查看完整版本: 纳米科技与能源工业

nano 2007-06-04 00:00

纳米科技与能源工业

[size=4]The topic including following four parts[/size] S W'p4m%A8iB+Wj
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4],Yxi\   [size=4][color=Red][font=Arial][b]Fuel Cells[/b][/font][/color]
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[color=Red][font=Arial][b]  Solar Cells[/b][/font][/color]4Zs2X3Bg"HSJ
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[color=Red][font=Arial][b]  Batteries [/b][/font][/color]'a e.n ]#B?Hera
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[color=Red][font=Arial][b]  Fuels   [/b][/font][/color][/size]h ~*`#_+c!G-w&q
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                [size=4][color=#339966][b]                [font=Verdana]NANOTECHNOLOGY AND FUEL CELLS[/font][/b][/color][/size]lBU+J1C*F
                                    [font=Verdana][color=#339966][b]How can nanotechnology improve fuel cells? [/b][/color][size=2][color=#339966] [/color][/size][/font]/b w$m tXt5{
[size=2][font=Verdana]Catalysts are used with fuels such as hydrogen or methanol to produce hydrogen ions. Platinum, which is very expensive, is the catalyst typically used in this process. Companies are using nanoparticles of platinum to reduce the amount of platinum needed, or using nanoparticles of other materials to replace platinum entirely and thereby lower costs.
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;f!Sz?wx [/font][/size][size=2][font=Verdana]Fuel cells contain membranes that allow [url=http://www.mtimicrofuelcells.com/technology/how.asp]hydrogen ions to pass through the cell[/url] but do not allow other atoms or ions, such as oxygen, to pass through. Companies are using nanotechnology to create more efficient membranes; this will allow them to build lighter weight and longer lasting fuel cells.Rv-ctsN#r

