LA COOPERACIÓN BILATERAL EN MATERIA MILITAR ENTRE EE.UU. Y EGIPTO Y SU INCIDENCIA EN LA SEGURIDAD FRONTERIZA CON ISRAEL (2002-2008).

Este estudio de caso se realiza con el ánimo de analizar la cooperación militar existente entre Estados Unidos y Egipto durante el periodo de 2002 a 2008. De esta manera, se busca conocer la incidencia que dicha cooperación tuvo en la seguridad fronteriza de Egipto e Israel. Para tal fin a lo largo del trabajo se procederá a exponer los principales aspectos del programa de cooperación analizado, se identificaran las principales amenazas a la seguridad fronteriza de Egipto y de Israel y se describirán las principales acciones que en el marco de dicho programa de cooperación militar se han tomado para hacerles frente a estas.

Definición de una estrategia que permita mejorar la comercialización de G.L.P. en cilindros para una empresa comercializadora en la ciudad de Quito

El presente trabajo forma parte de una investigación para definir una estrategia de comercialización de GLP en cilindros de 15 kilos en la Ciudad de Quito. Capitulo I.- En este capitulo se inicia con esbozo de las generalidades del GLP (gas licuado de petróleo), así como también de una ligera presentación de la empresa objeto del estudio. Capitulo II.- Parte fundamental de este capitulo constituye la priorización del análisis del ambiente de la comercializadora y de su competencia, lo cual nos permite tener una idea preliminar de el tipo de estrategia a ser definido. Capitulo III.- Las principales manifestaciones de necesidades, comportamiento y segmentación son tratados en este capitulo, del cual se despejan las ideas principales que tiene el consumidor final de GLP en la Ciudad de Quito. Capitulo IV.- El desarrollo de este capitulo esta centrado en el análisis de la estrategia de diferenciación y posicionamiento, la misma que permite definir cual es la mas apta para ser aplicada en la empresa. Capitulo V.- En este capitulo se establece las conclusiones y recomendaciones, las mismas que reflejan los resultados finales de la investigación.

Best Available Techniques (BAT) and coal fired power stations: Can the energy gap be plugged without increasing emissions?

At present, there is much anxiety regarding the security of energy supplies; for example, the UK and other European States are set to become increasingly dependant upon imports of natural gas from states with which political relations are often strained. These uncertainties are felt acutely by the electricity generating sector, which is facing major challenges regarding the choice of fuel mix in the years ahead. Nuclear energy may provide an alternative; however, in the UK, progress in replacing the first generation reactors is exceedingly slow. A number of operators are looking to coal as a means of plugging the energy gap. However, in the light of ever more stringent legal controls on emissions, this step cannot be taken without the adoption of sophisticated pollution abatement technology. This article examines the role which legal concepts such as Best Available Techniques (BAT) must play in bringing about these changes.

Direct estimates of emissions from the megacity of Lagos

We report here top-down emissions estimates for an African megacity. A boundary layer circumnavigation of Lagos, Nigeria was completed using the FAAM BAe146 aircraft as part of the AMMA project. These observations together with an inferred boundary layer height allow the flux of pollutants to be calculated. Extrapolation gives annual emissions for CO, NOx, and VOCs of 1.44 Tg yr−1, 0.03 Tg yr−1 and 0.37 Tg yr−1 respectively with uncertainties of +250/−60%. These inferred emissions are consistent with bottom-up estimates for other developing megacities and are attributed to the evaporation of fuels, mobile combustion and natural gas emissions.

Direct estimates of emissions from the megacity of Lagos

We report here top-down emissions estimates for an African megacity. A boundary layer circumnavigation of Lagos, Nigeria was completed using the FAAM BAe146 aircraft as part of the AMMA project. These observations together with an inferred boundary layer height allow the flux of pollutants to be calculated. Extrapolation gives annual emissions for CO, NOx, and VOCs of 1.44 Tg yr(-1), 0.03 Tg yr(-1) and 0.37 Tg yr(-1) respectively with uncertainties of (+250)/(-60%). These inferred emissions are consistent with bottom-up estimates for other developing megacities and are attributed to the evaporation of fuels, mobile combustion and natural gas emissions.

