Whither hydrogen?

Environmental Economics

city will have a fleet (more than 10) of public vehicles--buses, or taxis, or garbage collection or police or whatever--powered by hydrogen.    As I see it, the major hurdles with hydrogen powered vehicles are: 1) Developing a fuel cell that will be cheap enough to mass produceand sell.  2) Producing hydrogen.    Initially, hydrogen production will be fossil fuel based.  Cue flashback music. On December 21, 2005, I wrote.

Saudi Arabia building world’s largest green hydrogen plant at Neom

Green Prophet

The American gas giant Air Products & Chemicals announced this week that it will build the world’s largest green hydrogen plant in Saudi Arabia. And the technology used in the project will include the innovative integration of over four gigawatts of renewable power from solar, wind and storage; production of 650 tons per day of hydrogen by electrolysis using thyssenkrupp technology; production of nitrogen by air separation using Air Products technology; and production of 1.2

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Future Perfect: Producing hydrogen fuel from wastewater


We have been listening about the green potentials of hydrogen based energy technology for quite some time now. Reason for this is the fact that hydrogen is an energy carrier, which doesn’t occur naturally. And, the artificial production of hydrogen faces huge technological and cost based challenges. It has been shown that hydrogen could be produced from wastewater through new carbon neutral processes. The hydrogen can then be used in fuel cells.

Student creates solar reactor to produce hydrogen


Sonia Renthlei: Generating hydrogen from renewables is a question which has baffled scientists the world over. Traditionally, hydrogen is created from natural gas. The process facilitates the release of greenhouse gases as it is transformed into hydrogen. Laird and Suresh Advani, have created a reactor that utilizes zinc oxide powder and highly concentrated sunlight to create solar hydrogen, a clean and sustainable fuel with no emissions.

What is hydrogen?

Eco Friendly Daily

Not only is Hydrogen one of the simplest elements known to man (each hydrogen atom has only one proton); it is also the most plentiful gas in the universe, especially if you consider that stars are primarily made-up of hydrogen. Yes, this would infer that sun is hydrogen, inclusive of helium, which through a process of fusion, gives us radiant (and solar) energy. So given the abundance of hydrogen, why haven’t we capitalized more on it as a source of fuel?

Enstorage Pioneers 50kW Hydrogen Bromine Storage in Israel

Green Prophet

connected a 50 kW Hydrogen Bromine flow battery to the grid at their test site in southern Israel. Matching this variable supply with variable demand is a huge challenge for electricity producers. One advantage of Enstorage’s hydrogen bromine flow battery is that the chemicals used are abundant and therefore relatively inexpensive. Hydrogen can be extracted water and bromine is component of Dead Sea salt. Energy storage company Enstorage Inc.

The Limitation of Hydrogen Car Conversion Kits

Eco Friendly Daily

On that list is an abundant element – Hydrogen. Hydrogen though is not available in its elemental state on Earth. Hydrogen in fossil fuels reacts with oxygen in the atmosphere to release chemical energy. This is the first hurdle of hydrogen-as-a-fuel systems. To use hydrogen as a fuel, energy is required to free hydrogen into its elemental state. A Google search yields a zillion results for the term ‘hydrogen conversion kits’.

Honda unveils Japan's first hydrogen station powered by the sun


Sonia Renthlei: Renowned Japanese automobile manufacturer, Honda, recently lifted the curtains off its Solar Hydrogen Station at Saitama Prefectural Office. Located in Tokyo, the station will serve as a platform for producing, storing and dispensing hydrogen fuel. Honda Introduces Solar Hydrogen Station on Saitama Prefectural Office Grounds. Honda Introduces Solar Hydrogen Station on Saitama Prefectural Office Grounds.

Light and hydrogen proclaimed as new biofuels


Presently, biofuel cells use glucose-processing enzymes to produce electricity; however the energy is insignificant when compared to their requirement of a large fuel source. Recently, researchers have considered light and hydrogen as pertinent to the creation of more efficient fuel cells. Leeds research aims to explore the potential of biofuel cells dependent on bacterial enzymes that incorporate light or hydrogen gas in their chemical reactions to release energy.

HyperSolar announces hydrogen generation breakthrough using water and sunlight


Sonia Renthlei: HyperSolar has announced that it has successfully developed its breakthrough proof of concept prototype that revolves around producing renewable hydrogen using water and sunlight. The company’s announcement comes on the heels of BlackLight Power’s equally exciting breakthrough around the same time that also involves generating hydrogen but using a different process.

Bosphorus To Become Center of Hydrogen Energy Production If Second Canal Is Built

Green Prophet

But authorities at Turkey’s center for hydrogen energy technology see a silver lining: the canal could enable Turkey to become one of the world’s most important producers of hydrogen energy. And that would free up the strait for hydrogen energy projects that Turkey has been waiting years to realize. By electrolyzing the seawater in the Bosphorus, the turbine would produce hydrogen, which would be stored under heavy pressure.

