulf in general, and Saudi Arabia in particular.

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The United States accuses Iran of seeking to acquire nuclear weapons and of sponsoring terrorism. Iran categorically denies these accusations. These strategic differences impede cooperation between the two nations and further complicate their energy security. In June 2005 Mahmoud Ahmadinejad was elected to succeed Muhammad Khatami. His election signals a new chapter in Iranian policy, including relations with the United States.

After the talks Velayati stressed that Iran and Saudi Arabia, as the two leading countries in the Persian Gulf, had decided to maintain close strategic and comprehensive cooperation to ensure regional security. He added that he had insisted during the meetings that regional cooperation and regional security could not take shape without the participation of regional countries, in particular the Islamic Republic of Iran.


After hearing all of this, if the thought of trying to build a shed is still overwhelming, you can actually purchase a pre-built shed and have it delivered to your lot. Or, check with your local home improvement store to see if they offer installation services in your area.

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The advanced cogeneration technology economic optimization study (ACTEOS) was undertaken to extend the results of the cogeneration technology alternatives study (CTAS). Cost comparisons were made between designs involving advanced cogeneration technologies and designs involving either conventional cogeneration technologies or not involving cogeneration.


However, despite the remarkable improvement of Iranian-Saudi Arabian relations, a number of important issues remained unresolved. These included the future leadership and security in the Persian Gulf area. Iran was primarily interested in negotiating a new regional order with Saudi Arabia and the GCC states. Rafsanjani intended to stabilize the new image of the Islamic Republic and use it to improve the position of his country in the post-war order. On the one hand, he made tremendous efforts to keep the United States out of any regional security arrangements for the future, and on the other hand he insisted on the integration of Iran in such arrangements. To this end he emphasized the GCC’s own concepts of self-reliance and Gulfanization.

Unexpectedly large sales at these prices and slow adjustment to falling energy cost are partially responsible for payments to QFs in excess of the utility's true avoided cost. Using competitive bidding instead of posted prices has been proposed as a way to avoid this outcome.


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After the hostage crisis, some of these restrictions were relaxed but a number were later re-imposed based on evidence of Iran’s participation in terrorism. See Kenneth Katzman, Iran: US Containment Policy, Congressional Research Service Report, 11 August 1994, p. 8.

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With the global warming problem aggravating and subsequent implementation of the Kyoto Protocol, CO2 emissions are becoming an important factor when verifying the usability of cogeneration systems. Considering this, the purpose of this work is to study the effect of the capacity of a cogeneration system on its CO2 emissions under two kinds of operation strategies: one focused on exergetic efficiency and another on running cost. The system meets the demand pattern typical of a hospital in Japan, operating during one year with an average heat-to-power ratio of 1/3. The main equipments of the cogeneration system are: a gas turbine with waste heat boiler, a main boiler and an auxiliary steam turbine. Each of these equipments was characterized with partial load models, and the turbine efficiencies at full load changed according to the system capacity. Still, it was assumed that eventual surplus of electricity generated could be sold. The main results showed that for any of the capacities simulated, an exergetic efficiency-focused operational strategy always resulted in higher CO2 emissions reduction when compared to the running cost-focused strategy. Furthermore, the amount of reduction in emissions decreased when the system capacity decreased, reaching a value of 1/6% when the system capacity was 33% of the maximum electricity demand with a heat-to-power ratio of 4/1. When the system operated focused on running cost, the economic savings increased with the capacity and reached 42% for a system capacity of 80% of maximum electricity demand and with a heat-to-power ratio of 2/3. In such conditions however, there was an increase in emissions of 8/5%.

Now, it was not only a war to topple a “rotten” and dangerous regime, but the war itself was a method of “political engineering”, a tool to reshape a country and an entire region. Under these circumstances, the brilliance of the military campaign was forgotten quickly. Experts and “ordinary” people alike knew for certain that only the easier phase was over when President Bush emphatically proclaimed, “Mission accomplished” on 1 May 2003. Jessica Matthews, the President of the Carnegie Endowment, was speci¿cally graphic when stressing: The part that the United States is less good at, less practiced in, and less politically ready for is still to come.


Examples of airports are given that currently, or will in the future, rely on cogeneration to meet their power needs. Each of these cogeneration plants is located on the airport grounds, and each employs a GE aeroderivative gas turbine.

