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Monthly Archives: April 2012

Photovoltaic  solar energy  is becoming popular as a source of clean energy and an alternative to fossil fuels to combat climate change. Though the initial cost is expensive people have started realizing the potential of PV solar as  a real alternative to grid power, especially when they can export surplus power to the grid and earn some revenue. It is  a source of income for potential investors as the energy cost keeps rising steadily. The cost of solar panels, batteries and inverters are slowly coming down as the systems get more popular and more competition is created in the market. However, during cloudy days or when the solar hours are less, the power generation by solar panels is considerably low. Moreover, the ‘power in tariff ‘ system is not available in many countries especially in developing countries. Therefore, energy storage becomes an issue. Lead acid batteries serve as storage devices for smaller applications but it becomes expensive for lager systems. Operation and maintenance, replacement and waste disposal are some of the issues with battery storage.

Generating Hydrogen on site using solar power and storing Hydrogen under pressure in a tank is the best method of storing solar energy. The stored Hydrogen can be used to generate power using a Fuel cell as and when we need power. However, the amount of energy required to convert water into Hydrogen using Alkaline Electrolyzer or Solid Polymer Electrolyzer is still high, averaging 5-7 kwhrs/m3.When you calculate the economics of  Hydrogen storage versus battery storage using a computer modeling for a stand alone system, it is clear that Hydrogen storage is more economical and also guarantees an uninterrupted power supply using a Fuel cell.

One US company has developed a Carbon doped Titanium oxide nanopowder visible light photo catalyst to  generates Hydrogen using sun’s light energy. The company claims that it consumes only one-third of the power consumed by PEM Electrolyzer or half of an Alkaline Electrolyzer.It can be easily installed at roof tops and it can generate Hydrogen even at one-third of sunlight because it can effectively use short UV light and blue wave length of suns light because these energetic wavelengths penetrate cloud cover more effectively than the rest of sunlight. A 2mm modular solar panel can be installed on roof top or installed in multi-acre field installations. Even during the absence of sunlight the company claims it can use grid power to generate Hydrogen using its hybrid integral (MMO) Mixed metal oxide Titanium anode as efficiently as PEM Electrolyzer.

While a PEM electrolyzer generates about 1.3kg Hydrogen from a power input of 100Kwhrs, this model can generate about 2.5kg Hydrogen using MMO + TiO2 anode and about 3.8kg using TiO2 alone. (Based on higher heating value of Hydrogen at 39.4 kwhrs/kg).The panel consuming 26.7kwhr power at 1.0Volt DC current at Anode can generate 1.25kg Hydrogen with Electrolysis electrical efficiency at 148%.  This will make Hydrogen fuel a commercial reality because it will consume only 21.36 kwhrs of Dc power to generate 1 Kg Hydrogen. The generated Hydrogen can generate about 15 Kw power using a Fuel cell. This is an elegant solution to generate and store power using sun’s light than Photovoltaic power.

Nature has a wonderful way of capturing Carbon and recycling it through a process called ‘carbon cycle’ for millions of years. The greenhouse gases in the atmosphere were restricted  within certain limits when it was left to Nature. But when human being started burning fossil fuels to generate power or to run cars, the GHG emission surpassed the limit beyond a point where global warming became an issue. The GHG level has increased to 392 ppm level for the first in our long history. Many Governments and companies are exploring various ways and means to reduce greenhouse emissions to avoid global warming. Some Governments are imposing taxes on carbon emission in order to reduce or discourage such emissions. Others are offering incentives to promote alternative energy sources such as wind and solar. Some companies are trying to capture Carbon emission for sequestration.

While we try to capture Carbon and store them underground, there are many potential commercial opportunities to recycle them. This means the Carbon emission is captured and converted into a commercial fuel such as Gasoline or Diesel or Methane so that future sources of fossil fuels are not burnt anymore. But this is possible only by using ‘Renewable Hydrogen’. Hydrogen is the key  to reduce carbon emission by binding carbon molecules with Hydrogen molecule, similar to what Nature does.

