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CHEMISTRY OF BEER AND CATALYTIC MOLECULES

Must starting point
Barley, raw material and ingredient beer is artificially germinated and toast for Malta. Once ground grain mixed with water, it must undergo a process of cooking, known for brazing.
Through this process, starch containing the barley is converted into sugars. In this first step the liquid is obtained which will work to get the final product and, so far, has neither the taste nor the color of the beer we drink today. Liquid Filtration

Must we have obtained must be subjected to boiling for a few hours (usually two), after which, add the hops. These are the dried fruit of a climbing plant common in Spain, and the same name. By adding the must acquire the aroma and bitter taste so characteristic of beer.
to get a drink with a nice texture, filtered and eliminated any substance that is not dissolved in the above processes. Then subjected to a sudden change of temperature: boiling point is put at 8 or 10 º C. Until reaching this temperature the yeast can be added, one of the key ingredients of beer.
fermentation and maturation, the last process
yeast enzymes break down the juice and produce, naturally, alcohol and CO2. The product we have obtained after this process and is called beer, although a green beer or green they need to mature. The liquid stored in tanks remains a period that can range from the week and month, at a temperature of 0 º C. The time that remains in these deposits depends on the type and beer brand. After this time, the flavor is already real and definitive of the 'rods' that we tasted in bars or restaurants. Although, to be packaged and distributed, yet must be filtered again. The sediment and small particles are removed to leave the pure liquid.

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itself A catalyst is a substance that is present in a chemical reaction in physical contact with the reagents, and speed, induces or promotes the reaction without acting on it.
Thus it is said that the reaction is "catalyst." Examples: production reactors ammonia, where substances are used to accelerate and increase the level of NH3 production without involving them in the atomic bonds but if they are present in the mixture. In this case the catalyst is a liquid, but may be solid or gaseous.
The catalysts are used especially in organic reactions.

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Solar Energy Radiant energy is produced in the Sun as a result of nuclear fusion reactions. Reaches the Earth through space in quanta of energy called photons, which interact with the atmosphere and land surface. The intensity of solar radiation on the outer edge of the atmosphere, considering that the Earth is at its average distance from the sun, called solar constant and its average value is 1.37 × 106 erg/s/cm2 or about 2 cal/min/cm2Sin however, this amount is not constant, since it seems that varies by 0.2% over a period of 30 years. The intensity of actual power available at Earth's surface is less than the solar constant due to absorption and scattering of radiation that causes the interaction of photons with the atmosphere.
The intensity of solar energy available at a given point on Earth depends on a complicated but predictable, the day of the year the time and latitude. In addition, the amount of solar energy can be collected depends on the orientation of the receiver. A system for harnessing solar energy is the heat widespread. The means to achieve this temperature contribution is made by collectors. The manifold is a surface, exposed to solar radiation, to absorb its heat and transfer it to a fluid. There are three different techniques from each other in the temperature can reach the surface scavenging.

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SOL ENERGY ATOMS AND LIFE

The cell is able to feed and reproduce from amino acids, proteins and nucleic acids. The appearance of these organic compounds on Earth can be studied if we imagine the primitive environment of Earth. The universe is made up almost 90% hydrogen. At first the earth was an area rich in certain compounds of hydrogen and water vapor, ammonia, methane, hydrogen sulfide, hydrogen cyanide, etc ..., and also had an ocean of liquid water with dissolved atmospheric gases it. The elements of the atmosphere and crust reacted together to form more complex molecules, such as amino acids. To this end were accurate source of energy. At the time, the atmosphere lacked free oxygen, unable to form the so called ozone that blocks the passage of the sun's ultraviolet rays, so harmful to humans, but so favorable for the formation of the first molecules of Earth life.
currently free amino acids form proteins began to coalesce. These, in turn, able to take advantage of the oxygen must have produced the oxygen that today is our atmosphere. Then the oxygen group could form ozone which impede the flow of ultraviolet radiation, stopping the possibility of continuing to build organisms. Henceforth, the new agencies would be the heirs to those first established by solar radiation. In a famous experiment, Miller and Urey American researchers applied electric shocks to a vessel containing a mixture of hydrogen, methane, nitrogen and ammonia. Eventually found to have formed various substances and organic compounds. Had been generated, the building blocks of protein. It is considered that they could feed and reproduce. Colonies were formed later. The cells became more interdependent, resulting in multicellular beings slowly evolved and refined.

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VOYAGER JUPITER SATURN

probe Voyager 1 during its closest encounter with Saturn, sent stunning images of the rings, revealing that, in fact, hundreds of other small rings were between the old rings A, B and C, thus invalidating the theory that considered these three rings as a single disk of matter.
Voyager 1 has revealed further that the F ring, discovered in 1979 by the Pioneer 11 is in turn subdivided into three parts, traversed by small rings and confirmed the existence of the D ring that was photographed during passage through Saturn's shadow. Also the faint E ring, visible from Earth every two years, when Saturn is in a certain position on our planet, has been observed by Voyager 1.