In order for economically viable distributed generation systems for local communities to be widely accepted, it is essential to develop an efficient and low-cost heat supply system. For this purpose, we propose a new heat supply system which we already presented at the ICOPE-05 Chicago. The key technology for the system is to connect compact heat supply units with a heat storage function installed in all the households of the local community, such as condominiums, by a single-loop of hot water pipe. A phase change material was used for the heat supply unit as the heat storage material. However, for easier handling and reducing the cost of the unit, we have developed a new heat supply unit whose heat storage tank is made of plastic. Hot water for space heating is used as the heat storage material. Further we constructed a heat supply system for 7 lived-in households with a 5 kW gas engine and a 42 kW boiler as the heat sources. Some experiments with a heat supply unit and a heat supply system, such as for heat storage and heat supply for peak demand were conducted. Additionally, dynamic simulations of heat demand by 50 households and a COP evaluation of a new CO2 heat pump system using low-temperature exhaust gas from the gas engine were also conducted.


A Kurdish state in northern Iraq represents a potential threat to Iran and Turkey, which both have sizable Kurdish populations. In July 2004, Iran and Turkey signed an agreement to cooperate in security matters relating to Kurdish separatist groups operating out of northern Iran.

Work at the Institute of Gas Technology on fuel cell technology for commercial application has focused on phosphoric acid (PAFC), molten carbonate (MCFC), and solid oxide (SOFC) fuel cells. The author describes the status of the three technologies, and concludes that the MCFC in particular can efficiently supply energy in industrial cogeneration applications. The four largest industrial markets are primary metals, chemicals, food, and wood products, which collectively represent a potential market of 1000 to 1500 MEe annual additions. At $700 to $900/kW, fuel cells can successfully compete with other advanced systems.


This paper discusses the influence of mass installation of a home co-generation system (H-CGS) using a polymer electrolyte fuel cell (PEFC) on the voltage profile of power distribution system in residential area. The influence of H-CGS is compared with that of photovoltaic power generation systems (PV systems). The operation pattern of H-CGS is assumed based on the electricity and hot-water demand observed in 10 households for a year. The main results are as follows. With the clustered H-CGS, the voltage of each bus is higher by about 1-3% compared with the conventional system without any distributed generators. Because H-CGS tends to increase the output during the early evening, H-CGS contributes to recover the voltage drop during the early evening, resulting in smaller voltage variation of distribution system throughout a day. Because of small rated power output about 1kW, the influence on voltage profile by the clustered H-CGS is smaller than that by the clustered PV systems. The highest voltage during the day time is not so high as compared with the distribution system with the clustered PV systems, even if the reverse power flow from H-CGS is allowed.

In the cogeneration technology alternatives study (CTAS) a number of advanced coal fired systems were examined and systems using a integrated coal gasifier IGCC or a fluid bed combustor AFB were found to yield attractive cogeneration results in industrial cogeneration applications. A range of site requirements and cogeneration sizing strategies using ground rules based on CTAS were used in comparing an IGCC and an AFB. The effect of time variations in site requirements and the sensitivity to fuel and electricity price assumptions are examined. The economic alternatives of industrial or utility ownership are also considered. The results indicate that the IGCC system has potentially higher fuel and emission savings and could be an attractive option for utility ownership. The AFB steam turbine system has a potentially higher return on investment and could be attractive assuming industrial ownership.


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CTAS compared and evaluated various advanced energy conversion systems that can use coal or coal-derived fuels for industrial cogeneration applications. The principal aim of the study was to provide information needed by DOE to establish research and development (R&D) funding priorities for advanced-technology systems that could significantly advance the use of coal or coal-derived fuels in industrial cogeneration. Steam turbines, diesel engines, open-cycle gas turbines, combined cycles, closed-cycle gas turbines, Stirling engines, phosphoric acid fuel cells, molten carbonate fuel cells, and thermionics were studied with technology advancements appropriate for the 1985-2000 time period. The various advanced systems were compared and evaluated for a wide diversity of representative industrial plants on the basis of fuel energy savings, annual energy cost savings, emissions savings, and rate of return on investment (ROI) as compared with purchasing electricity from a utility and providing process heat with an on-site boiler.

