CalTech’s patented technology for building gadget chargers that are based on methanol has been licensed to Direct Methanol Fuel Cell. Viaspace, Direct Methanol Fuel Cell’s holding company opined that the licensing agreement would enable Direct Methanol Fuel Cell to develop and introduce methanol-based compact portable recharging cells.

This licensing agreement follows the launch of a portable recharging cell by Toshiba.
Toshiba’s methanol based portable cell has a lithium ion embedded in it, which can store adequate charge for two cellular phones. This fuel cell is based on a chemical reaction that occurs between oxygen and methanol. This process eventually transforms liquid methanol into electrical charge. At present, Toshiba’s portable recharging equipment is only available in Japan. This transportable fuel cell costs nearly $325 at present. Toshiba has not disclosed whether it plans to introduce such methanol-based fuel cells in other countries as well.

Many electronics businesses such as laptop manufacturers, and cellular phones manufacturers are eyeing this fuel cell technology, as it would meet a crucial requirement for their products. As of now, most of these electronic gadgets have limited power storage capacity, and therefore, these gadgets cannot be used continuously on long distance travels. An access to such portable recharge cell would have dramatic effects on their market share.

There is a new technology in the form of direct methanol fuel cells, which are in the early stage of demonstration, powering the mobiles and laptops. In the PEM cell which is being used till now , methanol is used after reforming. The DMFC(Direct Methanol Fuel Cells ) use methanol directly where it is split into Carbon Di-Oxide and Hydrogen and the separated hydrogen reacts with oxygen.
Leave alone the chemical equations. These DMFC are capable of working at a high temperature, and have got more efficiency too. The cost involved is reduced by the elimination of reforming process. The earlier teething trouble with this DMFC is the larger requirement of Platinum catalyst, which is expected to be sorted out using liquid fuel. Hence success is very much assured.
Usually a sophisticated methanol reformer involves some cost. Since this has been cleared out of the regular process, researches are still on for in depth study. The fuel efficiency and performance densities of a DMFC are somewhat lower, when PEM fuel cells are concerned. Over all system has higher advantage over PEM fuel cells. PEM fuel cells had the toxicological questions to be answered. The same question needs to be addressed in DMFC also. But the interesting potential overcomes all these drawbacks except water and thermal management which needs an earlier cure

A very interesting cell phone was recently shown in Japan. Toshiba is introducing a cell phone that runs on methanol fuel. It fits well into the whole going green rage we’re seeing around the world. This phone is a modified Toshiba T002 that’s being shown by Japanese carrier KDDI.

The phone is based on a direct methanol fuel cell or DMFC for short. DMFC’s are able to produce electricity from the reaction between methanol, water, and air. This type of battery is recognized as being a much greener than the traditional ones. The fuel cell unit also includes a lithium ion battery. This enables to phone to be able to deal with the high power demands when the phone is used to make calls or browse the web. This gives the phone an amazing 320 hours of battery life. That’s three days longer than the normal T002. You might think it cant get any better than that, however this phone does that. The battery life is amazing, but its ability to be recharged in seconds rather than hours is unheard off. All it takes to recharge this phone, is a small squirt of methanol.

A lot of people don’t like the fact that the extra fuel cell makes the phone twice as thick as the original. That’s a small price to pay, for all the benefits that come along with this phone. Toshiba is trying to introduce a new portable charger that will use this same technology. This charger will be able to be used to recharge batteries in the many portable gadgets we have today. Be on the lookout for when these products will hit the market.

The petrol chemical industry plays a major and important role in our everyday life. Almost everything that we are dependent on nowadays is made from petrochemicals. These include plastics, home appliances, clothes, footwear and a lot more other applications. This industry is a rapidly developing and changing one and professional and others in the industry need to keep up-to-date with the latest cutting age developments. This is because new processes, new product and new chemicals with new applications are invented or discovered everyday.

The US department of transport has approved to permit in-house use of modern methanol powered fuel cells that are used to power computers and other portable gadgets. It is therefore expected that there will be a slight to significant increase in the use of fuel cell and methanol in everyday use especially in portable devices.

Passengers will be allowed to use methanol in commercial airline passenger compartments. This will also be allowed in the crew compartments as well.
All the major manufacturers of hand held devices such as mobile phones, digital cameras, DVD players and laptops, will see a significant or perhaps a slight boost in their overall sales figures.

Thus a significant growth and expansion is expected in the petrol chemical industry and this will see a significant growth in hand held devices.

The future of cells used for vehicle propulsion and electronic devices belong to the fuel cells. There are many fuel cell powered devices in the market and they are growing fast. The technology of fuel cells is continuously improving day by day and the cells are becoming smarter. An example of this was shown by Honda. Their fuel cells were smaller and lighter. They were twenty percent smaller to be precise. The fuel cells had greater power which would be of great use while designing electronic items.

There are a lot of hype surrounding fuel cells. These are being designed for all kind of electronics like laptops and so on. There is a great emphasis on the development of fuel cell powered devices like mobiles and laptops. One example of this was shown by Toshiba. It displayed fuel cells that could run laptops for a period of ten hours. There were various kinds of fuel cells. Some were bulky but some were small enough to be placed inside the laptops easily.

