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Infogreen Global

B-Class F-CELL was accepted by the National Organisation Hydrogen and Fuel Cell Techn... - 0 views

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    The fuel cell generates the electrical power on board the vehicle, from a chemical reaction between oxygen and hydrogen - producing only pure water and zero emissions.
Infogreen Global

Solar cells can be made thinner, lighter and cheaper - 0 views

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    Metallic nanoparticles can direct light better into the solar cell and prevent light from escaping. In conventional 'thick-film' solar cells, the nanoparticles would have little effect because all the light is absorbed by the film due to its thickness. For thin films, however, the nanoparticles can make a big difference.
stevencd

Hepatic Cells - 0 views

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    Creative Bioarray provides various human and animal cell lines that are invaluable for medical, scientific and pharmaceutical institutions. Creative Bioarray offers Hepatic Cells for your research. Call 1-631-626-9181 or Email us at contact@creative-bioarray.com to know more.
stevencd

Adipose Cells - 0 views

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    Creative Bioarray provides various human and animal cell lines that are invaluable for medical, scientific and pharmaceutical institutions. Creative Bioarray offers Adipose Cells for your research.
Infogreen Global

Mercedes-Benz Citaro FuelCELL Hybrid will enter service next year in the CHIC project - 0 views

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    The project is based on a gradual introduction of hydrogen-powered fuel cell buses and aims to set up bus fleets with fuel cell vehicles and the necessary infrastructure.
Infogreen Global

Fuel-cell Buses for Tokyo Airport Routes - 0 views

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    The bus is fitted with an electric-motor hybrid system powered by batteries and fuel cells, and is fueled with high-pressure hydrogen gas. During operation, the vehicle does not emit carbon dioxide, said to be a cause of global warming, or any other atmospheric pollutant such as nitrogen oxide; it is both highly energy-efficient and very quiet.
Skeptical Debunker

Bloom Energy Promises Cheap, Emissions-Free Power From a Small Box | Popular Science - 0 views

  • The Bloom Box idea came from K.R. Sridhar, a former NASA rocket scientist who once built a similar box device to generate oxygen on Mars for future colonists. Sridhar simply turned the concept on its head by pumping oxygen into the box, along with fuel. The oxygen and fuel combine within a new type of fuel cell to create the chemical reaction that makes electricity. There's also no need for power lines coming in from an outside source, and Sridhar envisions the box eventually providing energy wirelessly to homes and businesses. That could do away with traditional power plants and the power grid. Such transformative power may only come about if the Bloom Box fuel cells can work reliably and efficiently -- other fuel cell technologies have proven notoriously finicky. Sridhar makes his fuel cells based on cheap sand-based ceramics, coated with special green and black "inks" that allow for the chemical reaction which makes electricity. One of the simple disks can power a light bulb, and a stack of 64 disks with cheap metal plates in between them can supposedly power a Starbucks. And unlike fuel cells that require pure hydrogen, the Bloom Box can use fuels ranging from natural gas to bio-gas.
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    A boxy power plant that could one day produce efficient, inexpensive, clean energy in every home might sound like a pipe dream, but it's the very real product of a Silicon Valley startup called Bloom Energy. Twenty large corporations that include Google, FedEx, Walmart and eBay have already purchased and begun testing the Bloom Boxes. 60 Minutes recently got a sneak peek at this possibly game-changing energy device.
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    Here's SOME of the "rubs". How long will the device's last and what are the maintenance costs (if any)? What will the cost of the fuel be and how much is used? Will the manufacturing process "scale up nicely" (and easily) so that "economies of scale" will actually bring the price of a home-system down to around $3-5K? Will the price of the system, its maintenance, and fuel actually come out to be significantly less than the price of "grid delivered" electricity? Without "good enough" answers to such questions, this system may be more of a good remote generation facility than a grid replacement.
Infogreen Global