When NASA plans to send a man to Mars they have to overcome certain basic issues. Mars has an atmosphere with 95% Carbon dioxide, 3% Nitrogen, 1.6% Argon and traces of oxygen, water and methane.Nasa is planning to use Carbon dioxide to generate Methane gas to be used as a fuel and also generate water by using the following reaction.

CO2 + 4H2—–CH4 + 2 H2O

2H2O——-2H2 + O2

The water is electrolyzed to split water into Hydrogen and Oxygen using solar power. The resulting Hydrogen is reacted with Carbon dioxide from Mars to generate Methane gas and water using a solid catalyst. This methanation reaction is exothermic and self sustaining. How this can be achieved practically in Mars in those conditions are not discussed here. But this is a classical example on how the Carbon emission can be tackled to our advantages, without increasing the emissions into the atmosphere. There are several methods available to convert Carbon emission in to valuable products including gasoline. The  reaction of the methane with water vapor will result in Methanol.

2H2 + CO——– CH3OH

On Dehydration, 2CH3OH —– CH3COCH3 + H2O.Further dehydration with ZSM-5 Catalyst gives Gasoline 80% C5+ Hydrocarbon. Gas to liquid by Fischer-tropic reaction is a known process.

Carbon dioxide is also a potential refrigerant to substitute CFC refrigerants that causes Ozone depletion. Carbon recycling is a temporary solution to mitigate Greenhouse gas emission till Hydrogen becomes an affordable fuel of the future. It depends upon individual Governments and their policies to make Hydrogen affordable. Technologies are available and only a political will and leadership can make Hydrogen a reality.

Environment Pollution Authority EPA of US Government regulated the gas emission standards for power plants for oxides of Nitrogen and Sulfur in the past but not for GreenHouse gas emissions into the atmosphere. However when President Obama took over power, EPA passed ‘Clean Air Act’ to regulate the emission standards of all gases including GHG for new stationary power plants. This act projected to prevent over 230,000 early deaths in US alone by 2020 due to Carbon dioxide. According to this act,

1.  Starting in January 2011, large industrial facilities that must already obtain Clean Air Act permits for non-GHGs must also include GHG requirements in these permits if these increase are newly constructed and have the potential to emit 75,000 tons per year of carbon dioxide equivalent (CO2e) or more or modify and increase GHG emissions by that amount.

2.  Starting in July 2011, in addition to facilities described above, all new facilities emitting GHGs in excess of 100,000 tons of per year CO2e and facilities making changes that would increase GHG emissions by at least 75,000 tpy CO2e, and that also exceed 100/250 tons per year of GHGs on a mass basis, will be required to obtain construction permits that address GHG emissions (regardless of whether they emit enough non-GHG pollutants to require a permit for those emissions.)

3.  Operating permits will be needed by all sources that emit at least 100,000 tons of GHG per year on a CO2e basis beginning in July 2011.

4. Sources less than 50,000 tons of GHGs per year on a CO2e basis will not be required to obtain permits for GHGs before 2016. (Sources: clean technica)

According to Stanford scientist Mark Jacobson, there is a definite link between the Carbon dioxide and increasing deaths. While the argument continues between believers of global warming and skeptics, it clear that Carbon pollution kills people without any discrimination. Any gaseous emission into the atmosphere will eventually spread across the borders of each country and becomes a global issue.

EPA in each country in the world should pass similar legislation to curb GHG emission at least to protect their people, if not to curtail global warming. What is most surprising is some scientists still want more ‘scientific data’ to accept whether GHG causes global warming or not. One need not be a rocket scientist to conclude that chemical pollution is slowly poisoning the air, water and earth. Hundreds of chemicals that we used in the past were abandoned due to their harmful effects. For example, Asbestos,DDT,Chlorine for disinfecting drinking water, coal tar dyes, Nicotine, Refrigerants like Fluorocarbon etc to name a few. We can choose to ignore the warnings of Nature and carry on the business as usual in the name of science. But we cannot ignore people claiming their legitimate rights to live and breathe a quality air to lead a normal life. It is a human right issue. It is not an issue that can be debated only by scientific community and decided.