Hydrogen fueled robot successfully mimics jellyfish


Robotic jellyfish fueled by hydrogen. But, beyond the novelty of form and uniqueness of movement, the ‘Robojelly’ does fulfill one criteria that endows it with green credentials; the whole conception is powered by hydrogen fuel. In fact, touted as the first successful underwater robot that utilizes external clean hydrogen as a fuel source, the contraption’s delicate movement is intrinsically related to its power generation.

Economic hydrogen production is possible using nuclear plants


Ishan Sidhu: It has been decades since technology to produce hydrogen fuel , which can replace diesel, gasoline and other fossil fuels, is available. Recently, as per a report of a scientist now it’s time when commercial production of hydrogen fuel will begin and the concerns regarding air pollution and foreign oil will be eased. Nuclear power plants can produce hydrogen to fuel the “hydrogen economy”.

New catalyst permits convenient storage and transportation of hydrogen


Pratima Kalra: Scientists at the Brookhaven National Laboratory, with the help of its collaborators, have developed a new catalyst that can reversibly convert hydrogen gas into carbon dioxide to produce a liquid, called formic acid. Hydrogen has always remained an attractive source of fuel, especially as it does not produce any toxic products or even greenhouse gasses. New catalyst for safe, reversible hydrogen storage.

Solar powered hydrogen filling station opens in Germany


Solar powered hydrogen filling station opens in Germany. Fraunhofer ISE has opened a public hydrogen filling station in Freiburg, Germany, which has been created to serve as a demonstration platform for a clean fuel dispensing station network that is planned for the state. While many worry about the energy required to electrolyze water to produce hydrogen, this self sufficient filling station makes use of clean solar energy for the process. Please login. Sign In.

Waste to Energy: Corn Husks May Energize Our Future.

Elephant Journal

A team of scientists at Virginia Tech University have recently found a way to use discarded corn husks and stalks to make an inexpensive, hydrogen fuel that does not produce any emissions of greenhouse gases. Enlightened Society (Politics, Active Citizenship, Social Good) Green WAYLON: Today Only Z ADMIN Green Featured Today climate change corn husks greenhouse gasses hydrogen fuel reducing emissions

Pee Power is making energy from urine in Africa

Green Prophet

This readily available “resource”, whether it be from animal or human origin, is now being experimented with to actually generate electricity by using our pee’s basic ingredients to create enough hydrogen to provide electricity for both homes and businesses. Four teenagers in Lagos Nigeria, working on a school project, created a practical way to separate hydrogen from urine, and then use it to power a generator to create electricity (see photo above).

Hydrogen fuel cell bus demonstration: A logical progression towards clean transportation


Pratima Kalra: Hydrogen is evolving to become a major source of fueling transportation. There is a wide range of sources from which we can produce hydrogen , including natural gas and also some renewable sources, therefore allowing for a reliable supply of clean energy. During the summer of 2012, CTE, a nonprofit organization will initiate the hydrogen fuel cell bus demonstration to showcase the potential of hydrogen.

Seoul to arm itself with 29 hydrogen fuel cell plants to battle power crisis


To offset any chance of a similar incident occurring again, the city has decided to construct 29 hydrogen-based fuel cell power plants in the next two years. Hydrogen fuel cell power plant in seoul. Hydrogen fuel cells produce electricity by an electrochemical reaction. Till date, hydrogen fuel cells have been used for transportation, residential use and power generation.

Tufts scientists develop green catalyst for hydrogenation process


Tufts scientists develop green catalyst for hydrogenation process. Hydrogenation, the process of mixing hydrogen atoms to unsaturated oil, is a key chemical process in many industries like oil refining and is the base of turning crude to gasoline. But, traditional ways of hydrogenation consume lots of energy and expensive metals. Catalysts for Less Researchers at Tufts have been working on a project to turn the hydrogenation process as green as possible.

Hydrogen driven Lexus LFA-h beats gasoline version in terms of.


Hydrogen driven Lexus LFA-h beats gasoline version in terms of power. Considering hydrogen is the most plentiful element in the universe, it’s strange that our technology doesn’t optimize on its potential. Of course, hydrogen-powered cars do exist but they haven’t made it to the top choice of automobiles yet. This hydrogen-driven car is one powerful automobile, more powerful than even the gasoline model. Hyundai showcases hydrogen-electric version of Tucson at Geneva.