"I1]+Fn,b J5A [/font][/size][size=2][font=Verdana]Small fuel cells are being developed that can be used to replace batteries in handheld devices such as PDAs or laptop computers. Most companies working on this type of fuel cell are using methanol as a fuel and are calling them DMFC's, which stands for direct methanol fuel cell. These fuel cells are designed to last longer than conventional batteries. In addition, rather than plugging your device into an electrical outlet and waiting for the battery to recharge, with a DMFC you simply insert a new cartridge of methanol into the device and you're ready to go. This type of fuel cell should be available in 2007.
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[/font][/size][size=2][font=Verdana]Fuel cells that can replace batteries in electric cars are also under development. Hydrogen is the fuel most people propose for use in electric cars. In addition to the improvements to catalysts and membranes discussed above, it is necessary to develop a lightweight and safe hydrogen fuel tank to hold the fuel. To build these tanks, researchers are trying to develop lightweight nanomaterials that will absorb the hydrogen and only release it when needed.
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[/font][/size][font=Verdana][size=12pt]Nanotechnology Applications
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w*gL:z9ftv!P [/size][/font][size=2][font=Verdana][url=http://www.polyfuel.com/pressroom/press_pr_110706.html]Nano-engineered hydrocarbon membranes[/url] allow more efficient fuel cells[/font][/size])j,L%Nc6q'C6txS"_ g
[font=Verdana][size=2][url=http://www.physorg.com/news11654.html]Increasing catalyst surface area[/url]and fuel cell efficiency by depositing platinum on porous alumina[/size][/font]
A;s1L:A)Y1@/r;G9W [size=2][font=Verdana][url=http://www.qsinano.com/apps_fuelcell.php]Replacing platinum catalysts[/url] with less expensive nanomaterials /uI V1?}
[/font][/size]Using [url=http://www.chevrolet.com/fuelcell]hydrogen fuel cells to power cars[/url]
xd2S\ SDu4aW`                                 [font=Verdana][size=12pt]                Nanotechnology Company[/size][/font][font=Verdana] Directory[/font]K hn.L ` x9ej
                [table=98%][tr][td][font=Verdana]Company[/font][/td][td][font=Verdana]Product[/font][/td][td]                [align=left][font=Verdana]Advantage[/font][/align][/td][/tr]        [tr][td][font=Verdana]       [url=http://www.polyfuel.com/technology/hydrocarbon-membrane-technology.html][size=2]PolyFuel[/size][/url][/font][/td][td][size=2]                [font=Verdana]Engineered hydrocarbon membranes[/font][/size][/td][td][size=2]                [font=Verdana]Improved performance over                 conventional membranes[/font][/size][/td][/tr]        [tr][td][font=Verdana][u][size=2][url=http://www.pfce.net/tech.aspx]Pacific Fuel Cell[/url][/size][/u][/font][/td][td][size=2]                [font=Verdana]Catalyst with platinum nanoparticles                 embedded on carbon nanotubes[/font][/size][/td][td][size=2]                [font=Verdana]Reduces platinum usage and increases                 catalyst lifetime[/font][/size][/td][/tr] [tr][td]  [font=Verdana][u][size=2][url=http://www.aerogelcomposite.com/index.html]Aerogel Composite[/url][/size][/u][/font][/td][td][font=Verdana][size=2]Catalyst                 with platinum nanoparticles embedded in a carbon aerogel[/size][/font][/td][td][size=2]                [font=Verdana]Reduces platinum usage[/font][/size][/td][/tr]        [tr][td]   [font=Verdana][u][size=2][url=http://www.qsinano.com/apps_fuelcell.php]QuantumSphere[/url][/size][/u][/font][/td][td][font=Verdana][size=2]                Non-platinum catalyst[/size][/font][/td][td][size=2]                [font=Verdana]Reduces cost[/font][/size][/td][/tr]        .Y;n8d*U9xl;y"H8H3P