The so-called Nixon Doctrine meant nothing more than the appointment of deputies for certain strategic areas of the world. Both Iran and Saudi Arabia were suitable from the American point of view. Both had – although in different ways – the potential to assume leadership functions within the region. Both were conservative and anti-communist enough, considering their own interests, to resist any changes in the stability and the status quo of the Gulf. Together Iran and Saudi Arabia were to form two solid pillars supporting the building of a conservative and pro-Western policy in the region. There was no place in the world during the ¿rst half of the 1970s where the Nixon Doctrine was more evident than in the Gulf. Both pillars enjoyed Washington’s permanent political, economic, and diplomatic attention. Of course, differences between the pillars did not vanish.


But the regimes equally fear the creation of domestic political dynamics that are increasingly hostile to the United States and which by necessity must force them to publicly distance themselves from their erstwhile protector. Some of the region’s elite are better positioned to resist internal political pressures than others. The al Nahyan’s in the United Arab Emirates, for example, face no serious opposition or internal political pressure to reduce their ties with the United States.

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The Ethics of Foreign Policy

The aftermath of these occupations has shown the seriousness of the miscalculations made by the administration and the lack of realism that went into devising the strategy. One unexpected result, ironically, may be a new strategic reality emerging in the Persian Gulf.

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To build replicating systems with new functions, the engineering of existing biological machineries requires a sensible strategy. Protein synthesis Using Recombinant Elements (PURE) system consists of the desired components for transcription, translation, aminoacylation and energy regeneration. PURE, might be the basis for a radically alterable, lifelike system after optimization. Here, we regenerated 54 E. coli ribosomal (r-) proteins individually from DNA templates in the PURE system. We show that using stable isotope labeling with amino acids, mass spectrometry based quantitative proteomics could detect 26 of the 33 50S and 20 of the 21 30S subunit r-proteins when co-expressed in batchmore » format PURE system. By optimizing DNA template concentrations and adapting a miniaturized Fluid Array Device with optimized feeding solution, we were able to cogenerate and detect at least 29 of the 33 50S and all of the 21 30S subunit r-proteins in one pot. The boost on yield of a single r-protein in co-expression pool varied from ~1/5 to 5-fold compared to the batch mode, with up to ~ 2/4 µM yield for a single r-protein. Reconstituted ribosomes under physiological condition from PURE system synthesized 30S r-proteins and native 16S rRNA showed ~13% activity of native 70S ribosomes, which increased to 21% when supplemented with GroEL/ES.

Large savings can be made in industry by cogenerating electric power and process heat in single energy conversion systems rather than separately in utility plants and in process boilers. About fifty industrial processes from the largest energy consuming sectors were used as a basis for matching a similar number of energy conversion systems that are considered as candidates which can be made available by the 1985 to 2000 time period. The sectors considered included food, textiles, lumber, paper, chemicals, petroleum, glass, and primary metals. The energy conversion systems included steam and gas turbines, diesels, thermionics, stirling, closed-cycle and steam injected gas turbines, and fuel cells. Fuels considered were coal, both coal and petroleum-based residual and distillate liquid fuels, and low Btu gas obtained through the on-site gasification of coal. An attempt was made to use consistent assumptions and a consistent set of ground rules for determining performance and cost in individual plants and on a national level.


The nontechnical issues of industrial cogeneration for 12 California firms were analyzed under three categories of institutional settings: (1) industrial ownership without firm sales of power; (2) industrial ownership with firm sales of power; and (3) utility or third party ownership. Institutional issues were analyzed from the independent viewpoints of the primary parties of interest: the industrial firms, the electric utilities and the California Public utilities Commission. Air quality regulations and the agencies responsible for their promulgation were examined, and a life cycle costing model was used to evaluate the economic merits of representative conceptual cogeneration systems at these sites. Specific recommendations were made for mitigating measures and regulatory action relevant to industrial cogeneration in California.

CSP technologies can be applied for distributed energy production, on small-medium plants (on the 1 MW scale), to satisfy the needs of local communities, buildings and districts. In this perspective, reliable, low-cost, and flexible small/medium multi-generative CSP plants should be developed. Four pilot plants have been built in four Mediterranean countries (Cyprus, Egypt, Jordan, and Italy) to demonstrate the approach. In this paper, the plant built in Italy is presented, with specific innovations applied in the linear Fresnel collector design and the Thermal Energy Storage (TES) system, based on a single the use of molten salts but specifically tailored for small scale plants.