Scientists use CO2 and electricity to produce alternative fuel


James Liao and his team genetically modified Ralstonia eutropha H16 or what’s known as a lithoautotrophic microorganism to produce 3 methyl 1 butanol (methyl isopropyl carbinol) and isobutanol in an electro bioreactor. The latter was further used to power CO2 fixation to produce fuel. Instead of using hydrogen generated by solar power to drive CO2 conversion, the scientists made use of formic acid as hydrogen has stability issues and a low mass transfer rate.

Cambridge’s new Christian Doppler lab to sustainably produce Syngas


The laboratory, named the Christian Doppler lab for Sustainable SynGas Chemistry, will explore methods to use sunlight to convert carbon dioxide and water to produce syngas in highly renewable ways. But, the way it is currently produced is non-renewable and fossil-based. Indeed, the Christian Doppler laboratory has been conceived to produce syngas under possible sustainable methods.

Eco-Hybrid Car From Qatar Unveiled During Climate Talks

Green Prophet

“The engine captures thermal waste energy that is utilized to generate electric energy to run hydrogen fuel cells using the potable water as a source for the gas,” GORD announced in a press release. Explaining the difference between GORD’s Eco-Hybrid vehicle and other hydrogen power concepts, GORD Chairman Dr. Yousef Al Horr said that their car requires no extra electricity since it produces its own by capturing wasted thermal energy.

Nanotree structure to pave the way for large scale hydrogen.


Nanotree structure to pave the way for large scale hydrogen production. Hydrogen is one such source that has the potential to provide us with an endless supply of clean fuel. They claim that their invention will effectively deliver hydrogen fuel cheaply and cleanly on a mass scale using solar energy. Solar energy-harvesting nanotrees Picture Gallery Solar energy-harvesting nanotrees Solar energy-harvesting “nanotrees” could produce hydrogen fuel on a mass scale.

Building Better Buses

Eco Friendly Daily

The East Bay region, across from San Francisco, has invested in some hydrogen-powered buses. AC Transit bought its first hydrogen fuel cell bus in 2005, with the goal of amassing a total of eight buses by 2009. Hydrogen fuel cell buses have electric motors. Hydrogen gas flows into the fuel cell, where it reacts with oxygen to form water. These alternative vehicles have specialized engines (ICE V10) that run on hydrogen instead of traditional fuel.

Algae returns as fuel for our future

Green Prophet

Researchers at Tel Aviv University have revealed how microalgae produce hydrogen, a clean fuel of the future, and suggest a possible mechanism to jumpstart mass production of this environmentally-friendly energy source. Researchers in the past believed that algae only produce hydrogen in the course of a single microburst at dawn lasting just a few minutes. Increasing algae ‘s output of hydrogen.

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Excrement to energy: Human waste to produce clean power!


Excrement to energy: Human waste to produce clean power! Producing energy from human waste Modern lifestyle and growing population, along with ever growing food needs mean that human waste is becoming a major biohazard across the planet. Turning human waste into stable hydrogen fuel is not all that easy but along with experts from UC Irvine, they hope to one day fill up hydrogen-powered cars with the gas that they extract from their sewage treatment plant.

A critical analysis of future nuclear reactors designs

Green Blog

They claim that alternative designs would result in much safer reactors that are cheaper to build, easier to build and ultimately produce less nuclear waste. We could claw back on these two issues by mass producing said reactors in large volumes but as I point out (again see the full article ), it is far from proven whether that would be economically viable and whether there is in fact a market for large numbers of small reactors. Brayton Cycle and Hydrogen Production….rumours

The Fractal Wonders of Cern—Searching for the Elusive Higgs Boson.

The Alien Next Door

The Alien Next Door Musings of Nina Munteanu, SF writer and Ecologist Friday, January 9, 2009 The Fractal Wonders of Cern—Searching for the Elusive Higgs Boson: The God Particle This artistically-enhanced image of particle tracks was produced in the Big European Bubble Chamber (BEBC) at CERN, the European Organization for Nuclear Physics—the world’s largest particle physics laboratory , built in 1954 in the northwest suburbs of Geneva on the Franco-Swiss border.

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$8 million fine and 10 years jail for cutting a tree in Saudi Arabia?

Green Prophet

Saudi’s idiosyncratic ways with its prince in charge (the one who hires planes for falcons ) also includes interesting experiments that other fiscally-minded nations might not try, like investing in hydrogen fuel for buses. .

Pee power may be best alternative energy bet yet

Green Prophet

fuel source was previously written about when a group of high school students in Lagos Nigeria created a practical way to separate hydrogen from urine and then use it to power a generator to create electricity. Going one step further, a research engineer from the University of Sorona State in Northern Mexico has found a way to use urine’s natural ability as an electrolyte to separate to separate oxygen from hydrogen in common urine and create a viable biofuel.