Potential of making - Over to sustainable buildings in the Kingdom of Bahrain

Two unique large buildings in the Kingdom of Bahrain were selected for make-over to sustainable buildings. These are the Almoayyed Tower (the first sky scraper) and the Bahrain International Circuit, BIC (The best world Formula 1 Circuit). The amount of electricity extracted from using renewable energy resource (solar and wind), integrated to the buildings-has been studied thoroughly. For the first building, the total solar electricity from the PV installed at the roof and the 4 vertical facades was found 3 017 500 kWh annually (3 million kWh), i.e. daily energy of 8219 kWh (enough to Supply electricity for 171 houses, each is rated as 2 kW house-in Europe the standard is 1.2 kW). This means that the annual solar electricity produced will be nearly 3 million kWh. This correspond to annual CO, reduction of 3000 t (assuming each kWh of energy from natural gas lead to emission of 1 kg of CO2). For the second building (BIC) the solar electricity from PV panels installed at the roof top, fixed at tilt angle of 26 degrees facing south, will provide annual solar electricity of is 2.8 x 10(6) kWh. The solar electricity from PV panels installed on the windows (12,000 m(2)) will be 45.3 x 10(6) kWh. This means that the total annual electrical power from PV panels (windows and roofs) will be nearly 12 MW (32 kW per day). The CO2 reduction will be 48,000 t. Under the carbon trading or CDM scheme the revenue (or the reward) would be (sic)480,000 million annually (the reward is (sic)10 per tonnes of CO2). The BIC circuit can have diversified electricity supply, i.e. from solar radiation (PV), from solar heat (CSP) and from wind (wind turbines), assuring its sustainability as well as reducing the CO2 emission.

Controls of carbon dioxide concentrations and fluxes above central London

Eddy-covariance measurements of carbon dioxide fluxes were taken semi-continuously between October 2006 and May 2008 at 190 m height in central London (UK) to quantify emissions and study their controls. Inner London, with a population of 8.2 million (~5000 inhabitants per km2) is heavily built up with 8% vegetation cover within the central boroughs. CO2 emissions were found to be mainly controlled by fossil fuel combustion (e.g. traffic, commercial and domestic heating). The measurement period allowed investigation of both diurnal patterns and seasonal trends. Diurnal averages of CO2 fluxes were found to be highly correlated to traffic. However changes in heating-related natural gas consumption and, to a lesser extent, photosynthetic activity that controlled the seasonal variability. Despite measurements being taken at ca. 22 times the mean building height, coupling with street level was adequate, especially during daytime. Night-time saw a higher occurrence of stable or neutral stratification, especially in autumn and winter, which resulted in data loss in post-processing. No significant difference was found between the annual estimate of net exchange of CO2 for the expected measurement footprint and the values derived from the National Atmospheric Emissions Inventory (NAEI), with daytime fluxes differing by only 3%. This agreement with NAEI data also supported the use of the simple flux footprint model which was applied to the London site; this also suggests that individual roughness elements did not significantly affect the measurements due to the large ratio of measurement height to mean building height.

Seasonality and the valuation of commodity options

Price movements in many commodity markets exhibit significant seasonal patterns. However, given an observed futures price, a deterministic seasonal component at the price level is not relevant for the pricing of commodity options. In contrast, this is not true for the seasonal pattern observed in the volatility of the commodity price. Analyzing an extensive sample of soybean, corn, heating oil and natural gas options, we find that seasonality in volatility is an important aspect to consider when valuing these contracts. The inclusion of an appropriate seasonality adjustment significantly reduces pricing errors in these markets and yields more improvement in valuation accuracy than increasing the number of stochastic factors.

The decline of the world`s energy intensity

Energy intensity of the total primary energy supply (TPES), total final energy consumption (TFC) and LOSSES in the conversion from TPES to TFC were analyzed for the World, OECD and Rest of the World (ROW) countries. LOSSES increased significantly for all groups of countries due to the increase of electricity production from coal in the period studied (1971-2008). Electricity share final consumption almost doubled, increasing from 8.8% to 17.2% in the period studied. However the energy intensity of LOSSES remained practically constant, which reflects the fact that the efficiency of electricity generation from coal (the main source of electricity) remained practically constant in that period. Despite the attractiveness of end-use devices running on electricity such as computers, which is typical of modern societies, the CO(2) emissions are bound to increase unless coal is replaced by less carbon emitting sources such as natural gas, renewables and nuclear energy. (C) 2011 Elsevier Ltd. All rights reserved.

