Sentences with phrase «hydrogen from»

The fuel reformer, usually through a process called steam reformation (a process that creates carbon emissions) isolates the pure hydrogen from a hydrocarbon fuel (methane, ethanol, propane, natural gas, etc.) This hydrogen, although pure, is sometimes referred to as dirty hydrogen due to the way it is created.

However, the cost of solar panels does not make this process economically competitive with the production of hydrogen from fossil fuels.

In fact, certain of TEPCO's actions in the aftermath of the explosions have been confused and, some might opine, lacking discipline of purpose to the extent that expedient decisions have been made without proper forethought and judiciousness to avoid knock - on consequences: for example, the injection of seawater may have resulted in salt deposits sufficient to foul cooling flows in the lower regions of the RPV [reactor pressure vessel]; the liberation of hydrogen from seawater is more rampant than from freshwater and radiolysis of oxygen from the cooling water could provide stoichiometric conditions and ignition with hydrogen in the absence of air in the containments; and the latest and most recent announcement to deploy a nitrogen purge to the Unit 1 reactor seems yet another ill - explained and unjustified desperate measure».

I have written on another page on this site about several proposals for producing hydrogen from renewable energy in South Australia.

Assessment of the cost of hydrogen from photovoltaic electricity, Australian Renewable Energy Authority.

Well, Carson and Vaitheeswaran make a strong case for how that could be possible, with an all - out push for fuel cells and hydrogen from renewable sources.

While most current hydrogen production processes split hydrogen from natural gas — an inefficient technique that consumes energy and produces greenhouse gases — Grimes» method would rely on thin films made of titanium iron oxide nanotube arrays that could split water under natural light.

SMR designs include measures to prevent hydrogen from reaching explosive concentrations, but they are not as reliable as a more robust containment — which, again, would add to cost.

Maybe solar technologies will get a lot more efficient and we can use solar thermal or photovoltaics to make lots of hydrogen from seawater.

Hydrogen from Water A team from the University of NSW has recently identified the major variables needed to optimise materials for anodes and cathodes in water splitting cells.

So, what happens, for instance, when hydrogen from nat gas is used to upgrade heavy oil which is then used for non-energy applications?

You can produce hydrogen from renewable energy, but costs escalate quickly.

Also note that the BP Peterhead project gets its hydrogen from methane reforming - this leaves a relatively pure stream of CO2 to be dealt with for storage.

The micro-organism generates methane by using carbon dioxide and hydrogen from the bacteria it lives alongside,» Mr Woodcroft said.

The «home energy station» generates hydrogen from natural gas supplied to households, according to Honda.

To replace fossil fuels, we can use either hydrogen from electrolysis or biomass ethanol or methanol or biodiesel (and no, it doesn't have to come from corn).

The same article reports that Apple will use hydrogen from natural gas coming from Piedmont Natural Gas in the fuel cells and then, to offset that natural gas use, it will produce landfill methane gas or some other biogas.

In an ideal outcome, Nanologix would be able to utilize a relatively benign species from this group of anaerobes to produce hydrogen from food scraps and industrial waste heat, such as from electrical utilities.

All we need is a bio-tech based system for taking hydrogen from electrolysis and CO2 from the air and creating methane.

Either they could make their own hydrogen from electricity supplied by the grid, or obtain it from a pipeline network... Everything comes on and goes off at the flick of a switch, and works as smoothly as our heat and electricity systems do today.

The commercial units could, for example, be used to economically produce hydrogen from surplus, low - cost electricity (such as overnight wind energy production).

HyperSolar also has a solar prototype baggie that segregates the Hydrogen from the Oxygen using non precious metals.

Our sunlight - powered technology is exciting as it enables the production of clean hydrogen from unprocessed biomass under ambient conditions.

There is little point in paying for and carrying around a huge battery in any case, or even in the PHEV configuration, if the NREL is right and hydrogen from renewables comes in at around $ 1.14 kg:

The oxygen produced can be sold where chemically pure oxygen is needed or used to make CO and hydrogen from natural gas.

Fuel rods became exposed and began to melt, while generating large amounts of hydrogen from the rapid oxidation of zirconium contained in the cladding surrounding the nuclear fuel.

The use of nuclear energy to produce liquid fuels is very economic at this point of time, and whilst the production of hydrogen from nuclear electricity is expensive the cost can be reduced by using high temperature steam from nuclear reactors for high temperature electrolysis.

In a matter of days, venting of hydrogen from overpressurized reactor vessels led to large explosions at reactors 1, 2, and 3, which experienced full meltdown.

That means renewable energy can be used to extract nitrogen from the air, and hydrogen from water, combining the two to make ammonia.

You are so ignorant and gullible I wont be surprised when you advocate piping hydrogen from the Sun.

And, not only does it strip all the hydrogen from the hydrogen rich ethanol, it also strips half the hydrogen from the water.

Researchers from Germany and Italy have developed an efficient low - temperature catalytic process to produce hydrogen from methanol.

Hydrogen fuel cell technology allows the Honda Clarity to run on hydrogen from domestic energy sources instead of gasoline, making it one of the cleanest cars on the road.

Researchers have come up with a way to unlock hydrogen from fescue grass, raising the possibility of using turf to power life on Earth.

Washington State University researchers have found a way to more efficiently generate hydrogen from water — an important key to making clean energy more viable.

Now, the researchers have developed a thin metal membrane that can separate high - purity hydrogen from ammonia used as a hydrogen carrier.

Researchers at Australia's Commonwealth Scientific and Industrial Research Organisation (CSIRO) have years of experience researching the best ways to separate pure hydrogen from mixed gas streams.

Scientists at the University's School of Biosciences have found a way to extract hydrogen from confectionery waste — a process that could have a major impact on the future handling of food waste and its potential as a supplier of renewable energy.

You start with CO2 in the ocean, and hydrogen from solar power (which eliminates the need for inverters, etc.), feed it through bio-reactors filled with tailored methanogens, and feed the methane into the same storage, distribution, and power generating infrastructure you built for NG.

Overcoming some of the obstacles that have hindered petri - dish - to - gas - pump schemes in the past, scientists are finding ways to produce high - octane fuel and even pure hydrogen from co-opted algae.

Hydrogen from the waste and many cheaper catalysts move the processes by which the «feedstock» raw materials are converted into the oily products.

Let me put it this way, I can if I want move electricity with steel wires, I can if I want make electricity or intense heat from thorium, or maybe in the future even potassium or hydrogen from water using nuclear reactions.

c) Efficient hydrogen synthesis from sunlight: Captures photons and utilizes every quanta of their energy to separate hydrogen from water and other compounds.

PRELIM can simulate up to ten specific refinery process configurations, each requiring a different amount of energy to process a crude and producing a different slate of final products including transportation fuels as well as heavy fuel oil; hydrogen from the naphtha catalytic reforming proces;, refinery fuel gas; and the possible production of coke or hydrocracking residue.

Germany has also invested nationally in hydrogen cars, refueling stations, and just last year opened a plant that uses wind power to generate hydrogen from water.

California, too, has actively supported a bevy of hydrogen development efforts, including using excess renewables from solar panels and wind farms to make hydrogen from water.

DocMartyn: What do you not understand about electrolytic hydrogen from renewable electricity?

New Holland has been promoting the «energy independent farm» where farmers produce hydrogen from either electrolysis, or from natural gas reforming where the natural gas is produced from fermenting by - products and biomass.

It seems like the game changer would be a low energy means of separation of hydrogen from water, but I have not even tried to research the topic

EU project PlasCarb in exploring the possibility of deriving graphene and hydrogen from food waste using anaerobic digestion and a microwave plasma process.