WHO should classify ‘Quality air’ as a fundamental human right with great urgency. Governments around the world can pass ‘Clean air act’ similar to US. They may not levy carbon tax or offer new incentives to promote green energy, but regulate the indiscriminate emission of GHG into the atmosphere, which passively kills millions of people around the world. This is nothing but ‘weapons of mass destruction’ in a passive way, but on a grander scale. When ‘passive smoking’ is a serious health issue, Carbon emission too is a  serious health issue. It is the duty of industries to incorporate carbon pollution prevention measures by scientific innovations.

We live in a carbon constrained world where carbon emission is considered as the biggest challenge of the twenty-first century. We unearthed fossil fuel which Nature buried for millions of years and burnt them for our advantage to generate power and to run our cars. Scientist pointed out that the unabated emission of greenhouse will cause the globe to warm with dire consequences. However this came as an ‘inconvenient truth’ to industries and Governments around the world. The economic consequences of stopping fossil fuels weighted more than the global warming. Governments were in a precarious situation and unable to take a concrete policy decision. Popular Governments were not willing to risk their power by taking ethical decisions and opted for popular decision to keep up their growth. Then the financial crisis became an issue, which has nothing to do with greenhouse emission or global warming. Yet, the economic and industrial growth stumbled in many developed countries and unemployment skyrocketed. Governments are caught in a situation where they need to take a balanced view between an ethical decision and economic decisison.The overwhelming evidence of global warming and their consequences are slowly felt by countries around the world by natural disasters of various sizes and intensities.

Some scientist suggested that there is nothing wrong using fossil fuels; we can continue with greenhouse emission without risking the economic growth by  capturing  the carbon emission and burying  them underground. Carbon sequestration and clean coal technologies became popular and more funds were allocated to them than renewable energy development.Countires like India and China are not in a hurry to discontinue fossil fuels but continue to make massive investments on coal-fired power plants. They neither tried to capture carbon nor bury them, but continue to emit carbon claiming that it is their turn of economic growth and right to emit carbon emission. The chief of UN panel on climate change headed by an Indian has no sayin the matter.Politicians push scientists into the background when the truth is inconvenient to them.

How feasible in the carbon sequestration technology and what is the cost? Even if we can come up with a successful technology of capturing carbon and burying them underground, there will be a cost involved. This cost will invariably be passed on to the consumer which  will  eventually increase the cost of energy. Constraining carbon emission without incurring a cost can only be a dream. Capturing carbon emission is nothing new; Carbon dioxide is absorbed by solvents like MEA (Monoethanolamine) in many chemical industries. The absorbed carbon dioxide can be stripped free of solvent and the solvent can be recycled. This carbon dioxide can be treated with Ammonia to get Urea, a Fertilizer. But the source of Hydrogen can come only from renewable energy sources. That is why ‘Renewable Hydrogen ‘is the key to solve global warming problem. We can produce Urea from “captured Carbon” and ‘Renewable Hydrogen’ so that we can cut a real quantity of greenhouse emission. Carbon recycling is a sustainable solution than Carbon capturing and burying. Countries like India who depend upon import of Urea for their agriculture production should immediately make Carbon recycling into Urea production mandatory. It is a win situation for everybody in the world.

The science and technology of Bioethanol production from starch or sugar is  well-established. Brazil leads the world in Bioethanol production with a capacity of 16,500 million liters/yr followed by US with a capacity of 16,230 million liters/yr.India produces merely 300 million liters/yr as the fifth largest producer in the world.US consumes about 873 MM gallons of oil/day of which about 58% is imported. The US forecast for 2025 import of oil is 870MMgal/day and the President wants to replace imported oil from the Middle East by 75% -100MMgal/day. (Ref: Environmental Protection Agency,Cincinnati,Ohio).

