hydrogen cars Climate change is the greatest threat of capitalism
Wednesday, February 22, 2006
What Does Jailbait Mean
The concentration of carbon dioxide in the atmosphere, the gas is mainly responsible for global warming, is at present 27 per cent higher than any point in the past 650,000 years, according to research conducted by drilling into the Antarctic ice sheet.
The study, said conclusive evidence of the interference of human activities on the Earth's climate system, and was one of the original papers of a conference on global warming is taking place in Montreal, Canada.
Scientists have said that progress in policy to curb the problem have been "miserably poor" as to what is necessary to prevent long-term damage to the planet's climate system.
AyudasEnergia.com seeks to highlight the interesting interview of the prestigious U.S. newspaper Wall Street Journal Nobel prize winner, Schelling. In this interview he explains why global warming is becoming a big threat and terrorism becomes secondary.
Wall Street Journal (WSJ): in the larger case of terrorism, we are dealing with an enemy that does not seem to be guided by a sense of self preservation we are used by an enemy.
Schelling: It is important for potential victims to recognize that with the exception of the Twin Towers in New York, terrorism is a problem almost minuscule. John Mueller of Ohio State University, estimates that the number of people who die from terrorist attacks is less than the number of people dying in the bathtub. In the Twin Towers lost about 3000 people, equivalent to about three weeks from a fatal crash in the U.S.
WSJ: So what are the major global issues that must be attacked?
Schelling: a big problem will climate change. We will spend much time trying to figure out what to do about it.
WSJ, but also said he does not expect global warming to severely affect the economies, because agriculture is a very small part of our economy.
Schelling, is a severe threat to developing countries. In many countries, half the people depend on agriculture for their livelihoods. In our country, agriculture has lost so much importance that the census has stopped counting the peasants.
WSJ: So, why is such a threat?
Schelling: if U.S. not worried about environmental damage, species extinction and the like, if you do not care what happens in Indonesia or Brazil, if you think that air conditioning will solve climate problems, then I would say that except for a couple of exceptions has nothing to fear. One exception is that there is a block of ice in Antarctica. Is subject of several islands, but the heating of water can make it slide into the ocean. It is estimated that sea level would rise by about 6 meters. That would mean you could go to the White House to Capitol Hill by boat. It would be a great catastrophe.
For clarification of this interview, from AyudasEnergia.com Debebe added that globally around the world, the most extreme scenarios, the warming could raise sea levels and inundate coastal cities, causing floods, droughts and storms tremendous setting the world face the reality of tens of millions of " climate refugees "to attend, as we have seen this year castástrofes full of natural, but unusual for its large number and atrocious effects - tropical storms in the Mediterranean, tornados in Barcelona, \u200b\u200bthe Canary Islands and charged a large number of lives depending on the development of the affected area -
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Friday, February 17, 2006
Powerpoint On Tide Detergent
Save biomass and waste oil with hydrogen
Analysis free grants for projects with biomass and other alternative energies
Enlarge image to see how the biomass is used
economic viability and ecological balance of the biomass
biomass can be considered as energy renewable and low-polluting, CO2 emitted is less than the previously absorbed by the same forest. Biomass consumption promotes the conservation of forests that help to remove CO2, if you find a balance between forest cover and biomass consumption. It is important to improve processes to minimize emissions, especially removal of all sulfur, nitrogen and particulate matter.
The best performance is found when we are using the waste collection, fire and forest cleaning for use in thermal demands of the industry closer to the collection points. This effort depends heavily on business associations in each town and especially the good each council will coordinate initiatives. Applications
saving diesel from biomass and waste:
Biomass is the best alternative to replace conventional fuels such as gas or oil for heating and thermal demand. Boilers waste extract or pellets from the hopper or a silo, with automated systems as a screw that adjusts the speed demand of the boiler. They also incorporate automatic power systems by an electrical and automatic cleaning of heat exchangers.
heat output: is the most profitable use, used especially in households, but can also be used in public facilities such as hospitals, schools and swimming pools. There are very advantageous industrial applications as drying, sawing, carpentry, joinery, farms and ranches. The remainders are used for industry and heating machines.
Electricity production: Electricity can be produced by combustion. If integrated into a steam cycle can be achieved yields of up to 50 MW or gasification, using fermentation of waste materials that produce gas, which led to a power plant that produces electricity. It can be an ideal system to combine with combined cycle power plants solar thermal energy.
Development of clean fuels: Biodiesel (made from vegetable oils such as sunflower, rapeseed ...) or bio-alcohols (from sugary materials that produce ethanol by fermentation).
1. Tank biomass (see below biomass)
2. Cochlea
3. Cast iron brazier.
4. Electrical resistance.
5. Cast iron hearth.
6. Room fan.
7. Hot air forced ventilation.
8. Smoke exhaust ventilation.
9. Asta-brush-tubes.
10. Ash pan.
biomass types: The most consumed in Spain are the firewood and chips (50%), followed by black liquor (15%), sawdust and shavings (12%), olive pomace (8%), bark ( 7%) and charcoal (3%).