Embracing Your Future: Flying Algal Ships

The Alien Next Door

The farm and the elongated seed-shaped airship docked at its centre both produce biofuel—essentially hydrogen—from the microorganism Chlamydomonas reinhardtii. Chlamydomonas reinhardtii was first discovered as a clean source of hydrogen back in 1939 by German scientist Hans Gaffron at the University of Chicago (ironically the same year Germany invaded Poland). Hydrogenase by Vincent Callebaut It’s July 2030.

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FuelCell Energy and Air Products collaborate to market environmentally friendly power plants


The purpose of the MoU is to work together for the market development of FuelCell Energy’s Direct FuelCell power plants, which will also produce high grade heat, hydrogen and electricity at the same time. Firstly, for industrial users of hydrogen where the electricity, heat revenue streams and hydrogen is fully utilized.

My New Love: Mini Hydro Gardens

Eco Friendly Daily

These things are supremely cool, they don’t take up much space at all, and they are nearly guaranteed to produce a big, healthy plant. Hydrogen Conversion Kits. Categories. Garden. Kitchen. New & Exciting. Electronics. Events. Health. Personal. Clothing & Accessories. Community. Current Acitivites. Forums. Groups. Members. Get Our Books. AboutMyPlanet. HybridMile. GrowNews. GirlSustainable. EcoFriendlyDaily. 808 Fans Be a Fan! 468 Readers Subscribe!!!

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Better Green Living Through Chemistry

Nature Conservancy - Science

In a hydrogen fuel cell, for example, oxygen reacts at one electrode (oxygen reduction reaction) and hydrogen at the other (hydrogen oxidation reaction), generating electricity and water. To solve the Pt problem, scientists have turned to nanotechnology to reduce the mass necessary to produce reliable catalytic reactions and electrical power. By Cara Byington, Science Communications Specialist.

More on the helium shortage

Environmental Economics

  A global helium shortage has turned the second-most abundant element in the universe (after hydrogen) into a sought-after scarcity, disrupting its use in everything from party balloons and holiday parade floats to M.R.I. Because helium is a byproduct of natural gas extraction, a drop in natural gas prices has reduced the financial incentives for many overseas companies to produce helium.

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4 Easy Homemade Recipes To Clean Your Fruits and Veggies

The Green Samaritan

In those cases, what are the best ways to wash and clean the conventional produce to remove any pesticides but also bacteria as well? Use the spray for smooth and harder produce and rinse with water. For produce with lumpy or hard to reach places, soak for a few minutes then rinse with water. Pour the solution into a spray bottle and spray your produce. The hydrogen peroxide is also anti-bacterial and anti-viral. Grapefruit seed extract sanitizes the produce.

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Israeli Researchers Make Oil from Greenhouse Gas

Green Prophet

The electricity required for the electrolysis could be produced from renewable sources such as solar or wind energy. However, the cost of hydrogen produced by water splitting is still significantly higher than that produced from natural gas. The researchers turn to ATR (auto-thermal reforming) and gasification technologies that combine other renewable or alternative sources with the oxygen produced from the water splitting.

Saudis Could Export Solar for the Next Twenty Centuries

Green Prophet

Every square meter of Saudi Arabia produces an extraordinary 7 kilowatt hours of energy daily in each 12 hours of sun power. And Saudi Arabia has about 2 trillion square meters able to produce 14 trillion kilowatt hours of solar energy every sunny day – that is enough to power the world. Saudi Arabia could export solar for centuries either as electricity into the Desertec grid, or as hydrogen fuel, using its tankers and pipelines.

Piezoelectric energy can potentially replace batteries in future


Till now we have successfully produced energy from fossil fuels, petroleum, coal, etc. When mechanical stress is applied to certain materials, charge is produced that can be converted into energy, called piezoelectric energy. In simple words, Magnesium could replace hydrogen in fuel cells for more energy. Eco Factor: Magnesium stores 10 times more energy than hydrogen. However, there is no dearth of brains who believe that hydrogen. Please login. Sign In.

The Great Pacific Garbage Patch: What Is It and What Can You Do?

Green Home Blog

In fact, of the 200 billion pounds of plastic produced every year, about 10% eventually makes its way to the ocean. Unlike biological waste, which decomposes into elements like hydrogen, oxygen, and carbon that can be reused in the environment, plastic never breaks down. Finally, many of the toxic chemicals used to produce plastics, like phthalates, BPA, and dioxins, can leach from floating plastic trash into the water.

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Platinum Process: Nickel molybdenum catalyst to help in synthesis of efficient fuel cells


B.Sameer Kumar: There is absolutely no doubt whatsoever at this point that the best way forward for green technology is hydrogen fuel cells and while alternate energy sources like solar and wind power do offer plenty, there is nothing that matches the convenience, reliability and portability that is offered by the fuel cell technology. But one of the biggest and most ironic hindrances thrown up by the hydrogen fuel cell synthesis is the use of Platinum.