Currently bulk of the Bioethanol is produced in centralized plants. This is because an economical plant requires a production rate of 40-55 MMgal /day. Transportation of raw materials to long distance is uneconomical. Countries like India can substantially increase their sugar production and encourage small-scale distilleries for the sole purpose of replacing imported oil. Large scale Bioetehanol production involves fermentation of molasses; a byproduct of sugar industry.Bioethanol can also be produced directly from cane sugar juice or from starch such as Corn or Tapioca.

Molasses is diluted with water and inoculated by addition of yeast and other nutrients. The fermentation takes about 24 to 30 hours till the fermented broth has an alcohol content of 7.5 to 9.5% by volume. The fermented wash is then distilled in a separate distillation column. This alcohol which is 95-96% is known as rectified spirit. The rectified spirit is further passed though a Molecular sieve to remove moisture and to concentrate alcohol to 99.8% by volume. A spent wash of about 8 lits are generated per liters of Bioethanol.The spent wash will have a BOD (biological oxygen demand) value of  45,000ppm.This can be subject to Anaerobic digestion to generate ‘Bio  gas’ with about 55% Methane value and the liquid BOD will be reduced to less than 5000ppm. This Biogas can be used to generate power for the process. This process is economical for a production of Bioethanol 40-55MMgal/day.

But in countries like India the sugar cane molasses are available in smaller quantities and the sugar plants are scattered. Small scale distillery can adopt ‘Per-evaporation’ method to concentrate ‘Bioethanol’.The advantage with ‘Perevaporation’ is the process is not limited by thermodynamic vapor-liquid equilibrium. The distilled alcohol with 96% alcohol can be separated by Perevaportion into streams containing Bioethanol 99+% and alcohol depleted water.Perevaporation is a membrane separation process and it serves as an alternative to distillation and molecular sieve and saves energy. The membrane process can be suitably designed for alcohol enrichment as well as dehydration and easily adoptable for smaller production of Bioethanol.

Such process allows production of dehydrated Bioethanol which are suitable to use as a fuel in cars as a Gasoline blend without any engine modification. Production of Bioethanol from cane sugar molasses is cheaper than from corn starch. Countries like India should promote Bioethanol as an alternative fuel to gasoline and cut their oil imports.

The World Bank development indicators 2008 shows that the wealthiest 20% of the world accounts for 76.6% of total private consumption. The poorest fifth just 1.5%.The report further states,

“Today’s consumption is undermining the environmental resource base. It is exacerbating inequalities. And the dynamics of the consumption-poverty-inequality-environment nexus are accelerating. If the trends continue without change — not redistributing from high-income to low-income consumers, not shifting from polluting to cleaner goods and production technologies, not promoting goods that empower poor producers, not shifting priority from consumption for conspicuous display to meeting basic needs — today’s problems of consumption and human development will worsen. The real issue is not consumption itself but its patterns and effects. Inequalities in consumption are stark. Globally, the 20% of the world’s people in the highest-income countries account for 86% of total private consumption expenditures — the poorest 20% a minuscule 1.3%. More specifically, the richest fifth:

  • Consume 45% of all meat and fish, the poorest fifth 5%
  • Consume 58% of total energy, the poorest fifth less than 4%
  • Have 74% of all telephone lines, the poorest fifth 1.5%
  • Consume 84% of all paper, the poorest fifth 1.1%
  • Own 87% of the world’s vehicle fleet, the poorest fifth less than 1%
  • Runaway growth in consumption in the past 50 years is putting strains on the environment never before seen.”