[tr][td] [align=left][font=Verdana][u] [size=2][url=http://www.ndenergy.com/]NanoDynamics[/url][/size][/u][/font][/align][/td][td][font=Verdana][size=2]Solid                 oxide fuel cell that uses propane as a fuel[/size][/font][/td][td][size=2]                [font=Verdana]Reduces size and weight[/font][/size][/td][/tr]        [tr][td][font=Verdana]   [url=http://www.mtimicrofuelcells.com/technology][size=2]MTI       Micro[/size][/url][/font][/td][td][font=Verdana][size=2]DMFC's[/size][/font][/td][td][size=2]                [font=Verdana]Minimizes moving parts, reduces cost,                 size and weight[/font][/size][/td][/tr]        [tr][td][font=Verdana] [size=2] [url=http://www.medistechnologies.com/content.php?id=62]Medis[/url][/size][/font][/td][td][font=Verdana][size=2]Direct                 Liquid Fuel Cells (DLFC) with simplified internal structure[/size][/font][/td][td][size=2]                [font=Verdana]Reduces cost [/font][/size][/td][/tr]        [tr][td][font=Verdana][url=http://www.ultracellpower.com/pwp/tech_q_a.htm][size=2]UltraCell[/size][/url][/font][/td][td][font=Verdana][size=2]DMFC's                 that [/size][/font][size=2][font=Verdana]ses an                 extra catalyst to convert methanol to hydrogen before reaching the core                 of the fuel cell[/font][/size][/td][td][size=2]                [font=Verdana]Increases power density and cell                 voltage[/font][/size][/td][/tr][/table]                 zBZ:hD
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[b][font=Verdana][color=#339966]Resources For Advancing Fuel Cell Technology+Af#q%s }
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[/color][/font][/b][font=Verdana][size=2] [url=http://www1.eere.energy.gov/hydrogenandfuelcells/about.html]Hydrogen, Fuel Cells & Infrastructure Technologies Program[/url] at DOE[/size][/font]
4cy Q!|AQ U:Yr [font=Verdana][size=2]California       [url=http://www.cafcp.org/aboutus.html]Fuel Cell Partnership[/url][/size][/font]
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[/font][b][font=Verdana][color=#339966]Related Nanotechnology News~ gh#D U_[R
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[/color][/font][/b][font=Verdana][size=2]Researchers demonstrate[url=http://www.nanowerk.com/news/newsid=1446.php]fuel cell powered by fructose[/url] that may result in fuel cells to power implanted devices such as pace makers. 02/13/07[/size][/font]
,s"X-_~B [font=Verdana][size=2]Researchers    identify a platinum-nickel alloy that may be able to     [url=http://www.poweronline.com/content/news/article.asp?docid=%7B8CA8ADAC-7E3D-4601-A6E7-BD56F5F4E2E3%7D&VNETCOOKIE=NO]significantly increase the performance of oxygen-reducing catalysts[/url]    in fuel cells. 02/07/07 [/size][/font]
!?G0sMw0T*@G+b [font=Verdana][size=2] [url=http://www.fuelcellsworks.com/Supppage6749.html]Solid oxide fuel cell operating temperature lowered[/url] through the use of an electrode containing silver nanoparticles. 01/17/07[/size][/font]
`0];B4yFhf l:z6sf [font=Verdana][size=2]EnerFuel awarded a     contract to work on    [url=http://www.primenewswire.com/newsroom/news.html?d=111796]fuel  cells for U.S. Army mobile robotics applications[/url]. 01/12/07[/size][/font]
P iUNE.w [font=Verdana][size=2]Researchers find  that gold clusters can extend the  [url=http://www.fuelcellsworks.com/Supppage6721.html]lifetime of   platinum catalysts[/url] used in fuel cells. 01/11/07[/size][/font]
? oxZt [font=Verdana][url=http://www.medistechnologies.com/news.php?op=a&id=60][size=2]Medis Technology's fuel cell completes Underwriters Laboratory certification[/size][/url][size=2]. 12/26/06[/size][/font]
BD.r#YFw@[6g [size=2][font=Verdana][url=http://news.com.com/A+fuel+cell+to+gas+up+your+MP3+player/2100-1041_3-5869515.html]A fuel cell to gas up your MP3 player[/url].   9/16/06[/font][/size]4PO6iM Clx~1q

