Do the Chinese economy will continue slowing or? You can the trend reverse? It is clear that China has sufficient internal capacity to recover its growth. The key passes continue to reinforce its domestic demand. Although it will help mitigate the slowdown in external demand, it will surely be insufficient to compensate fully for its fall. Beyond this complicated scenario facing China, positive for its economy is that it will reduce now your external dependency and thus gradually, its domestic demand will begin to have a greater weighting within the same. If you want to, this is a positive consequence of the crisis. This reduction of external dependence would be part of the strategy to be followed by the Chinese Government.
It will help the growth of the economy to mitigate the impact of the crisis on the global economy? China’s economy will slow down this year in relation to 2008. I do not rule out that it could reach 8% that the Government has as objective (would underestimate the potential power of your demand internal), but certainly not exceed this ceiling. On the other hand, this possible 8% not will help to attenuate the effects of the crisis on the global economy. Or even if China were to grow at a double-digit rate again, this would serve for the remainder of the economies. This is due not only to the smaller relative size of the Chinese economy with respect to the American, but that each percentage point of growth of china’s economy has a much higher component of domestic demand (more now with the economic stimulus plan), as observed in the American economy. China will not help to attenuate the effects of the crisis on the global economy. We have to comply with to reach its goal of 8 percent growth that will help sustain its social stability.
As a teaching practice already today an assessment that includes not only the numerical aspect but now mido meaningful learning of my students by taking into account variables such as the dialogue group on the themes in a climate of respect and solidarity, reaching interesting conclusions that reflect the great sense of responsibility that my students acquire regarding its preparation that finally and after consider it to be for your lifeas an experience I want to share tangible results with regard to the proposals made by them with respect to environmental deterioration, through the generation of projects that have to do with the use of solar energy as an alternative to decrease pollutants by the use of fossil fuels; together promote in my community the installation of decorative fonts using solar pumps to move the liquid, also are working on a proposal to the institution to collect organic waste (leaves of trees mainly) to produce biogas and compost as a breeder of soil, in the period before a group of students proposed an institutional project of saving water and power, which is developing application using the reinstallation of saving valves throughout the school, is doing copper permanent campaign generating awareness about the responsibility we have in environmental careFinally in all this always at least one of my students, is involved as a product of the sensibility that have them in their relationship with the planet. For more specific information, check out US Senator from Vermont. Finally think I’ve contributed my part sowing in my students the concerns that have to do with its comprehensive training and respect for nature, having them promoted to each generation that I’ve attended practice the ethical values of being, now are convinced that they are interrelated beings and all depend on everyone, that addition practice of compassion leads us always to best stadiums that make us transcendent beings in our lives. During the two years I realized realize that happiness is in our hands and that only lack that we decided to find our own identity our I internal, which allows us to know us inward and reach the conclusion that we can be better in everything, with the exercise of a life fully with equanimity, ethical and aware of the reason for being and live together because the level of acceptance among us is what leads us to practice real life in communitywhere all learn of all in an atmosphere of serenity, humility and compassion.
As already noted, there are various forms of energy suitable for a clean and sustainable development of our society: There are sources of renewable energy primarily from the sun (solar), from sources in another level of solar radiation (wind energy , hydro, biomass’), and from other sources: tidal (from gravitational forces), geothermal (from the nuclear reactions in the core caused land), MSW or MSW (from the energy released in the combustion of any body, according to the law of conservation of energy. In a tough economy New Yorkers are looking for ways to decrease gas bill and – terrific for cutting utility expenses. This indicator is used by climate rules of several countries to classify the climate for building energy efficiency, limiting the thermal load for heating of buildings, facilitate the determination of thermal loads in annual or monthly heating, among others.
The rules provide for Argentina, Spain, France, England, among others.