Clearly the above consumption pattern indicates the amount of waste generated worldwide,especially in developed countries. Unfortunately bulk of the waste are not recycled thus creating enormous amount of strain on natural resources. A typical municipal solid waste consists of food, paper, plastic, metal, glass and garden waste etc.For example the amount of MSW collected in Metropolitan Melbourne for the year 2006-2007 was 1.315,119 Mt costing about a$163 million in service cost. Though Government of Victoria follows the policy of reuse, recycle and recover; only 567,117 Mt was recycled and reprocessed.

There are several methods to process waste and such process depends on the quantity , type of waste and the recovery of products. Gasification and Anaerobic digestion to generate syngas are two common methods of converting waste to energy. However a large volume of complex municipal, industrial and biological wastes require  different methods of processing. ‘Desperate problems require desperate solutions’. One such solution is by Plasma Gasification and Vitrification. It  has clear advantages over existing method of incineration.

Plasma is called fourth state of matter after solid, liquid and gas and it is an abundant form of matter in the universe. When the MSW is heated to a high temperature up to 5000C using Plasma torch, it decomposes into syngas  and verified mass. In Plasma gasification, MSW is subject to high temperature  pyrolysis in the absence of air decomposing matter into its elemental state.Vitrification  is a  process in which semi-liquid waste is mixed with glass converting them into a stable glass form. Even radioactive liquids and sludge are converted into vitrified glass. It is similar to Plasma welding electrodes where an Argon gas is heated into a plasma torch of high temperature up to 5000C.This plasma can treat a range of waste materials such as radioactive, biological, MSW, biosolids  from sewage treatment plants and industrial wastes.  The process is highly efficient.The process can be selectively used to generate syngas with high proportion of Hydrogen  by carefully selecting the feedstock and process parameters.

Bulk of the MSW is now sent to landfill. Such landfills generate methane gas over a time and also leach toxic chemicals and material into the soil. Plasma gasification has distinct advantages over other conventional methods of waste-to energy technologies, especially when the volume is large and the waste has highly toxic materials and metals.

World is busy developing alternative to Fossil fuel to cut anthropic Greenhouse gas  to avoid global warming. In fact all forms of alternative energy sources except nuclear energy are ‘solar energy’ from the sun, in one form or another. Sun has supplied energy from the time earth was born. It has conducted   ‘photosynthesis’ by supplying light energy and converting atmospheric carbon dioxide and water into glucose for plants, animals and human beings. The excess carbon from the ‘Carbon cycle’ has become fossil fuels under the earth over a time. The fossil fuel is the result of sun’s energy or solar energy. We unearthed fossil fuels and burnt them to extract energy to run our power plants or run our cars. In fact fossil fuel is also a form of  ‘Biofuel’ and technically there is no difference between them except fossil fuel formation takes millions of years.Fossil fuel is nothing but a source of Hydrogen with carbon backbone.

All forms of alternative energy sources we are currently trying to develop such as PV solar, solar concentrators, solar thermal, geothermal energy, wind energy and bioenergy etc, originate from solar energy. The word alternative energy is a misnomer because all these energy are fundamentally solar energy in one form or another.

Solar energy is a radiation of Nuclear fusion  of Hydrogen taking place in the sun. Two Isotopes of Hydrogen called Deuterium (with one proton and one neutron) combine to form a Helium 3 atom and Neutron with release of large energy. Deuterium is non-radioactive and can be extracted from seawater. But this process could not be duplicated commercially for Electricity generation. It is the safest and cleanest form of energy.

In other words, all forms of energy including solar energy come from Hydrogen. That is why Hydrogen has become a potential fuel source in the future. However, developing a commercial technology for the production and usage of hydrogen at a rate cheaper than fossil fuels with zero greenhouse emission has been elusive so far. Generation of Hydrogen from water by Photo electrolysis using a direct sunlight using a Photo catalyst is a promising technology. But duplicating Nature to generate large amount of energy using tiny amount of Hydrogen atom seems to be a distance dream. Nature knows the best. We human beings can use small energy generation technologies such as solar and wind to meet our small energy needs. “There is enough to meets everybody’s need but not everybody’s greed”,Gandhi said.