Development of a Compact Solar Combisystem

Within the frame of the project REBUS, "Competitive solar heating systems for residential buildings", which is financed by Nordic Energy Research, a new type of compact solar combisystem with high degree of prefabrication was developed. A hydraulic and control concept was designed with the goal to get highest system efficiency for use with either a condensing natural gas boiler or a pellet boiler. Especially when using the potential of high peak power of modern condensing natural gas boilers, a new operation strategy of a natural gas boiler/solar combisystem can increase the energy savings of a small solar combisystem by about 80% compared to conventional operation strategies.

Solar thermal components adapted to common building standards (SCAS)

Pilot versions of a solar heating/natural gas burner system, of a solar heating/pellet burner system and of a façade/roof integrated polymeric collector have been installed in the summer of 2006 in a number of demonstration houses in Denmark, Sweden and Norway.These three new products have been evaluated by means of measurements of the thermal performance and energy savings of the pilot systems in practice and by means of a commercial evaluation.The conclusion of the evaluations is that the products are attractive for the industry partners METRO THERM A/S, Solentek and SOLARNOR. It is expected that the companies will bring the products into the market in 2007.Further, the results of the project have been presented atinternational and national congresses and seminars for the solar heating branch. The congresses and seminars attracted a lot of interested participants.Furthermore, the project results have been published in international congress papers as well as in national journals in the energy field.Consequently, the Nordic solar heating industry will benefit from the project.

A proposed Model for Country Branding : an experimental Application on Nigeria

In the era of globalization, countries compete with each other for attention, respect and trust of potential consumers, investors, tourists, media and governments of other nations. Branding is the most powerful tool that a nation can utilize for effective differentiation strategies and for creating competitive advantage over other nations. Unfortunately, not every nations or destination marketers have a broad understanding of the concept of branding and how a country can be successfully branded. Hence, this study has proposed a model that could be used as a valuable guide for country branding. Also the model is recommended for countries struggling with image crisis; on the mission to improve the image internationally. Nigeria is a good example of countries with image crisis; it is one of the most populated countries in the world with a population of about 160 million inhabitants and growth rate of 2.553percent annually. Despite the abundant resources (e.g. coal, petroleum, natural gas etc.) that the nation is endowed with, it is quite disappointing that the population below poverty line is still at the alarming rate of 70percent of the total population. The mismanagement and poor leadership of the nation characterised by corruption, fraud, embezzlement of public fund etc. has culminated into serious image crisis that is slowing down the potential for investment and economic growth. However, there has been series of image rebranding campaigns but no tangible achievement has been recorded. It is quite questionable though, if image rebranding will provide the kind of future that Nigeria envisaged, considering the socio-political situation and the economic imbalance; compounded by the obvious fact that the nation has no known brand. Therefore, this paper argues that there is need to redirect the effort invested on image rebranding to the creation of a unique and competitive brand for the country. It was established from the study that a nation’s brand is capable of improving the reputation of the nation as well as stimulate the expectation of the target audience. However, it was also established from the study that a wrong approach to branding could mislead the target audience and attract negative publicity. Hence, as a contribution of the study to the field of branding, a model was proposed as a functional guide for country branding. Also, considering the abysmal performance of Nigeria’s image in the international community and to strengthen the argument that brand creation is required for the country; an experimental application of the proposed model was conducted using Nigeria as the case country. The first phase of the model suggested a major improvement in the society; this is required to further enhance the strengths of the country and to motivate the much needed community participation and confidence in the brand creation. It is the conclusion of the study that a strong nation brand can offset the image problem if it is built on something concrete, genuine, and uniquely identifiable with the country, capable of connecting to the cognitive psychology of the target audience.