As the fuel cell technology improves day by day devices are becoming smarter day by day. Toshiba has also shown smaller fuel cells than previous ones. This makes laptops smaller and lighter than previous ones. The size of fuel cells is decreasing day by day with the advances in technology. In the future fuel cells would be small enough to be fit inside the case of laptop. Nowadays, fuel cell powered devices are of various types which include media players and so on.

to Fuel Cell Problems

Perhaps the greatest thing since the indelible French Fry, a researcher in France has found a way to increase the efficiency of methanol fuel cells to 75%. As the world becomes more dependent upon electronic devices and their short-lived lithium ion batteries, the potential for fuel cells in handheld devices like phones and mp3 players has opened many eyes.

While the milliwattts per square centimeter and microliters per minute of fuel mean nothing to the average consumer, the facts can be boiled down to a battery that is 16 times more energy effective than conventional batteries.

This new methanol fuel cell was created by injecting a microscopic, porous layer into the silicone based product, which increased energy flow and allowed for operation nearer to room temperature, a necessary step towards fuel cell powered devices.

When picturing fuel cells, many people envision large pumps, transferring changed partials to create power. These new methanol products eliminate these cumbersome pumps, allowing for smaller, more portable options.

Unfortunately, these new fuel cells cannot solve an issue that has plagued the everyday use of fuel cells. Currently, fuel cells need temperatures of around 100 Celsius (the boiling point of water) to produce any power. While closer to this level, even methanol powered cells cannot fully accomplish this goal.

Perhaps with methanol fuel cells and another innovation allowing for creation of energy at lower temperatures, we may see fuel cells, in our cell phones in a near future.

You might be speculative what the advantages of methanol fuel cells are. Well, wait no further, in this article we’ll consider the pros and cons of fuel cells affiliated our distinctive gas powered locomotives, and why you must look at utilizing fuel cells to add on the power of your automobile. Study on to ascertain what the advantages of methanol fuel cells are!
Opposed to a few myths drifting out on the cyberspace, methanol fuel cells aren’t grievous to utilize or control. A lot of the disconfirming response towards utilizing methanol cells as a reservoir of power for automobiles adds up from the Hindenburg zeppelin accident of 1937, which was well advertized and commemorated extensively.
Rest ensured we have come a long way since 1937 in the utilization of methanol power. The advantages of fuel cells as power reservoir are several, and none of the events that hassled the Hindenburg accident are acquaint in today’s methanol fuel cells (your automobile Is not a sausage after all, is it?). Fuel cells are comfortable to keep up. You just have to make certain that your quart-sized source has the suitable quantity of fluent every now and then and you are correct!
Well, I hope in this article I resolved a few of the doubts you had on what are the advantages of methanol fuel cells. Now that you’ve nothing to concern about, bring out there and acquire your methanol powered automobiles breaking away

Methanol Fuel Cells

Are you fed up costly gas for your automobile? Or maybe concerned about the surroundings? For ages, scientists have been acting on an energy alternate that accommodates hopes to alter the manner we live by altering the reservoir of fuel for a few of our most primary energy-using engines. This fresh engineering in progress is known as a fuel cell. A fuel cell provisions a DC (direct electric current) potential that may be expended to power motors, igniters, or any count of electric gadgets.
The abstract name for a fuel cell is an electrochemical energy transition gimmick. A fuel cell changes the chemicals hydrogen and oxygen into water, and in the operation it develops electrical energy. Other electrochemical gimmicks that are in employment these days and for a lot of decades are the long-familiar battery. The differentiating deviation between a bare battery and a methanol fuel cell is that everything the chemicals are stacked away inside the battery. The battery successively changes those chemicals into electrical energy but in due time it “becomes lifeless” as the chemicals are consumed and occasionally you may either throw it aside or reload it.
But then with a fuel cell, chemicals continually feed into the cell so as long as there is a stream of chemicals into the cell; the electrical energy flows out of the fuel cell. Burning engines the gas engine burn fuels and batteries changed over chemical energy back into electric energy when demanded. Although, fuel cells must act both jobs a lot expeditiously.

Methanol Fuel Cells: Coming Soon to a Computer Near You?

In the spring of 2005, IBM excitedly announced that it was working on a collaborative project with well-known Sanyo to produce a device that would be capable of running on methanol fuel cells. The prototype IBM ThinkPad laptop computer was not only configured to run on methanol fuel cells but had the ability to contain an alternate source of power as well. At the time of the announcement, the alternate power source was a typical battery.

The prototype of the ThinkPad was able to run for up to eight hours with no additional need for alternate power sources, courtesy of methanol fuel cell power. The companies also announced that no major redesign or restructuring of the configuration of the current model of ThinkPad would be necessary.

Enthusiasm abounded as the potential for such fuel cell operated devices was contemplated. The vice president of IBM’s Personal Computing Division, Peter Hortensius, noted that alternative energy such as methanol fuel cells had interesting and exciting applications to business devices and equipment. He stated that he believed that such devices could increase the probability for increased efficiency in the workplace.

It was not announced when a methanol fuel cell powered ThinkPad would be released and made widely available to consumers.