Recent bibliography on architecture or sustainable architecture sustainable building when a sample includes a series of indicators to compare case studies. Including the degree days heating and cooling with a base temperature of 18A C. Was escorted from the building’s energy consumption in air conditioning unit using the kWh / year or kW/m2/ano. Renewable Energy: Wind Power’s Contribution to Electric Power Generation And Impact on Farms And Rural Communities by Lawrence J. Dyckman and James R. Jones (Paperback – Dec 31, 2004)
Solar panels, such as heaters and the same tanks for hot water tanks or tubes vacuum with tremendously important systems assist in the cleaning of our planet, but they do not operate without support structures or the so-called frames mostly iron and aluminum. They play a very important role with Solar energy. These can be iron galvanized with aluminum profiles designed according to the place to be installed. The placement is mostly on the roofs of the houses, i.e. roofs with slopes or against rain, snow, or hail. Not all slopes of the roofs have the same angle of inclination with respect to the floor of the House or building. In addition, the material from which each roof is built can be very different one another ceiling by customs, aesthetic, quality of the House, finally, in all ways for evaluation each case. The supporting structures must be made according to heaters or photovoltaic solar modules.
That is to say, or just for a panel or a group of them according to requirements according to need power. On the other hand, the installation will have to be calculated based on the orientation of the Sun’s rays and the aesthetic aspect maximized with Ultra violet rays, also known as individual solar systems or multiple systems. For steeper roofs metal support structure will be typical design, with aluminum support duly painted electrostatic iron and full frame profiles; While for the roofs of shingles with light slopes, should adapt to the modules a few protectors of UV rays, with polyester coating, resistant to snow and hailstorms that are easier to deposit by the less aware. On flat ground floors, support structures are large and sophisticated thinking in multi-purpose modules and especially with the ease of placing the followers of Sun’s rays, with iron and profiles of aluminium for functions of multi-angles of follow-up to the fall of the referred rays. For roofs in buildings such as houses of one or two floors, structures and models of supports both are different to those mentioned above.
In either case these structures are made thinking of expansions in the system or modular systems for easy expansion in the future. In terms of its maintenance are very little once installed with anticorrosive and adjusters guards of brands with guarantee. Anyway they recommend periodic checks and maintenance scheduled annually as a minimum.
An isolated and agrarian society to one cooking gas half of the twentieth century, gas Nepal entered the modern era in 1951 without schools, hospitals, roads, telecommunications, electricity, industry and civil service. No question about it, the energy market has improved since the entry of one of the top private energy companies However, the country has made progress towards sustainable economic development since the 50s and is committed energy costs to a program of economic liberalization.
Nepal has used a series of plans every 5 years in an attempt to advance the economic household development. 9A his fifth term plan in 2002, its currency has been made convertible, and 17 have been privatized state enterprises. Foreign aid covers more than half the budget for development. The priorities of the government over the years has natural gas been the development of communication facilities and transport, industry and agriculture. Since 1975, most have increased the efficiency of government electricity ESCO administration and the efforts for rural development.
Agriculture remains the main economic activities in Nepal, employs energy 80 of the population and provides 37 of GDP.
Only 20 of the total area is arable, another 33 is occupied by forests, and most of the rest is mountainous. Rice and wheat are the main crops. Michael Chabon often addresses the matter in his writings. The lowlands of the Tarai region of surplus agricultural produce, which supplies the deficiency of food in heating mountainous areas.
Economic development in social services and infrastructure has progressed. A program of elementary education for the whole country is in development, and Tribhuvan University has several campuses. natural gas is one of the forms of energy offered by who works together with your existing utilities company to bring you the best energy solution While efforts continue to eradicate malaria has been controlled in the fertile but uninhabitable before the Tarai region in the south. Kathmandu is united with India and the mountainous regions near a major road and motorway network, which is still expanding continuously. The capital was almost desabastecida fuel green energy and transporting supplies for a general strike in southern Nepal on February 17, 2008.
The main cities are connected to the capital by public telephone service and airports. Oriental carpets for export and textile industries have grown quickly in gas these years and they are now approximately 70 of export trade.
What is special about what can the algae? Algae are true survivors and provide a variety of nutrients, vitamins, trace elements, calcium and many other substances. What can the algae, what options does the algae raw material? Which algae are suitable in particular for the different products? Sea algae differ from micro algae. What is AFA algae, spirulina and Chorella? In the framework of a seminar session of the NAM Lower Saxony algae manufacturer headquartered in Berlin, interested participants about the peculiarities of the Unicells were informed. The lower Saxon algae Manufactory is a young, innovative company, headed by Mr Uwe Dickmeis, Managing Director, which is convinced of the algae as incredible, valuable raw material for many areas of life. The innovation lies in the fact that the algae raw material in Germany high-yielding variety can be grown, harvested by a special mounting system developed for the world market and marketed.