Dynamic whole system testing of combined renewable heating systems : the current state of the art

Objective: For the evaluation of the energetic performance of combined renewable heating systems that supply space heat and domestic hot water for single family houses, dynamic behaviour, component interactions, and control of the system play a crucial role and should be included in test methods. Methods: New dynamic whole system test methods were developed based on “hardware in the loop” concepts. Three similar approaches are described and their differences are discussed. The methods were applied for testing solar thermal systems in combination with fossil fuel boilers (heating oil and natural gas), biomass boilers, and/or heat pumps. Results: All three methods were able to show the performance of combined heating systems under transient operating conditions. The methods often detected unexpected behaviour of the tested system that cannot be detected based on steady state performance tests that are usually applied to single components. Conclusion: Further work will be needed to harmonize the different test methods in order to reach comparable results between the different laboratories. Practice implications: A harmonized approach for whole system tests may lead to new test standards and improve the accuracy of performance prediction as well as reduce the need for field tests.

Tratamento das contas das empresas estatais produtivas no orçamento do setor público: o exemplo da Petrobrás

Nos últimos anos, a contabilização do resultado das empresas estatais nos números que medem a necessidade de financiamento do setor público e o estoque da dívida líquida do setor público tem garantido o cumprimento das metas fixadas para o superávit primário mas tem limitado a quantidade de recursos que as empresas do governo podem tomar na forma de empréstimo para fins de investimento. Ao examinarmos o tratamento dado às contas das Empresas Estatais nos acordos do Brasil com o FMI em relação ao estabelecido nos manuais do Fundo, na União Européia e em diplomas legais brasileiros, encontramos discrepância de tratamento, o que nos faz supor que há condições tanto para a inclusão como para a exclusão das contas das Empresas Estatais, não apenas na apuração dos resultados em termos de déficit ou superávit fiscal, mas também no cálculo dos valores da dívida pública. Ao considerarmos os manuais e a legislação brasileira, verificamos a possibilidade de se adotar um tratamento similar ao empregado na União Européia, excluindo essas sociedades das contas de déficit e dívida. Essa dissertação se propõe a discutir o tratamento das contas das empresas estatais produtivas no orçamento do setor público, utilizando como exemplo a Petrobras, e analisar duas possibilidades: a primeira é a exclusão das contas dessas estatais não apenas na apuração dos resultados em termos de déficit ou superávit fiscal, mas também no cálculo dos valores da dívida pública. A segunda possibilidade é que as contas dessas empresas pelo menos sejam retiradas do cálculo do superávit primário. A Petrobras, por exemplo, possui todos os seus investimentos custeados por recursos próprios oriundos da comercialização de seus produtos ou por captação no mercado. Além disso, a Petrobras não recebe qualquer recurso do governo. Pelo contrário, ela contribui significativamente para a receita pública da União, dos estados e dos municípios, por meio do pagamento de impostos, taxas, contribuições, dividendos e royalties pela extração de petróleo e gás natural, sendo a maior contribuinte individual do Brasil, além da economia de divisas proporcionada ao longo de sua história. Pelos motivos acima expostos, sugerimos a exclusão das contas das empresas estatais produtivas das contas de déficit e de dívida do setor público. Caso esta proposta não seja adotada, sugerimos que pelo menos essas empresas sejam excluídas do cálculo do superávit primário do setor público. Neste documento, analisamos o caso da Petrobras, a empresa estatal federal que apresenta as melhores condições para essas propostas.

Brazil's regulatory framework: predictability or uncertainty?

Este Trabalho Discute as Perspectivas da Regulação Econômica no Brasil. para Tanto, Primeiramente Apresenta-Se a Evolução Histórica da Regulação no País, Discutindo as Principais Questões Relacionadas Às Agências Reguladoras Federais. em Segundo Lugar, os Marcos Regulatórios de Cinco Diferentes Setores (Telecomunicações, Eletricidade, Saneamento Básico, Petróleo e Gás Natural) são Analisados. em Terceiro Lugar, a Questão do Financiamento de Investimentos em Infra-Estrutura é Tratada, Enfatizando o Papel das Parcerias Público-Privadas (Ppps). uma Seção Final Cont~Em um Possível Agenda para a Regulação no Brasil