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nano 2007-06-04 00:05

Nanotechnology in solar cells

[font=Verdana][size=12pt]How can nanotech improve solar cells?)W+f+?;d;s

f-np!uq.V [/size][/font][size=2][color=Blue][font=Verdana]Using nanoparticles in the manufacture of solar cells has the following benefits:[/font][/color][/size][font=Trebuchet MS][size=4]O5`/wp8BG
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[font=Trebuchet MS][size=4]·[/size][/font][font=Trebuchet MS][size=4] [/size][/font][font=Verdana][size=2]Reduced manufacturing costs as a result of using a low temperature process similar to printing instead of a high temperature vacuum deposition process typically used to produce conventional solar cells made with crystalline semiconductor material.-X6M/xq ]k
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[/size][/font][font=Trebuchet MS][size=4]·[/size][/font][font=Trebuchet MS][size=4] [/size][/font][font=Verdana][size=2]Reduced installation costs achieved by producing flexible rolls of solar cells instead of rigid crystalline panels. The new semiconductor thin film solar cells will also have this characteristic.
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:Al_ti1T4H [/size][/font][font=Trebuchet MS][size=4]·[/size][/font][font=Trebuchet MS][size=4] [/size][/font][size=2][font=Verdana]Currently available nanotechnology solar cells are not as efficient as traditional solar cells, however their lower cost offsets this. In the long term nanotechnology solar cells should both be lower cost and, using [/font][url=http://www.i-sis.org.uk/QDAUESC.php][font=Verdana][u]quantum dots[/u][/font][/url][/size][font=Verdana][size=2], should be able to reach higher efficiency levels than conventional solar cells.[/size][/font]
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                [font=Verdana][size=12pt]Nanotechnology Applications under Developmentf/Z"{I(F.U#\
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[/size][/font][size=2][font=Verdana][url=http://www.konarka.com/products.html]Nanoparticles in plastic film[/url] to form [/font][/size][font=Verdana][size=2]solar cells that can be incorporated into cases for devices such as cell phones and laptop computers.B8a2p.v_X
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[/size][/font][url=http://www.nanosolar.com/nanostructured.htm][size=2][font=Verdana]S[/font][/size][/url][size=2][font=Verdana][url=http://www.nanosolar.com/nanostructured.htm]emiconductor nanoparticles[/url] in a low temperature printing process that results in low cost thin film solar cells for large scale installations.v9g4z NX3O5I
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[/font][/size][url=http://www.globalphotonic.com/technology_opv.html]O[size=2][font=Verdana]rganic molecules[/font][/size][/url][size=2][font=Verdana]to make low cost solar cells.[/font][/size] Zt {E&FR
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                [font=Verdana][size=12pt]Nanotechnology Company Directory[/size][/font]
lq8b+f6f-_ [table=98%][tr][td]               Company[/td][td]Type of Solar Cell[/td][/tr]        [tr][td][font=Verdana][size=2]                [url=http://www.konarka.com/technology.html]Konarka[/url][/size][/font][/td][td][font=Verdana][size=2]Solar cell using nanoparticles                 imbedded in plastic film[/size][/font][/td][/tr]        [tr][td][font=Verdana][size=2]                [url=http://www.nanosolar.com/about.htm]Nanosolar[/url][/size][/font][/td][td][font=Verdana][size=2]Solar cell made with                 Copper-Indium-Diselenide semiconductor ink[/size][/font][/td][/tr]        [tr][td][font=Verdana][size=2]                [url=http://www.globalphotonic.com/about.html]Global Photonics[/url][/size][/font][/td][td][font=Verdana][size=2]Organic solar cell[/size][/font][/td][/tr]        [tr][td][font=Verdana][size=2]                [url=http://www.innovalight.com/technology.html]Innovalight[/url][/size][/font][/td][td][font=Verdana][size=2]Solar cell made with silicon                 nanocrystalline ink[/size][/font][/td][/tr][/table]                 6z9C/b;C7B4P'C nX
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w9NG,dJ B8@l)u Related Nanotechnology News
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[/size][/font][font=Verdana][size=2]Researchers at Rice University[url=http://www.sciencedaily.com/releases/2007/05/070502143631.htm]demonstrate high yield process for making tetrapod quantum dots[/url]; which are very efficient at converting energy from sunlight into electricity. 5/4/07[/size][/font] J}}EhL[;|
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Researchers demonstrate how [url=http://www.nanowerk.com/spotlight/spotid=1535.php]carbon nanotubes can increase the efficiency[/url] of nanoparticle based solar cells. 2/28/07                  [/size][/font]
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!}EQe7L(wcM Pq [font=Verdana][size=2]Nanosolar and Coenergy to build [url=http://www.nanosolar.com/cache/Conergy.htm]large power plants using thin film solar cells[/url]. 8/30/06[/size][/font]6O mA`8Onm
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NanoHorizon and Solarity sign [url=http://www.nanohorizons.com/PR08012006.shtml]licensing agreement for nano solar cell technology[/url]. 8/1/06[/size][/font]
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mW \8d!f8~:H Konarka’s solar cell technology[url=http://www.konarka.com/news_and_events/press_releases/2006/7_july/0731_renewable.php]licensed for manufacturing in Europe[/url]. 7/31/06[/size][/font]R-g4Jz,N
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Nanosolar building[url=http://www.nanosolar.com/cache/GlobeSt100MM.htm]solar cell manufacturing plant[/url]. 6/21/06 [/size][/font]