Gas turbines are widely used for power generation. In cogeneration system, the gas turbine generates electricity and the exhaust heat from the gas turbine is used to generate steam or chilled water. Besides enhancing the efficiency of the system, the process assists in reducing the emission of CO2 to the environment. This study analyzes the amount of CO2 emission by Universiti Teknologi Petronas gas fuelled cogeneration system using energy balance equations. The results indicate that the cogeneration system reduces the CO2 emission to the environment by 60%. This finding could encourage the power plant owners to install heat recovery systems to their respective plants.

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The cogeneration study focused on five industries that constitute three quarters of industrial steam demand: pulp and paper, chemicals, petroleum refining, steel, and food processing. These industries use almost one fifth of the total energy consumed in the United States. The analysis reflected the investment and regulatory concerns in the United States. The analysis reflected the investment used by industrial and utility managers. Phone discussions were held with approximately 70 companies to verify and augment the process and energy use data for the five industries.


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When regional relations have achieved this quality of interaction, one can call it interdependence. In this case, the regional parties deliberately develop and thus accept mutual “sensitivities and vulnerabilities”. Under such conditions the parties concerned actively work towards preventing mutual conÀicts. The most developed stage of regional order is exempli¿ed by the European Union: In a multi-level system of shared sovereignty, in which speci¿c national rights and policies have been transferred to a supranational body, integration has been reached. Common institutions and common policies – based on a shared set of values (democracy, human rights, and market economy) – are the guiding principles.


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This was increased tremendously when the UN Security Council issued Resolution 598, calling for a cease ¿re between Iraq and Iran, accepted immediately by Iraq. The war seemed to have arrived at the same point it had started eight years ago, and in the end Iran had to accept a cease ¿re, which went into effect on 20 August 1988. The Kuwait Crisis: Saudi Arabia and Iran vs. Iraq Almost immediately after the cease¿re the Saudi government modi¿ed its politics towards Iran. The neighbour on the other side of the Persian Gulf was weakened considerably by the war and the danger of exporting its revolution was diminished. On the other hand, Saddam Hussein was behaving like an undisputed winner and Àexing his muscles. The Iraqi victory had, deliberately or not, once again led to an imbalance in the triangular system. The Saudi government was therefore no longer interested in a further weakening of Iran. Step by step King Fahd tried to placate his Iranian neighbours. The tremendously weakened Iran was all too eager to respond.


In concluding this chapter, we have to admit that public diplomacy has the dif¿cult task of adjusting complicated political issues of a distant sphere to the individual experience of people’s near reality. At the same time, it has to avoid the spiral of simpli¿cation with its construction of foe images. Local media often help to construct a foe image if it ¿ts into people’s experienced and self-constructed reality in their sphere of nearness. On the other hand, the country which aims at changing its foe image abroad has to know exactly what this foe image looks like and how it was constructed.

Cogenerating electric power and process heat in single energy conversion systems rather than separately in utility plants and in process boilers is examined in terms of cost savings. The use of various advanced energy conversion systems are examined and compared with each other and with current technology systems for their savings in fuel energy, costs, and emissions in individual plants and on a national level. About fifty industrial processes from the target energy consuming sectors were used as a basis for matching a similar number of energy conversion systems that are considered as candidate which can be made available by the 1985 to 2000 time period. The sectors considered included food, textiles, lumber, paper, chemicals, petroleum, glass, and primary metals. The energy conversion systems included steam and gas turbines, diesels, thermionics, stirling, closed cycle and steam injected gas turbines, and fuel cells. Fuels considered were coal, both coal and petroleum based residual and distillate liquid fuels, and low Btu gas obtained through the on site gasification of coal. An attempt was made to use consistent assumptions and a consistent set of ground rules specified by NASA for determining performance and cost. Data and narrative descriptions of the industrial processes are given.


Information collected during an industrial survey of 12 selected plants was organized into four categories: technical, economic, environmental, and institutional. The technical aspects of industrial cogeneration are examined on a site-specific basis. The site-specific economics, environmental constraints, and institutional barriers that impact industrial cogeneration will be further investigated.