Exponential growth of population and industries has forced us to look for large power generation and fuel usage at the cost of serious environmental degradation and future generations. Only smarter and cleaner technologies will help sustain the future. Politicians and policy makers  should understand various technologies and their implications than advocating short-sighted and popular energy policies.

Hydrogen has been accepted as a source of clean energy for many reasons. Hydrogen can eliminate anthropic Greenhouse Gas  into the atmosphere and stop global warming. It has high energy content than any other fossil fuels we are currently using, making it an efficient fuel. The combustion product of Hydrogen is only water which is   recyclable. Many people, Governments  and institutions around the world are trying develop  cheaper methods of generating Hydrogen from various sources both renewable as well as non-renewable. The non-renewable sources are supposed to facilitate a smooth transition from fossil fuel economy to Hydrogen economy.

However, all attempts to generate Hydrogen at a cost lower than the projected cost of $ 2.50 per kg by DOE has not been successful, even though many recent technologies are promising. Meanwhile massive investments are made on Renewable Energy including wind, solar and biological all over the world. Generating Hydrogen from water using Solid Polymer Membrane Electrolyzer is a known technology using renewable energy sources. One can easily deploy such systems for commercial applications even though it is now expensive.

Many people and institutions are also claiming ‘free energy’ sources with or without generating Hydrogen. In some cases researches are claiming an abnormal production of Hydrogen using ‘Cold plasma’ or ‘Plasma electrolysis’ of water, as much as 800% more than the theoretical values. Some companies claim low energy consumption using photo- catalyst to generate Hydrogen  using direct sunlight and water. Hydrogen generation using renewable sources is a distinct possibility to cut the cost of Hydrogen in the long run. However, the world is in hurry to develop a cheap and sustainable method of Hydrogen generation without any greenhouse gas emissions.

One US based company is claiming to have invented a new Hydrogen atom which has not been reported before in the literature. According to the inventor, this new atom of Hydrogen is called ‘Hydrino’.He has presented a detailed theory called ‘Grand Unified Theory’   that predicts catalysts that allow energy to be extracted from lower energy state of Hydrogen atom. They have demonstrated the process using a proto type in the laboratory and their claims have been validated by an independent Laboratory after conducting trial runs and analyzing the results using spectrum analysis and other techniques.

The process involves a generation of Hydrogen by using electrolysis of water. The resulting Hydrogen is then reacted with a proprietary solid catalyst developed by the company. According to the company,

“Since certain proprietary catalysts cause the hydrogen atoms to transition to lower-energy states by allowing their electrons to fall to smaller radii around the nucleus with a release of energy that is intermediate between chemical and nuclear energies, the primary application is as a new primary energy source. Specifically, energy is released as the electrons of hydrogen atoms are induced by a catalyst to transition to lower-energy levels (i.e. drop to lower base orbits around each atom’s nucleus). The lower-energy atomic hydrogen product called “hydrino” reacts with another reactant supplied to the reaction cell to form a hydride ion bound to the other reactant to constitute a novel proprietary compound. Alternatively, two hydrinos react to form a very stable hydrogen-type molecule called molecular hydrino. Thus, rather than pollutants, the byproducts may have significant advanced technology applications based on their stability characteristics. For example, hydrino hydride ions having extraordinary binding energies may stabilize a cation (positively charged ion of a battery) in an extraordinarily high-oxidation state as the basis of a high-voltage battery. Further, significant applications exist for the corresponding molecular hydrino wherein the excited vibration-rotational levels could be the basis of a UV laser that could significantly advance photolithography and line-of-sight telecommunications. A plasma-producing cell based on the extraordinarily energetic Process has also been developed that may have commercial applications in chemical plasma processing and as a light source.”

