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Award
for Modular Toilet Units for Railways
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IIT Bombay
(Industrial Design Centre and Department of Aero- space Engineering)
has received a Certificate of
Merit from
Consultancy Development
Centre (DSIR), for excellence in consultancy services for
their project, Design of Modular Toilet Unit for
the Railway
Coaches, for the year 2001. The project was
undertaken by
the Advanced Composite Mission, TIFAC (Department of Science
and Technology, Government of India) in partnership with Hindustan
Fibre Glass Works, Vadodara, with design and technology support
from IIT Bombay. The design was carried out by Prof. K. Munshi,
Prof. N. Sadhu and Mr. M. S. Govindarajan, of IDC, and the
technology was provided by Prof. S.C.Lakkad,
Department
of Aerospace En- gineering. The Modular toilet unit was inaugurated
by Dr. R. Chidambaram, Ex-Chairman Atomic Energy Commission
& Chairman, TIFAC, on Oct. 20, 2001 at the Lower Parel Workshop, Mumbai. The units have been installed in a two tier
AC coach of Rajdhani Express for trial run. |
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TiE,
IIT Bombay offer free incubation
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In
a bid to provide an impetus to entrepreneurship and innovation, the Mumbai chapter of TiE (The Indus Entrepreneurs)
is working with IIT-Bombay to expand the scope of its annual
business plan competition, (Eureka!), by
offering free incuba-
tion for a year or more for winning teams both in Silicon
Valley and in Pune. TiE has roped in fellow sponsors Indiaco
in Pune and The Enterprise Network from Silicon Valley to
host the winners. The total value of prizes offered is over
$250,000. |
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Technology
Transfer
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Novel
Matrix Heat Recovery Units (MHRU) have been de- veloped by
Prof. Milind V. Rane, Department of Mechanical
Engineering
and licensed to M/s Unidyne Energy Environment systems Pvt.
Ltd., Mumbai. A patent has been filed for this invention.
These MHRUs are designed to recover heat from diesel exhaust
gases. Being finless, these are less prone to fouling. They
can be optimized for handling both clean and dust laden exhaust
gases. These state-of-the-art compact units are about one
third the size of conventional systems for steam generation,
water heaters and thermic fluid heaters. Even though MHRUs
are finless, they are designed to provide high heat transfer
coefficients. Also, these units can be supplied with online
cleaning option to increase uptime. As these have low response
time, they can be ramped up to full load from cold start in
10 to 15 minutes. Finally, MHRUs can provide the twin benefit
of low initial investment (20 to 25% less than conventional
systems) as well as low operational costs. As a result, these
have a short payback time, typically in the range of 30 to
270 days. |
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