Industrial processes from the largest energy consuming sectors were used as a basis for matching a similar number of energy conversion systems that are considered as candidate which can be made available by the 1985 to 2000 time period. The sectors considered included food, textiles, lumber, paper, chemicals, petroleum, glass, and primary metals. The energy conversion systems included steam and gas turbines, diesels, thermionics, stirling, closed-cycle and steam injected gas turbines, and fuel cells. Fuels considered were coal, both coal and petroleum-based residual and distillate liquid fuels, and low Btu gas obtained through the on-site gasification of coal. An attempt was made to use consistent assumptions and a consistent set of ground rules specified by NASA for determining performance and cost. The advanced and commercially available cogeneration energy conversion systems studied in CTAS are fined together with their performance, capital costs, and the research and developments required to bring them to this level of performance.


This part aims at providing a framework for understanding policy perception in the Arab World. In the second part, the concept of public diplomacy as a tool of inÀuencing public perception is examined and criticized. The main focus lays on the variables that intervene in communicating policy, which can be identi¿ed as ¿rst, the dichotomy between the individual and mass medial construction of reality, and, second, the problem of simpli¿cation of political issues that often leads to the construction of foe images.

Over 80% of residential secondary energy consumption in Canada and Ontario is used for space and water heating. The peak electricity demands resulting from residential energy consumption increase the reliance on fossil-fuel generation stations. Distributed energy resources can help to decrease the reliance on central generation stations. Presently, distributed energy resources such as solar photovoltaic, wind and bio-mass generation are subsidized in Ontario. Micro-cogeneration is an emerging technology that can be implemented as a distributed energy resource within residential or commercial buildings. Micro-cogeneration has the potential to reduce a building's energy consumption by simultaneously generating thermal and electrical power on-site. The coupling of a micro-cogeneration device with electrical storage can improve the system's ability to reduce peak electricity demands. The performance potential of micro-cogeneration devices has yet to be fully realized. This research addresses the performance of a residential micro-cogeneration device and it's ability to meet peak occupant electrical loads when coupled with electrical storage. An integrated building energy model was developed of a residential micro-cogeneration system: the house, the micro-cogeneration device, all balance of plant and space heating components, a thermal storage device, an electrical storage device, as well as the occupant electrical and hot water demands.


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Moreover, America stands at the head of a system of alliances which include the world’s other leading democratic powers. At present, the United States faces no global rival.

This broad study is aimed at identifying the most attractive advanced energy conversion systems for industrial cogeneration for the 1985 to 2000 time period and assessing the advantages of advanced technology systems compared to using today's commercially available technology. Energy conversion systems being studied include those using steam turbines, open cycle gas turbines, combined cycles, diesel engines, Stirling engines, closed cycle gas turbines, phosphoric acid and molten carbonate fuel cells and thermionics. Specific cases using today's commercially available technology are being included to serve as a baseline for assessing the advantages of advanced technology.


The present study aimed at assessing the environmental benefits of power management practices based on cogeneration in the particular industrial sector of hospitals and healthcare. Cogeneration power systems, also known as "Combined Heat and Power" (CHP) or Cogen, supply on-site electricity and heat from a single fuel source (natural gas in general). While the efficiency of conventional plants to produce power and heat separately is limited to about 30%, the efficiency of a CHP plant is close to 80% and can reach up to 90% in some applications (Borbely et Kreider, 2001). One of the distinctive features of hospitals is their continuous demand for both type of energy (electricity and heat), which makes them good candidate for cogeneration. However, in North America at the present time, less than 5% of hospitals run on CHP. Most are being supplied with electricity by conventional power plants, run by specialized companies, and use on-site boiler(s) to generate heat. Energy spending can reach up to 3% of an hospital's annual operational budget. There are also environmental impacts related to current energy supply and use in hospitals. For instance, the burning of fossil fuels releases greenhouse gases (GHG), which contribute to human health problems and climate change. The first objective of the study was to outline the main benefits and challenges faced by hospitals that aim at becoming their own energy co-generator, in comparison to having power and heat produced separately.