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Jupiter was first visited by Pioneer 10 in 1973 and later by Pioneer 11, Voyager 1, Voyager 2 and Ulysses. The Galileo spacecraft currently in orbit around Jupiter and send data from there over the next two years. Gaseous planets do not have solid surfaces, their gaseous material simply gets denser with depth (the radius and diameter suitable for these planets refer to the level corresponding to a pressure of 1 atmosphere). What we see when looking at these planets is the top of the highest clouds in its atmosphere (slightly above the 1 atmosphere pressure).
Jupiter has a 90% hydrogen and 10% helium (by number of atoms, or a 75/25% by mass) with traces of methane, water, ammonia and "rock." Which closely resembles the composition of the solar nebula from which the solar system formed. Saturn has a similar composition, but Uranus and Neptune have much less hydrogen and helium.

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TO COME OUT OF TRAVELERS OF INFINITE

Until recently it was thought that comets were bodies residues formed by cosmic sky, very similar to meteorites, wandering aimlessly through the solar system. Today our understanding of comets have undergone a revolution.
The American astronomer Fred Whipple has formulated a hypothesis that fits perfectly with most astronomical observations. According to Whipple, comets are like "dirty snowballs", ie would be formed by a conglomerate of ices (water, ammonia, carbon dioxide) and solid grains composed of carbon and silicates.
nuclei and compounds, due to its small size, lightweight and compact, they are able to resist the gravitational pull of Sun and planets, but al the same time are quite volatile to justify ia huge cloud of which are surrounded by the effect of solar heat. This hypothesis would also explain why comets are not visible when hair and no tail.

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The main achievements of these two American space probes were:
magnetospheres The discovery of Uranus and Neptune, both of which are inclined to the axis of rotation and offset with respect to the planet , suggesting that its original source can be significantly different from that of other magnetospheres.
The discovery of 22 new Satellites: 3 Jupiter, Saturn 3, 10 and 6 at Neptune Uranus.
The first observation of active volcanoes on a planetary body (Io, a satellite of Jupiter) and the discovery of geyser-like structures and an atmosphere on Triton (satellite of Neptune).
Detection of auroral zones on Jupiter, Saturn and Neptune.
The discovery of Jupiter's rings. Intricate structures were also found in the rings of Saturn, including an interlocking ring (F). Were also discovered two new rings of Uranus and Neptune (initially considered as arches, it was confirmed that they were complete and consist of fine materials).
In Neptune, considered initially very cold for atmospheric dynamics have important features were found faster winds around the Solar System and major storms and large scale structures in the atmosphere (most notably the Great Dark Spot.)
The collection of thousands of photographs of both giant planets like many of its satellites, which, besides giving us the first detailed look at a variety of worlds, would allow mapping and geological survey of all these bodies.

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Y. .. ASIF be torn apart the answers Insutria

For those who do not know ASIF means Photovoltaic Industry Association. The largest association in the photovoltaic industry, but not much less represent the whole sector. It is a curious association in that integrates installers, manufacturers, distributors, law firms, consultants, etc. That is, companies in many times in competition.

Well, what I am, I read on the blog site of jumanji that ASIF will be torn apart. Abandon this partnership the following companies. Solaria, Isofoton OPDE, Gamesa Solar, Siliken, BP Solar, Solar T, Bergé Generación, Guascor, Fotowatio, Isolux, Gestamp Solar and Solar Pack.

If we analyze what kind of companies are these, we soon realize that there are few (ASIF represents hundreds of companies), are large and are dedicated to manufacturing (Siliken, Solaria, Isofoton, BP Solar , T Solar, Gamesa Solar), manufacturing and promotion of parks (OPDE, Guascor, Isolux Corsan, Gestamp Solar), and only promotion (Fotowatio, Solarpack) plus Bergé Generación (owner of Isofoton).

Of key partners (the steering committee) remain Atersa and Acciona Solar and the other two Gamesa Solar and Isofoton get off the car.

Reading is quite simple. It is noted that the interests of the larger companies are in large works and not the small roof, distributed generation at the point of consumption, etc ... Is it lawful on his part and started a movement towards a asocianismo sector more coherent discretice between different interests.

Acciona will remain because it is driving ASIF but I think we will see more movements.

I reproduce part of the statement:

the association's president and CEO of T-Solar, Juan Laso, remarked yesterday in the presentation, that his organization "does not arise from any conflict 'in relation to its separation from ASIF.

Laso said to represent 'long-term investment and stable jobs' at' commitment to photovoltaics. " The purpose of the constitution of the association is 'separate the wheat from the chaff' , in the words of Laso, in a sector that has grown up.

His profile and his interests are very different from what has hitherto been known of the intentions of Industry to the new regulation to replace from September to Royal Decree 661/2007.