Nanotechnology has increased efficiency of organic solar cells - 0 views

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    Egbe has achieved an efficiency of four percent and is trying to find out how to improve the efficiency in general. Not only for his system, but also for other systems researchers are working on. "The efficiency of organic solar cells has already reached eight percent and commercial products are on the market," he said.
Infogreen Global

Greener Ships Powered By Molten Carbonate Fuel Cells - 0 views

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    The MC WAP project has developed a molten carbon fuel cell which uses hydrogen obtained from a system that converts diesel oil into a hydrogen-rich gas, and air coming from the compressor of a microturbine. The reaction produces electricity and heat, without combustion.
Infogreen Global

Cheap portable solar panel could make electricity more accessible in the developing world - 0 views

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    For cell phone charging, the Emerald has USB and cell phone ports and will come with a bag of adapters. It can fully charge a smartphone in the same time it would take at an outlet, developers say. It recharges in full sunlight in three hours.
Infogreen Global

The Advantages of Fuel Cell Hybrid Vehicles - 0 views

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    The performance of vehicles with fuel cells is twice as high as those with combustion engines. So we reduce fuel consumption by a factor of 2. What's more, it's possible to significantly reduce CO2 emissions, or green gas emissions due to road traffic.
Infogreen Global

The first macro-scale thin-film solid-oxide fuel cell - 0 views

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    "The breakthrough in this work is that we have demonstrated power density comparable to what you can get with tiny membranes, but with membranes that are a factor of a hundred or so larger, demonstrating that the technology is scalable,"
Maluvia Haseltine

M2E Charges Your Cell Phone With Kinetic Energy! | Inhabitat - 0 views

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    Revolutionary cell-phone charger that gereates 300--7-- percent more energy than current kinetic energy technologies
jacob logan

ESMO 2019: Delegates told refractory metastatic renal cell carcinoma is an unmet need w... - 1 views

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    Despite advances in the renal cell carcinoma (RCC) therapy landscape, the majority of patients with RCC will eventually develop resistance to available therapies and the disease will progress through several stages, requiring further lines of treatment.
Infogreen Global

Skyscrapers to be powered entirely by sunlight - 0 views

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    In a boon for the local solar industry, a team of researchers from Swinburne University of Technology and Suntech Power Holdings have developed the world's most efficient broadband nanoplasmonic solar cells with an absolute efficiency of 8.1 per cent.
Infogreen Global

Nanoparticle network to convert sunlight more efficiently than silicon - 0 views

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    That's an important discovery for looking further into earth-abundant, non-toxic materials that could help make solar cells inexpensive and absorb sunlight more efficiently than silicon, Prieto said.
Infogreen Global

Water to Power Mobile Electronics - 0 views

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    SiGNa's mobile- H2™ cartridge contains safe sodium silicide (NaSi); a powder that produces hydrogen (H2) on- demand from its reaction with any type of water, including salt water, packaged in a cartridge for use with fuel cells rated from 1 W to 3 kW.
Infogreen Global

Neutron analysis yields insight into bacteria for solar energy - 0 views

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    The size, shape and organization of light-harvesting complexes such as chlorosomes are critical factors in electron transfer to semiconductor electrodes in solar devices. Understanding how chlorosomes function in nature could help scientists mimic the chlorosome's efficiency to create robust biohybrid or bio-inspired solar cells.
Alex Parker

Bright futures: efficiency versus cost in solar cell production - 1 views

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    While the use of solar cells is become increasingly widespread, the silicon technology used in many types is becoming obsolete. JP Casey looks at concentrated solar power, micro-trackers and perovskite compounds as innovations that could potentially improve solar efficiency.
Alex Parker

University of Toronto researchers develop cheaper, lighter solar cells - 1 views

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    The University of Toronto Edward S Rogers Sr. Department of Electrical & Computer Engineering researchers in Canada have developed and demonstrated a new class of solar-sensitive nanoparticle.
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