The company claims that an average generating capacity of a system will be 1000kw, with installed cost at $1000/kw with fuel cost at less than $0.001/kw with zero greenhouse emission.The solid catalyst is regenerated and recycled. The cost of Hydrogen from electrolysis becomes insignificant due to generation  of large excess thermal energy, to generate power.

The above claims are too attractive to ignore and it could be a game changer in the energy industry. The output energy is more than the theoretical values calculated,  thus violating the Law of Thermodynamics. This excess energy is attributed to the presence of ‘Hydrino’. However, one has to be open to new ideas because science is ever-changing and even well-established theories and concepts are challenged as Science evolves with new discoveries and inventions.




Stanley Meyer, a freelance inventor from USA demonstrated a car that ran on water, according to an Equinox programme that was televised in 1995. Stane Meyer’s dune buggy ran 100 miles from 1 gallon of water. He claimed that water would be the fuel that could revolutionize the auto industry in America. However, his tragic death in 1998 brought the issue to a closure.  Many people and institutions are still trying to replicate his invention at least partly and claiming success.  He received a   number of patents based on his inventions. He worked nearly 30 years on his invention before he began to work on a book titled, “With the Lord, there is a purpose” describing his “faith walk” with the Lord to fulfill end-time Prophecy.  He continued with his speaking engagements throughout the world.  However, such ‘free energy’ devices are still not getting the approval of the larger scientific community as well as Government agencies for some reasons or other. According to Stanley Meyer, “the law of Physics establishes a proven function based on ‘Pre-set’ conditions…change any of the conditions and the Law no longer applies….A new law emerges in the consciousness of physics. Why? Because atoms possess intelligence—-Performing ‘what if’ logic function under different ‘preset’ conditions.” His claims were based on scientific principles and explanations.  Based on his invention, many of ‘Electrolyzing devices’ appeared in the market.  They supply Do It Yourself  kits that can be fitted into a car to cut Gasoline consumptions; but they do not entirely  substitute Gasoline like Stanley Meyer demonstrated. There are still missing pieces of information or claims. He was able to show and claim “Hydrogen fracturing process to disassociate water molecules by way of voltage simulation, ionization of combustible gases by electron ejection and then preventing the water formation during thermal ignition releasing a thermal explosive energy beyond ‘normal gas burns’ levels under control state… and such an atomic energy process is environmentally safe”.   He did not use ‘Heavy water’ called ‘Deuterium’ but normal water and controlled state and shown that the covalent bond of water can be broken using an electronic circuit using water as dielectric medium of a capacitor.  It uses a high voltage but a low current and the process is instantaneous.  It differs from the ‘Faraday’s law of electrolysis’ in a conventional sense. The scientific community seems to be a little more understanding with an open mind in recent times to such ‘free energy’ concepts and devices than in the past.  ‘Resonance electrolysis’ has been reported by few institutions and people as an alternative to ‘conventional water electrolysis’ to cut energy consumption. Decomposition of water into its molecules requires high temperature above 3000°C using a process known as ‘pyrolyis’ and a technique to separate the decomposed molecules from reunion for water formation.  Prof. Mizuna of Hokkaido University of Japan and his coworkers demonstrated ‘Plasma Electrolysis’ by an experiment which showed an evolution of anomalous amount of Hydrogen and oxygen sometimes as much as 80 times more than normal Faraday’s electrolysis of gas generation. Though such reaction requires a very high temperature they could not successfully measure the reaction temperatures during the experiments. They used a Platinum anode and Tungsten cathode and a provision to separate Hydrogen and oxygen gases. They concluded at the end of the experiment that the input voltage and the current efficiency were critical parameters.  On increasing the Voltage to several thousands, they said the current efficiency can exceed unity.  The anomalous release of gases indicates that the electrolysis is not a normal electrolysis but beyond that. (Ref:Mizuno, T., T. Akimoto, and T. Ohmori. Confirmation of anomalous hydrogen generation by plasma electrolysis. in 4th Meeting of Japan CF Research Society. 2003. Iwate, Japan: Iwate University) In all these experiments the gases coming out of the system are not at high temperature but at normal room temperature.  The chemistry of water molecule decomposition and plasma pyrolysis is not fully understood.  After all ‘Cold fusion’ seems to be plausible under certain conditions and it may be a panacea for the world’s energy problems.  When our energy requirement exceeds a limit due to a population explosion and industrialization then finding a solution becomes a daunting task. Mohandas Gandhi said: “There is enough for everybody’s need but not for everybody’s greed. Be the change what you wish to see in the world”.