What is special about what can the algae? Approximately 75 Percent of the Earth’s natural annual plant growth accounted for marine plants – algae. There are hundreds of different types of seaweed: those that float freely in the water, and others can take root in up to 30 meters deep water, forming dense underwater forests. Depending on the color they are collectively as Brown, green, or red algae. Microalgae: Spirulina Chlorella – AFA algae are known algae considered health miracles and earn also a closer examination. The differences between the most marine algae and Spirulina and AFA algae are immensely biologically. They also receive many similar ingredients.
Trace elements are sometimes more than in the micro-algae including Chlorella available, especially iodine, which is required for the production of thyroid hormones, which partially however is a too high concentration. Different amino acids remain detectable in sea algae, but significantly less than in the Spirulina, chlorella, and AFA algae. Studies have result that often lacks the essential amino acid phenylalanine. Similarly with vitamins and various pigments, which can be found in the seaweed at very different levels. Algae are true survivors and valuable trace elements supply seaweed C can have a very high content of vitamin (Nori seaweed contain more vitamin C than oranges for example 1 half time) and they contain as much as cow also on average as much calcium as Spirulina and roughly 10 times whole milk. Also more iron than in the micro-algae – in specialists such as combo can be found in some and Dolce, one finds more, in others, such as in the Nori seaweed, but only a quarter more than in Spirulina by half. Because the proportion of ingredients in various marine algae but varies widely, the seaweed can be compared generally difficult the three micro-algae. Enjoy marine algae as a vegetable side dish or in the form of capsules as a dietary supplement, the iodine quantity depending on the species of algae, origin and manufacturer may be far too high. This is dangerous. The natural iodine content varies between 20-4,200 g/g dry weight. Responsible manufacturer of marine algae preparations significantly reduce therefore the iodine content in their products and adjust it to a constant amount. Managing Director Uwe Dickmeis infects the participants convincingly the effectiveness of algae: algae seaweeds and microalgae apply as survivalist and enrich the human life world while active. Countless examples ranging from food, dietary supplements, remedies, cosmetics on biomass and biofuel, the algae is applications. The demand! The future of algae by fascination, investment and sustainability starts now.
On this occasion, bother not worth it. At the gas station took vial kapnul biocatalyst directly into the gun, and then refueled, as usual. By the way, tankers not even surprised. Not that I'm the first biocatalysts used. They told me that it is better to refuel with the additive in the fuel night to give the car the night stand.
During this time the additive is uniformly spread in gasoline. Well, come on. Sat went. Hour in a traffic jam , no effect on the catalyst is not felt. In the evening, going home – is similar. As if nothing had added. But the next morning, "old lady" has pleased me. In fact, before it runs well.
But for a long time And this time with a twist was got. Next – better. The engine has to work somehow softer. Kilometers a hundred paths seem to be craving increased. Wait, I say to myself, do not rejoice. But the mood has risen, of course. Thirty liters of burnt fuel consumption normal. But on the city roads, I began to feel myself pouverenney. Pressure the pedal once power is felt. At one traffic light, even the Ford walked away. True, maybe there was a sleepy carrier. But still, nice. Previously, after all nobody overtaking. Over the next three weeks refueled with biocatalysts Power Plus mpg four times. Total filled, it turns out, one hundred twenty liters. Check them 140 kilometers. In Moscow, mind you. Found: reduce consumption of gasoline was exactly one liter.
Currently an airplane trip can be powered with a vast sea of algae, which grow near many of the major airports of the world, this is a renewable energy project that is being implemented for four years to somewhat mitigate the harmful consequences caused by the greenhouse caused largely by the use of fossil fuels. Some of the giants of the Aeronautics as British Airways and Airbus industry are supporting the project from Cranfield University in the United Kingdom to investigate ways of harvesting algae to fuel aircraft in commercial quantities. ere. The main objectives of this project are to improve the efficiency of fuel from here until the year 2050. the best airlines and aviation companies are improving their efficiency in fuel used in around 1.5 percent per year, but the whole aviation industry is growing a 4 and 5 percent a year. Similarly, to maintain this growth and the current levels of optimization are taking other measures, including the use of alternative fuels in low carbon and economic incentives, but as is needed to counteract the effects of climate change until it’s too late. Cranfield researchers argue that the algae present are a better option than other biofuels that do not compete with land for food production. Technology already allows the use of biofuels in planes, but the challenge is to produce large amounts of this alternative and renewable energy.