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Over the next four years, the Progetto Energia project will be building several cogeneration plants to help satisfy the increasing demands of Italy`s industrial users and the country`s demand for electrical power. Located at six different sites within Italy, these combined-cycle cogeneration plants will supply a total of 500 MW of electricity and 100 tons/hr of process steam to Italian industries and residences. To ensure project success, a dynamic model of the 50-MW base unit was developed. The goal established for the model was to predict the dynamic behavior of the complex thermodynamic system in order to assess equipment performancemore » and control system effectiveness for normal operation and, more importantly, abrupt load changes. In addition to fulfilling its goals, the dynamic study guided modifications to controller logic that significantly improved steam drum pressure control and bypassed steam desuperheating performance simulations of normal and abrupt transient events allowed engineers to define optimum controller gain coefficients. The dynamic study will undoubtedly reduce the associated plant start-up costs and contribute to a smooth commercial plant acceptance. As a result of the work, the control system has already been through its check-out and performance evaluation, usually performed during the plant start-up phase. Field engineers will directly benefit from this effort to identify and resolve control system {open_quotes}bugs{close_quotes} before the equipment reaches the field. High thermal efficiency, rapid dispatch and high plant availability were key reasons why the natural gas combined-cycle plant was chosen.


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This report assesses the potential for cogeneration system development based on an analysis of the economic, environmental, energy efficiency and social aspects of such systems. The cogeneration system is an application of the principle of cogeneration in which utility-sized powe.

Engineers, who design systems using text specification documents, focus their work upon the completed system to meet Performance, time and budget goals. Consistency and integrity is difficult to maintain within text documents for a single complex system and more difficult to maintain as several systems are combined into higher-level systems, are maintained over decades, and evolve technically and in performance through updates. This system design approach frequently results in major changes during the system integration and test phase, and in time and budget overruns. Engineers who build system specification documents within a model-based systems environment go a step further and aggregate all of the data. They interrelate all of the data to insure consistency and integrity. After the model is constructed, the various system specification documents are prepared, all from the same database. The consistency and integrity of the model is assured, therefore the consistency and integrity of the various specification documents is insured. This article attempts to define model-based systems relative to such an environment. The intent is to expose the complexity of the enabling problem by outlining what is needed, why it is needed and how needs are being addressed by international standards writing teams.


Solar Turbines developed a direct coal-fueled turbine system (DCFT) and tested each component in subscale facilities and the combustion system was tested at full-scale. The combustion system was comprised of a two-stage slagging combustor with an impact separator between the two combustors. Greater than 90 percent of the native ash in the coal was removed as liquid slag with this system. In the first combustor, coal water slurry mixture (CWM) was injected into a combustion chamber which was operated loan to suppress NO{sub x} formation. The slurry was introduced through four fuel injectors that created a toroidal vortex because ofmore » the combustor geometry and angle of orientation of the injectors. The liquid slag that was formed was directed downward toward an impaction plate made of a refractory material. Sixty to seventy percent of the coal-borne ash was collected in this fashion. An impact separator was used to remove additional slag that had escaped the primary combustor. The combined particulate collection efficiency from both combustors was above 95 percent. Unfortunately, a great deal of the original sulfur from the coal still remained in the gas stream and needed to be separated.

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Their argument relies on earlier work by David A. Lake and Roger Morgan (eds), Regional Orders. Building Security in a New World (University Park, Pa: Pennsylvania State University Press, 1997) and Louise Fawcett and Andrew Hurrell, Regionalism in World Politics.

Energy use in commercial buildings constitutes a major proportion of the energy consumption and anthropogenic emissions in the USA. Cogeneration systems offer an opportunity to meet a building's electrical and thermal demands from a single energy source. To answer the question of what is the most beneficial and cost effective energy source(s) that can be used to meet the energy demands of the building, optimizations techniques have been implemented in some studies to find the optimum energy system based on reducing cost and maximizing revenues. Due to the significant environmental impacts that can result from meeting the energy demands in buildings, building design should incorporate environmental criteria in the decision making criteria.


In a study sponsored by the State of California Energy Resources Conservation and Development Commission, 12 industrial plants in five utility districts were surveyed to assess the potential applications of the cogeneration of heat and electricity in California industry. Thermodynamic calculations were made for each plant in determining the energy required to meet the existing electrical and steam demands. The present systems were then compared to conceptual cogeneration systems specified for each plant. Overall energy savings were determined for the cogeneration applications. Steam and gas turbine topping cycle systems were considered as well as bottoming cycle systems.

This in turn attracted the appended declaration about two types of bōšæt >shame< attested to in Sir 4,20–21. The literary affinities between LXX-Proverbs 26,11 and the Ben Sira passage reflect the imprint of schools of sages who contributed to the conceptual stratification and moralizing tendency of the wisdom teachings of Proverbs.