nano 2007-06-04 00:15

Nanotechnology in Batteries

[font=Verdana][color=DarkGreen][size=12pt]         How can nanotechnology improve batteries?sp'T$Xp&d"x#M/m\
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[/size][/color][/font][font=Verdana][size=2]Using nanotechnology in the manufacture of batteries offers the following benefits:[/size][/font]&y L[9P:Xtj2] H?a f
[list][*][font=Verdana][size=2]Increasing the  available power from a battery and decreasing the time required to recharge  a battery. These benefits are achieved by coating the surface of an   electrode with nanoparticles. This  increases the [url=http://www.a123systems.com/html/tech/overview.html][u] surface area of the electrode[/u][/url][/size][u][size=2],[/size][/u][size=2]   thereby allowing more current to flow between the electrode and the chemicals inside the battery. This technique could increase the efficiency         of hybrid vehicles by significantly reducing the weight of the batteries needed to provide adequate power.[/size][/font][*][font=Verdana][size=2]
[-a{&d{?N4? i [/size][/font][*] [font=Verdana][size=2]Increasing the  shelf life of a battery by using nanomaterials [/size][size=2]  [url=http://www.mphasetech.com/nanotechnology.htm][u]to  separate liquids in the battery from the solid electrodes[/u][/url][/size][size=2]  when there is no draw on the battery. This separation prevents the low level  discharge that occurs in a conventional battery, which increases the shelf  life of the battery dramatically.[/size][/font][*][font=Verdana][size=2]
;` WI8?s1N [/size][/font][*][font=Verdana][size=2]Reducing the possibility of batteries catching fire by providing  [url=http://www.altairnano.com/markets_amps.html]less   flammable electrode material[/url].[/size][/font][/list]                 
:mVS+{XR5j                 [font=Verdana][color=#339966]                [b]Current[/b][/color][/font][font=Verdana][size=12pt] Nanotechnology      Applications[/size][/font]y1jML@W;oL2L
                [list][*][size=2]  [font=Verdana][u] [url=http://www.wired.com/wired/archive/14.03/start.html?pg=9]Lithium ion batteries[/url][/u][/font][font=Verdana][url=http://www.wired.com/wired/archive/14.03/start.html?pg=9]using electrodes with nanoparticles[/url][/font][/size][font=Verdana][size=2]    providing more power and shorter recharging time then conventional batteries are available in power tools. [/size][/font][/list]                J ?D0u+X
                [size=3][color=#339966][font=Verdana]Nanotechnology Applications under Development
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[/font][/color][/size][font=Verdana][size=2]Battery small enough to be implanted in the eye and[url=http://sandia.gov/news-center/news-releases/2006/comp-soft-math/eye.html]power artificial retina[/url]
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X9@6R8ecg[ D#~W"b [/size][/font][size=2][font=Verdana][url=http://www.mphasetech.com/nanotechnology.htm]Long shelf life battery[/url] uses "nanograss":e Z$T%e\A

V9GP!`-d(u [/font][/size][size=2][font=Verdana][url=http://www.altairnano.com/documents/CNET_News_11-30-06.pdf]Lithium ion batteries with nanoparticle electrodes[/url] that meet the safety requirements for electric cars while improving the performance.!yf:Dp7U:p8h
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[/font][/size][size=2][font=Verdana][url=http://www.technologyreview.com/read_article.aspx?id=16326&ch=nanotech]Ultra capacitors using nanotubes[/url] may do even better than batteries in hybrid cars[/font][/size]d,g;[ B bM,U]}dF;p Y
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                [font=Verdana][size=12pt]Nanotechnology Company Directory [/size][/font]#h U"ph w_