A great advantage of the algae is that it can be harvested every 7 to 12 days, this gives to get 30 to 50 harvests a year, compared with a year compared to conventional crops. The big problem is to get sufficient biomass to cater to the industry without having an adverse effect and not going to provoke an environmental collapse in nearby years. The researchers also examined whether algae can be grown near airports to avoid the environmental costs in the distribution of fuel in the world. If you have to use tanker trucks to carry it and put it around the world, it would not be something ecological, would have a strong impact on the environment and much less would be viable. The solution to the aviation fuel is likely come from a variety of sources and this is only one of them. If there is a lesson in all forms of renewable energy, is that you there is an only means of finding it. The key to sustainability is to not put all your eggs in one basket.
The grief and poverty purify the heart of man, although our weak minds see nothing of value in the universe, except the comfort and happiness Khalil Gibran belong temporarily while we are given the opportunity to live in this planet Earth where many beings are facing severe tests, including that of poverty and above all the hunger, depending on the environment, country in don’t touch you live and where this reality is given, where access to labour and consumption of food is difficult. It is of serious concern as noted by FAO that the number of malnourished in the world reach this year to 1.020 million. An exceptional and frightening figure. One of every six humans is enduring hunger, which translates into the death of five million people each year from starvation. Children and the elderly are the most affected by this tragedy, that humanity seems to not matter. The causes of hunger in the world are muldimensionales: social iniquity, the persistent increase in poverty, economic marginalization of half of countries, the deficit of environmental assets, the increase in the prices of food, warlike confrontations, the destination of edible biomass production of fuel alcohol and, of course, the consequences of climate change. We must bear in mind as highlights it ecoportal.com, that the fact that droughts are becoming more protracted, leaves without possibilities of income to millions of families who lose their crops. This arguably that drought is one of the elements contributing to the perpetuation of poverty. Flooding, on the other hand, generate critical hits for the loss of human lives, damage to the property of the families, affectations to the living environment and levelling of crops and livestock. The economic damage caused by these two climatic phenomena are of exceptional dimensions for marginalized countries and developing, on the basis of the fact that many farm workers and owners of crops, will abandon their productive tasks impossible to restart them after natural disasters and by the inability of the State to compensate them or subsidize them.
The team of National Cheng Kung University (NCKU) of the Republic of China (Taiwan) turns used cooking oil into bio-diesel a team of National Cheng Kung University in the southern Taiwan in Tainan has developed a method to convert used cooking oil into biodiesel. While the edible oil catalyst is heated for 10 seconds in a microwave oven with a strontium oxide. This technology will be expected to be within a year in mass production. The process has been by the NCKU team headed by Professor Liao Jiunn-, Department of materials science and engineering, and Aharon thoughts, Professor of the Israeli Bar-Ilan University, develops. anta. This technology, which transforms 99% of the used Speiseols in bio-diesel, was applied for the patent. Taiwan produces around 540,000 tonnes waste of used cooking oil, a fact that poses a serious environmental problem. For many years, Prof. has thought with the EU, to convert the used cooking oil for bio-diesel. According to Prof. thoughts are the Kernnanotechnologien highly efficient and produce in addition to biodiesel 1% glycerol. Thus, nothing is wasted. Usually alkali salts used in the conversion of edible oil to biodiesel. This process, however, has a lower efficiency and it is very difficult to regain the alkali salts. The solid phase method of the NCKU of strontium oxide is used in the form of a Siliceapellet substrate, is two and a half times more efficient. The catalyst can fully recover itself and therefore saves resources and reduces costs. The prototype constructed by team has a daily production capacity of 100 kilograms and can be enlarged according to Prof. easily 10 times or more thoughts when needed. Along with the U.N. Framework Convention on climate change and the global trend towards the reduction of greenhouse gas emissions has Taiwan in 2004 a bio-diesel plan adopted. Since the beginning of 2008, it is necessary that diesel fuel contains at least 1% biodiesel. 2010, the proportion increasing to 2%, 2016 5% – with further planned increases in the next few years. The domestic production of biodiesel is currently with an annual NT$ 3 billion (US$ 102 million) assessed.