The reuse of Plastics (PET) after adequate thermal treatment has been showed to be very good charge transport used successfully together with conventional silicon PV system reducing the cost and may possible to be home made ..
Thus significative cost reduction has been made by this system by the research done in Brasil..We are starting our research to work on this novel system to be used to heat the BioD reactor to make simple heating bio oil fuel to be used in rural areas .This oil will be to be used with novel biofuel dried oil solid /stove designed with hih temperature combustion with lower fuel consumption to be used in remote por village as an alternate to ethanol solid gel fuel and wish to have collaboration from our list members for colaborative research and development as this is our Master cousre research study for 2006 and 2008.Any novel ideas from experiencied are welcome as we are very new to some systems and the system integration
We wish to share our master student Johnson experience with you who has 4 year practical experience to make the reused polymer PV system for small scale electrical PV system in Brasil , who have demonstrated the device in natcional and international fair and has owned the award for the best product in national level
We have already made good progress in the design work of these three system , yet need collaboration to implement our system as this need low investments and reuse of waste to get both electricity, liquid and solid fuel as 50 percent of our state people live with out electricity and have green future .
Can Keith can bring here about anyone work using solar PV for BioD making any where? This can make our debate here much more dynamic and alive . His words is always very effective catalyst to move any topic good or bad to the positive collaborative constructional path towards a good journey for all our list members , bringing to us the latest innovative biofuel related projects to make our work more practical , less failure and lees work for all of us.
Thanking Keith in advance ,for his dedicated hard work to reply almost all post and also for his reply to this post too..
As our list is the only list of heterogenius one , so we can be the wining team fo the truely globalised biofuel and rural sustained development and I wish the proposed system design need not limited to our small group which is in the less developed north east of Brazil , but as the best system to address the fuel crisis in all rural area of our globlazied one country of our planet.
sd
Pannirselvam
Brasil
sd
Pannirselvam
On 10/14/05, Joe Street <[EMAIL PROTECTED]> wrote:
Well yes I guess you could say an increase in efficiency from 3 to 4.4 %
is almost a 50% increase. That IS dramatic but what is it ol' foghorn
leghorn used to say? .....two half nothin's is a whole nuthin. LOL
Still vacumm deposited aluminum for a cathode is cheap and lends itself
nicely to mass production as does indium tin oxide or zinc oxide which
forms the transparent conductor for the anode. The problem is in the
polymer with charge transport. Of course a breakthrough could be right
around the corner who knows? If we ever get above 10% efficiency with a
production process this cheap it will be a happy day!
Joe
Snip
> According
>to the team, slow growth allows the polymer to self-organize,
>a process that dramatically boosts device efficiency.
>
>
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--
Pagandai V Pannirselvam
Universidade Federal do Rio Grande do Norte - UFRN
Departamento de Engenharia Química - DEQ
Centro de Tecnologia - CT
Programa de Pós Graduação em Engenharia Química - PPGEQ
Grupo de Pesquisa em Engenharia de Custos - GPEC
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Telefone(fone ) ( 84 ) 3215-37690 Ramal210
32171557
Telefone(fax) ( 84 ) 3215-3770
residencia 32171557
Cellular 84 88145083
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