[table=98%][tr][td]Company[/td][td]Product[/td][td]Advantages[/td][/tr]        [tr][td][url=http://www.a123systems.com/html/home.html][font=Verdana][size=2] A123Systems[/size][/font][/url][/td][td][font=Verdana][size=2]Lithium-ion battery with the cathode                 made from nano-phosphate, literature is unclear as to whether this is nanoparticles of                 phosphate on a substrate or a nano-porous phosphate structure[/size][/font][/td][td][font=Verdana][size=2]Higher power, quicker recharge, less                 combustible than standard lithium-ion batteries[/size][/font][/td][/tr]        [tr][td][url=http://www.nanoener.com/app.html][font=Verdana][size=2]NanoEner Technologies[/size][/font][/url][font=Verdana][size=2]                [/size][/font][/td][td][font=Verdana][size=2]Electrodes composed of nanoparticles                 on a substrate for use in batteries[/size][/font][/td][td][font=Verdana][size=2]Faster charge and discharge rate than                 conventional electrodes[/size][/font][/td][/tr]        [tr][td][url=http://www.mphasetech.com/nanotechnology.htm][font=Verdana][size=2]Mphase Technologies[/size][/font][/url][/td][td][size=2]Battery with chemicals isolated from electrode by                 "nanograss" when the battery is not in use[/size][/td][td][size=2] Very long shelf life[/size][/td][/tr]        [tr][td][font=Verdana][size=2] [url=http://www.altairnano.com/markets_amps.html]Altaire  Nanotechnologies[/url][/size][/font][/td][td][size=2]Lithium-ion battery with the anode composed of                 lithium titanate spindel nanoparticles[/size][/td][td][size=2]                [url=http://newsblaze.com/story/2006020108181800001.mwir/topstory.html]Higher power, quicker recharge, less combustible[/url] than                 standard lithium-ion batteries[/size][/td][/tr]        [tr][td][size=2]                [url=http://www.nanoexa.com/co-overview.html]Naoexa[/url][/size][/td][td][size=2]Lithium-ion battery using nanocomposite electrodes                 using technology developed at Argonne National Laboratory[/size][/td][td][size=2]Higher power, less combustible than standard                 lithium-ion batteries[/size][/td][/tr][/table]
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(eE$P5Q ]^)q1v |                                 [b][font=Verdana][color=#339966]Resources For Advancing Battery Technology
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.]x,hQA]5J2b [/color][/font][/b]                [size=2][font=Verdana][url=http://www.transportation.anl.gov/]Transportation Technology R&D Center[/url] at Argonne National Laboratory
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[/font][/size]                [size=2][font=Verdana]United States[url=http://www.uscar.org/guest/view_team.php?teams_id=12]Advanced Battery Consortium[/url]
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OrU^t7d [/font][/size] [font=Verdana][size=12pt]RelatedNanotechnology News8h_b FM
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[/size][/font][size=2] [font=Verdana]ISE using NanoSafe battery packs from  Altaire Nanotechnologies for   [url=http://www.electricdrive.org/index.php?tg=entry&idx=more&article=1503&idg=2]electric and hybrid heavy duty vehicles such as buses[/url]. 5/30/07
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j0}l2u)O@~dH-G [/font][/size][size=2][font=Verdana]BAE systems using  [url=http://www.a123systems.com/newsite/index.php#/news/news070517]A123Systems lithium ion batteries[/url] in hybrid powered commercial busses. 5/17/073mp q:A?)z
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B cE}C j_8L _ [font=Verdana]Phoenix Motorcars using  [url=http://www.phoenixmotorcars.com/news/2007/pr_070510.html]NanoSafe battery packs[/url] from Altaire Nanotechnologies for freeway  capable electric car with 100 mile plus range. 5/10/07d K#r |.?aY