1 - Forest residues, agricultural, livestock, sludge from wastewater treatment, emissions of landfill gas (LFG)
2 - Waste timber industry, carpentry, sawmills (sawdust, wood shavings, wood chips, bark and pellets). The pellets are processed waste to maximize the level of combustion.
3 - Energy crops: usually herbaceous plants (thistle) and woody (poplar, eucalyptus)
4 - chemically or biologically transformed products of certain plants or oils used to convert household fuels (methanol and ethanol)
More information: Making
farm biomass Biomass
scrub Galician (Toxos)
solar heated pool
Taxes and deductions for renewable energy 
Analysis free grants for projects with biomass and other alternative energies
Enlarge image to see how the biomass is used
economic viability and ecological balance of the biomass
biomass can be considered as energy renewable and low-polluting, CO2 emitted is less than the previously absorbed by the same forest. Biomass consumption promotes the conservation of forests that help to remove CO2, if you find a balance between forest cover and biomass consumption. It is important to improve processes to minimize emissions, especially removal of all sulfur, nitrogen and particulate matter.
The best performance is found when we are using the waste collection, fire and forest cleaning for use in thermal demands of the industry closer to the collection points. This effort depends heavily on business associations in each town and especially the good each council will coordinate initiatives. Applications
saving diesel from biomass and waste:
Biomass is the best alternative to replace conventional fuels such as gas or oil for heating and thermal demand. Boilers waste extract or pellets from the hopper or a silo, with automated systems as a screw that adjusts the speed demand of the boiler. They also incorporate automatic power systems by an electrical and automatic cleaning of heat exchangers.
heat output: is the most profitable use, used especially in households, but can also be used in public facilities such as hospitals, schools and swimming pools. There are very advantageous industrial applications as drying, sawing, carpentry, joinery, farms and ranches. The remainders are used for industry and heating machines.
Electricity production: Electricity can be produced by combustion. If integrated into a steam cycle can be achieved yields of up to 50 MW or gasification, using fermentation of waste materials that produce gas, which led to a power plant that produces electricity. It can be an ideal system to combine with combined cycle power plants solar thermal energy.
Development of clean fuels: Biodiesel (made from vegetable oils such as sunflower, rapeseed ...) or bio-alcohols (from sugary materials that produce ethanol by fermentation).
1. Tank biomass (see below biomass)
2. Cochlea
3. Cast iron brazier.
4. Electrical resistance.
5. Cast iron hearth.
6. Room fan.
7. Hot air forced ventilation.
8. Smoke exhaust ventilation.
9. Asta-brush-tubes.
10. Ash pan.
biomass types: The most consumed in Spain are the firewood and chips (50%), followed by black liquor (15%), sawdust and shavings (12%), olive pomace (8%), bark ( 7%) and charcoal (3%).
1 - Forest residues, agricultural, livestock, sludge from wastewater treatment, emissions of landfill gas (LFG)
2 - Waste timber industry, carpentry, sawmills (sawdust, wood shavings, wood chips, bark and pellets). The pellets are processed waste to maximize the level of combustion.
3 - Energy crops: usually herbaceous plants (thistle) and woody (poplar, eucalyptus)
4 - chemically or biologically transformed products of certain plants or oils used to convert household fuels (methanol and ethanol)
More information: Making
farm biomass Biomass
scrub Galician (Toxos)
solar heated pool
Taxes and deductions for renewable energy
Thursday, February 9, 2006
Sympathy Quotes Loss Of A Mother In Law
Highways in Europe Hydrogen Economy
How to invest in solar energy
Aragon produce solar hydrogen
hydrogen highway in Europe
Europe could build a network of hydrogen filling stations for cars next generation for only 3,500 million euros in the next 15 years - far less than what was thought Initially, the study revealed the following.
The cost of building a new distribution system for cars with hydrogen combustion emits only water vapor is often mentioned as a potential obstacle to the technology that may someday allow the use of obsolete oil engines and diesel.
Without
But the study commissioned by the German industrial gases group Linde and carried out by energy consultancy e4tech and Imperial College in London, concluded that the cost of raising 2,800 hydrogen stations across the continent was manageable.
"The results of this study are a clear sign for us," said the president of Linde, Wolfgang Reitzle said in a statement. "A transition to hydrogen economy is feasible."
The study, presented at a conference in Berlin, left open the question of who would foot the bill for the net, but Linde spokesman said energy companies and the automotive industry would to lead the project.
"It would certainly be welcome if we could also support the political world," he said, suggesting that governments should promote the transition to cleaner energy freeing them from taxes.
The report assumes that about 6.1 million hydrogen cars will run on European roads by 2020. Deposit plans to build stations in densely populated areas and along highways first, which would initially to 120 million Europeans - a third of the population - access to hydrogen fuel.
service stations could support fuel cell cars that use the chemical reaction between hydrogen and air to generate electricity and emit only water vapor as well as those using hydrogen in conventional engines.
Linde also proposed to install about 35 new hydrogen bombs on German highways linking Berlin, Leipzig, Munich, Stuttgart and Cologne to create great test bed for hydrogen powered vehicles.
This could help Europe compete with the campaigns in California and Japan to develop real networks of hydrogen, it said.