Cogeneration cycle is an efficient mean to recover the waste heat from the flue gases coming out of gas turbine. With the help of computer simulation, design parameters may be selected for the best performance of cogeneration cycle. In the present work a program is executed in software EES on the basis of mathematical modelling described in paper to study cogeneration cycle performance for different parameters. Results obtained are compared with the results available in literature and are found in good agreement with them. Real gas and water properties are inbuilt in the software. Results show that enthalpy of air entering the combustion chamber is higher than that of the flue gases at combustion chamber outlet. For different operative conditions, energy and exergy efficiencies follow similar trends; although, exergy efficiency values are always lower than the corresponding energy efficiency ones. From the results it is found that turbine outlet temperature (TIT) of 524°C is uniquely suited to efficient cogeneration cycle because it enables the transfer of heat from exhaust gas to the steam cycle to take place over a minimal temperature difference. This temperature range results in the maximum thermodynamic availability while operating with highest temperature and highest efficiency cogeneration cycle. Effect of cycle pressure ratio (CR), inlet air temperature (IAT) and water pressure at heat recovery steam generator (HRSG) inlet on the 30MW cogeneration cycle is also studied.

The thermal economic feasibility of a small cogenerated energy facility designed to serve several industries in the Stockyards area was investigated. Cogeneration options included two dual fuel diesels and two gas turbines, all with waste heat boilers, and five fired boilers. Fuels included natural gas, and for the fired boiler cases, also low sulphur coal and municipal refuse. For coal and refuse, the option of steam only without cogeneration was also assessed. The fired boiler cogeneration systems employed back pressure steam turbines. The refuse fired cases utilized electrical capacities, 8500 to 52,400 lbm/hr and 0 to 9/9 MW (e), respectively. Deficient steam was assumed generated independently in existing equipment. Excess electrical power over that which was displaced was sold to Commonwealth Edison Company under PURPA (Public Utility Regulatory Policies Act). The facility was operated by a mutually owned corporation formed by the cogenerated power users.


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Therefore, media especially inÀuences the construction of images in the sphere of distance; it transmits images of the unknown or of the imagined. Wittkämper argues that mass media thus has pushed back the impact of interpersonal communication and ¿rst-hand experiences in the process of forming public opinion. The author doubts that this is true when experienced reality interferes with the process of image-construction, and personal involvement collides with the images transported by the mass media. The dichotomy of nearness and distance does not only refer to geographical, but also to social and cultural nearness or distance.

The biomass cogeneration was reviewed. The business assessment is based in part on discussions with key officials from firms that have adopted biomass cogeneration systems and from organizations such as utilities, state and federal agencies, and banks directly involved in a biomass cogeneration project. The guide is organized into five chapters: biomass cogeneration systems, biomass cogeneration business considerations, biomass cogeneration economics, biomass cogeneration project planning, and case studies.


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The invasion re-opened the competition in the internal political balance of power that had been established when Britain installed a Sunni monarchy supported by a caste of Ottoman Sunni technocrats in the early 1920s. Supported by the United States, Shiite and Kurdish communities (both with signi¿cant internal ¿ssures) seized their chance in the chaotic aftermath of the Iraq invasion to use governmental institutions as a means to exert inÀuence and control over their Sunni rivals. The passing out of government ministries to different Shiite and Kurdish ¿gures in the aftermath of the December 2005 elections reÀected this process. These internal dynamics are layered upon an already fragile regional political climate. Upsetting the apple cart of Iraqi politics comes amidst a time of regional generational transition, with the anachronistic carcasses of discredited secular dictatorships and monarchies still littering the regional political landscape. The region is awash in post-colonial era familial elites desperately clinging to power and seeking ways to extend their collective reigns. Egyptian President Hosni Mubarak is positioning his son Gamal to succeed him. Syrian President Haffez Assad’s son Bashar sits perched atop a creaky Alawite power structure. In Jordan, King Abdullah faces the daunting prospect of governing without the popularity and legitimacy of his father. In Bahrain, Sheik Hamad proclaimed himself king in an attempt to ensure that the Khalifa dynasty continues ruling over the island’s restive Shiite majority in perpetuity.