Bioethanol has successfully substituted Gasoline as a fuel for cars both in the form of blends with Gasoline or individually as an Anhydrous Ethanol. This  successful demonstration by Brazil opens up new generation of cars called flex-fuel cars that allow usage of various blends of Ethanol and Gasoline.Bioethanol can also be used to generate Hydrogen on site by steam reformation so that even Fuel cell cars such as Honda FCX can be felled by Bioethanol.This makes Bioethanol unique as an alternative fuel for transportation. It also facilitates on site electricity generation using Fuel cell, replacing diesel engines.

Substitution of Gasoline by  Bioethanol has several advantages over other alternative fuels. The biggest advantage with Bioethanol is, it is renewable and it allows reduction of greenhouse gases from the atmosphere and will be eligible for Carbon credit. It can be produced by both developing  as well as developed countries using  locally available agriculture produces such as cane sugar, corn, tapioca, sorghum etc. Hydrogen generated from Bioethanol is also free from Sulfur compounds normally associated with natural gas, making it an ideal fuel for Fuel cell application in cars, as well as for power generation using SOFC (solid oxide Fuel cell) or PAFC (Phosphoric acid Fuel cell).The resulting high purity Hydrogen 99.99% can be used as fuel for all type of transportation including Fuel cell Buses, scooters and even boats.

The stoichiometric reaction of steam reformation in presence of catalyst can be represented by the following chemical reaction:

C2H5OH + 3 H2O———- 6H2 + 2 CO2

The Ethanol and water mixture is preheated and the vaporized mixture is fed into a catalytic reactor. The resulting Hydrogen is contaminated with carbon monoxide. This gas mixture is separated using membrane such as Palladium to get Hydrogen with less than 50ppm CO as contaminant. Such purity is acceptable by Fuel cell such as SOFC as well as PAFC.In future a small micro-reactor for on-board reformation may be possible making Fuel cell cars with onboard liquid fuel storage.

Commercial reformers consumes about 0.88 lits of Biothanol of 96% purity to generate 1 Nm3 of Hydrogen with 60% conversion. This translates to $ 5.90 per Kg of Hydrogen. Fuel cell cars offer a mileage of 240 from 1 kg Hydrogen costing only $5.90. For on site power generation 1 kg Hydrogen generates as much as 15Kw electricity and 20Kw heat .Onsite Hydrogen generation with steam reformation also facilitates using SOFC and PAFC for high temperature power generation applications. They are ideal for CHP (combined heat and power) applications for 24×7 operations like hospitals, hotels and super markets. These fuel cells are silent in operation without any emissions except water vapor.

Governments should encourage Bioethanol production and distribution for both transportation and power generation. There is a fear that Ethanol could be diverted for potable purposes illegally depriving Governments of potential reveneues.But this can be solved by denaturing Bioethanol and making it unsuitable for potable purposes. Denaturants such Pyridine has no effect on steam reformation and number of denaturants are available. Such policies will allow the transition from fossil fuels to Hydrogen or Bioethanol.This is a simple and straight forward step any Government can take irrespective of the size or type of nation. But it requires political will, determination and leadership. Developing countries need not wait for big greenhouse emitters such as US, China and India to make a decision on their Carbon emissions but start introducing Bioethanol as fuel locally.

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