Only about 500 cars currently circulating hydrogen test, and officials say the costs have to fall drastically before they become commercially viable. This means that manufacturers must increase the volume, simplifying technology and cut the cost of material.
AyudasEnergia.com REPORATAJE forthcoming SPECIAL TO THE BEST CARS OF HYDROGEN
More information:
See Special Report on Hydrogen Economy 
How to invest in solar energy
Aragon produce solar hydrogen
hydrogen highway in Europe
Europe could build a network of hydrogen filling stations for cars next generation for only 3,500 million euros in the next 15 years - far less than what was thought Initially, the study revealed the following.
The cost of building a new distribution system for cars with hydrogen combustion emits only water vapor is often mentioned as a potential obstacle to the technology that may someday allow the use of obsolete oil engines and diesel.
Without
But the study commissioned by the German industrial gases group Linde and carried out by energy consultancy e4tech and Imperial College in London, concluded that the cost of raising 2,800 hydrogen stations across the continent was manageable.
"The results of this study are a clear sign for us," said the president of Linde, Wolfgang Reitzle said in a statement. "A transition to hydrogen economy is feasible."
The study, presented at a conference in Berlin, left open the question of who would foot the bill for the net, but Linde spokesman said energy companies and the automotive industry would to lead the project.
"It would certainly be welcome if we could also support the political world," he said, suggesting that governments should promote the transition to cleaner energy freeing them from taxes.
The report assumes that about 6.1 million hydrogen cars will run on European roads by 2020. Deposit plans to build stations in densely populated areas and along highways first, which would initially to 120 million Europeans - a third of the population - access to hydrogen fuel.
service stations could support fuel cell cars that use the chemical reaction between hydrogen and air to generate electricity and emit only water vapor as well as those using hydrogen in conventional engines.
Linde also proposed to install about 35 new hydrogen bombs on German highways linking Berlin, Leipzig, Munich, Stuttgart and Cologne to create great test bed for hydrogen powered vehicles.
This could help Europe compete with the campaigns in California and Japan to develop real networks of hydrogen, it said.
Only about 500 cars currently circulating hydrogen test, and officials say the costs have to fall drastically before they become commercially viable. This means that manufacturers must increase the volume, simplifying technology and cut the cost of material.
AyudasEnergia.com REPORATAJE forthcoming SPECIAL TO THE BEST CARS OF HYDROGEN
More information:
See Special Report on Hydrogen Economy
Sunday, February 5, 2006
Fastpitch Bat Reviews
Aragon produce hydrogen with solar energy
Hydrogen Economy
"Hydrogen is the candidate for fuel of the future, no pollution and can be produced with renewable energy. It solves the problems of solar and renewable energy to allow efficient storing and transporting their excess energy as light and losses per unit. The challenge now is focused on cheaper production of hydrogen and fuel cells, but the big challenge is to replace an economic infrastructure based on fossil fuels, "said Florentino Sanchez, Energy Analyst Corporación Caixa Galicia.
In an economy as globalized and fast, the current difficulties in reducing emissions produced by fossil fuels will be enhanced by the runaway growth of current demand and consumption will cause explosion of the intense economic development of countries like China, India and Brazil. These conditions leave little room for large time investment and time required for hydrogen, the financial support of the auto majors will not be enough and unfortunately just moved to new climatic catastrophes political forces to work harder. Forms
hydrogen production
electrical hydrolysis or electrolysis: industrial process to separate hydrogen from water, development and research centers to obtain efficient hydrogen production with clean energy, maximum minimizing costs, energy losses and pollution.
chemical reactions from methane gas: can be obtained as a fossil fuel, although their production by microorganisms is very common and increasingly used for its ability to clean and renewable.
Biofotólisis: photobiological production of hydrogen from electricity, water, carbon dioxide and algae, will be the largest biological source of renewable and sustainable energy without greenhouse gas emissions, with minimal greenhouse gas - steam water can condense and create a minimum greenhouse effect, but without any substance that harms the environment. -
Challenges for the Hydrogen Economy:
1 - Producing hydrogen at low cost and without polluting the environment
2 - Replace the existing infrastructures to store and distribute hydrogen
3 - Reduce manufacturing costs of fuel cells
Featured Projects
ITHER: Technology Infrastructure for Hydrogen and Renewable Energy has been supported by the PROFIT program. The aim is to build a bench scale tests to generate of hydrogen from wind and solar energy, to be operational in 2007. This project depends on the Development Foundation for Hydrogen in Aragon driving more projects worth 6 million euros.
edha: Project R & D companies to bring the hydrogen
TETRA: Sixth Framework Programme of the European Commission on technology transfer between research institutes and companies
IPHE: International Partnership for the Hydrogen Economy, an organization for R & D in production, distribution, storage, security, durability and cost of hydrogen and fuel cells.
IPHE
Link to Atlas of International Projects for the development of hydrogen
IRIBUS, release ...
More information:
Photovoltaic Solar Energy to produce electricity network
hydrogen research and development in the U.S.
Research to improve performance of solar panels
Bill Clinton supports solar energy
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