If the first proposal of Industry, which CincoDías forward, saw the light as it is, the maximum power that would allow for installation of two megawatts. ASIF also favored limiting the size of the plants below 10 MW. However, as explained Javier Gorbeña, vice president of the association and CEO of Generation Bergé, they do support large solar plants. He noted that these facilities' are more efficient in the search for cost reduction. " The Association expressed as one of its objectives, maximize efficiency cost of this energy to reach parity with fossil fuels in the medium term.

addition, the new association does not want to impose quotas on the installation of photovoltaic power. According to the proposal of Industry, the maximum allowed for installation in 2009 would be 300 MW. Association said the sector has the capacity to have 10,000 MW installed in 2016 . The organization hopes to "speak in a few days" with industry on regulation. They agree on the need to reduce premiums to achieve a 'healthy profitability and not speculative' to ensure rates of return of 8%, Lasoski said.

advocate for making a quality standard

addition to seeking cost efficiencies to achieve parity with fossil fuels, the new association has also been raised, among its objectives, 'promote the quality and technology in the sector '.

In fact, Juan Laso noted advocates' a demanding quality standards, standards and monitoring compliance. " Gorbeña, in particular, noted that 'the exponential growth of the photovoltaic industry has led to a proliferation of facilities that do not meet the minimum durability, or are capable of generating energy that is expected of them' .

Gorbeña noted the risks that this situation introduces the work and investments and support the quality requirements are included in the new law.

Source: 5days

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getting tough with the photovoltaic

Negotiations for the new Royal Decree of the photovoltaic industry are difficult, as highlighted in the meeting held on 26 June between representatives of ASIF and APPA with Secretary General of Energy, Pedro Marin.

According to a document after the meeting that had access Renewable Energy, the Ministry's proposal divided the market into segments, ceilings and floors. In both segments the maximum power is 2 MW installation. For 2009 there will be 300 MW in total, to be distributed: 200 MW and 100 MW on roofs in soil. Marin

proposes these quantities significantly below the proposed ASIF / APPA, because the host power to RD 661/2007 will be much higher than planned and "everything that comes through September, is reducing future if While the Secretary General of Energy indicates that it is not known how much power will enter before September, because "the numbers are increasing every more and are becoming increasingly worrying (is estimated to reach 1,500 MW cumulative).

Industry's intention is to create a centralized way to control numbers and rates, so that to collect the premium will be enrolled in it. Registration will open quarterly periods. In coparse the amount for the quarter, more than expected-installed, the reduction rate for the next quarter would be 2.5%. Requirements are not met, would maintain the rate of the previous quarter.

Regarding the fee, the proposal is 33 c € / kWh for roof and 29 c € / kWh for ground with the aim of curbing the facilities on the ground and in 2009 the new facilities are made, preferably, on rooftops.

No mercy for those left behind
But Marin did not want the facilities that fail to register by September (661/2007 remnants or behind), "collapsing the future", as made clear at the meeting that "there will be no moratorium" for them. Enter into the new RD and check the terms it (rates, maximum size of facility, foster the Registry ....)

also warned of "signs wrong "they are throwing some Autonomous Communities on the closure of the end of September (Valencia, for example, 15 days ago issued an order giving six months to run these facilities overdue) and said that they will resort to" inspections and sanctions to pursue a breach of the rules "

sector response
These proposals completely surprised and disappointed left the industry representatives present at the meeting, among others, Javier Anta, president, Asif, and Miguel Arraras, the front section of APPA-FV, and so he moved to Marin indicating that materialize would create a "restructuring of the sector violent, deadly for many companies."

Via: Renewable Energy

And now my comments. Hot ...

The issue becomes very hard. I am seeing many companies everywhere, full of young entrepreneurs, making contingency plans to prepare for the worst. Closure.

Quotas are a bad idea:

1. not the best will survive, but what they have more ability to get to join the quota. We saw it with subsidies. Large bore people at the gates of the public to give input to their cars applications.
   
2. The expected price declines will not be as large if quotas remain. Manufacturers are aware of that or install or close, so that at the end of each quarter observe increases in the price of the panels.
3. will lose competitiveness to compete with Germany, Japan and the U.S. (which are released) and those who are: France, Italy, etc. For example Germany itself stable quotas but 4 and 5 times higher than those presented here.
   

Places worst, and understanding that this is a regulated market tell us all there is to install, year after year and how much bonus will give us year after year and that each hold his candle stick.

Anyway, for once we have a historic oppurtunity to be leaders in something we are cut off as wings. Did not realize that the premiums, well managed, are a more reasonable investment? That in 15 years we'll forget about utilities? Oops ... I think that is precisely what they have realized. decentralized production of electricity as a democratizing factor does not benefit the coorporativismo that "governs us."

The proposal will queue.

Salu2.