5sCmgE.f!v)a [/font][/size][size=2] [font=Verdana]Researchers at[url=http://www.tgdaily.com/content/view/31939/118]Argonne National   Lab develop a nano-crystalline structure for electrodes[/url] that  increases the charge density of lithium ion batteries. 5/8/07
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[/font][/size][size=2] [font=Verdana]GM planning to test batteries from A123 Systems for use in[url=http://www.technologyreview.com/Energy/18054]plug-in hybrid cars[/url]. 01/11/07,K\7A)Iu3`w-D/h,U)v|
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[/font][/size][size=2][font=Verdana]A123 Systems awarded contract to [url=http://www.uscar.org/guest/article_view.php?articles_id=39]develop lithium iron phosphate batteries[/url] for hybrid–electric vehicles. 12/8/06
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)s-Ev.VT+`lUs-S [/font][/size][size=2][font=Verdana]Altaire Nanotechnologies[url=http://www.altairnano.com/documents/CNET_News_11-30-06.pdf]battery using lithium titanate nanoparticles[/url] to be used in electric car available in Spring, 2007. 11/30/06[/font][/size]

nano 2007-06-04 00:17

Nanotechnology and fuel

[font=Verdana][size=12pt][color=DarkGreen]How can nanotechnology improve fuel availability?  [/color]0z*jlV'Edg
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[/size][/font][size=2][font=Verdana]Nanotechnology can address the shortage of fossil fuels such as diesel and gasoline by:[/font][/size]
4c!^%o ty [list][*]        [size=2][font=Verdana]        Making the production of fuels from low grade raw materials economical[/font][/size][*]        [size=2][font=Verdana]        Increasing the mileage of engines[/font][/size][*]        [size=2][font=Verdana]        Making the production of fuels from normal raw materials more efficient[/font][/size][/list][size=2][font=Verdana]Nanotechnology can do all this by increasing the effectiveness of catalysts. Catalysts can reduce the temperature required to convert raw materials into fuel or increase the percentage of fuel burned at a given temperature. Catalysts made from nanoparticles have a greater surface area to interact with the reacting chemicals than catalysts made from larger particles. The larger surface area allows more chemicals to interact with the catalyst simultaneously, which makes the catalyst more effective. This increased effectiveness can make a process such as the production of diesel fuel from coal more economical, and enable the production of fuel from currently unusable raw materials.[/font][/size]
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Sw(\(u-F+lO [/size][/font][font=Verdana][url=http://www.htigrp.com/data/upfiles/pdf/DCL%20Technology%2023Feb05.pdf][size=2]Conversion of coal to diesel and gasoline[/size][/url]
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Vp u:\\~g/OR [/font][size=2][font=Verdana][url=http://www.refineryscience.com/sites/refineryscience/files/ColdLakeBitumenTest.pdf]Reducing the cost of converting crude from oil sands to fuel[/url]
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[/font][/size][font=Verdana][url=http://news.com.com/Nano+firm+reduces+diesel+fumes,+improves+mileage/2100-11395_3-6106117.html][size=2]Increasing mileage of diesel engines[/size][/url][/font]
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b({ VS8h(g                 [font=Verdana][size=12pt]Nanotechnology Company[/size][/font][font=Verdana] Directory[/font]
u `pbZL-? [table=98%][tr][td]Company[/td][td]Product[/td][td]Advantages[/td][/tr]        [tr][td][font=Verdana]                [size=2]                [url=http://www.htigrp.com/hydrocarbon.asp]Headwaters[/url][/size][/font][/td][td][font=Verdana][size=2]Nanocatalysts used in the                [url=http://www.htigrp.com/data/upfiles/pdf/DCL%20Technology%2023Feb05.pdf]conversion of coal to liquid fuels[/url]                 and in the                [url=http://www.htigrp.com/data/upfiles/pdf/HCAT%2012-4-06.pdf]upgrading of low grade crude[/url], such as crude from shale oil [/size][/font][/td][td][font=Verdana][size=2]Additional raw material, coal, for                 producing gasoline, diesel and other liquid fuels [/size][/font][/td][/tr]        [tr][td][font=Verdana]                [size=2]                [url=http://www.refineryscience.com/page129.htm]Refinery Science[/url][/size][/font][/td][td][font=Verdana][size=2]Nanocatalyst used in                 [url=http://www.refineryscience.com/sites/refineryscience/files/ColdLakeBitumenTest.pdf]upgrading low                 grade crude[/url] [/size][/font][/td][td][font=Verdana][size=2]Making low grade crude oil, such as                 from oil sands, usable for producing gasoline or diesel[/size][/font][/td][/tr]        [tr][td][font=Verdana][u] [url=http://www.oxonica.com/energy/energy_envirox_intro.php][size=2]   Oxonica[/size][/url][/u][/font][/td][td][font=Verdana][size=2]Nanoparticle cerium oxide catalyst for                 diesel fuel[/size][/font][/td][td][font=Verdana][size=2]Increased mileage and reduced air                 pollution[/size][/font][/td][/tr]        [tr][td][size=2][font=Verdana]         [url=http://www.h2oil.com/technology.php]H2OIL[/url][/font][/size][/td][td][font=Verdana][size=2]Nanoclusters which helps gasoline and                 diesel fuels burn more completely by breaking the fuel into smaller                 droplets[/size][/font][/td][td][font=Verdana][size=2]Increased mileage and reduced air                 pollution[/size][/font][/td][/tr][/table]                 0v'r0U-x"{"Q9y
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                [b][font=Verdana][color=#339966]Related Nanotechnology News[/color][/font][/b]
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Researchers  demonstrate   [url=http://www.centralchronicle.com/20070123/2301302.htm]metal    nanoparticles as fuel[/url] source. 1/23/07[/font][/size]jig(W{$w bT7W"n
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2?jvp}'cA8kM'W%Qz [url=http://www.primezone.com/newsroom/news.html?d=106158]Refinery Science building facility to demonstrate production scale processing of crude oil from oil sands[/url]. 10/5/06  [/font][/size]

flying123 2007-06-04 17:43

nano兄都是用google搜索到的？呵呵，感谢分享，感谢nano兄辛苦的工作！

nanost-admin 2007-06-05 22:03

回复 #5 flying123 的帖子

呵呵，希望你这个方面的专家能多支持一下这方面的情况，在纳米科技入门版页可以。

triumph803 2008-07-14 09:55

:victory: :victory: :victory:
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