Quasiturbine will be exhibited at ASME TURBO Conference on May 15 to 17, 2007

[GillesQT]

Bonjour,

May 14-17 2007 at the Palais des Congrès de Montréal, Québec
will be the ASME TURBO EXPO 2007 by
ASME - American Society of Mechanical Engineers
and International Gas Turbine Institute
www.turboexpo.org

The Quasiturbine will be exhibited by
APUQ www.pureinvention.com/apuq at booth #1107
from 12 à 18 H on Tuesday May 15 and Wednesday May 16,
and from 11:30 to 14:30 H on Thursday May 17 2007.
Entrance is apparently free!

Only people registered to the conference ($) can assist
to the technical paper presentation on the Quasiturbine
THURSDAY, MAY 17 2007 at 02:30 PM:
GT2007-27088 - Quasiturbine Low RPM High Torque
Pressure Driven Turbine for Top Efficiency Power Modulation
www.quasiturbine.com/QTPapiers/ASME2007QTMontreal.pdf
See session: COMM 6 Cycle Innovations at
www.asmeconferences.org/TE07/ConferenceSchedule.cfm
Session Description: A step forward in cycle innovation.
Point Contact(s): Loredana Magistri University of Genoa
Co-Chair: Anestis Kalfas Aristotle University of Thessaloniki
Session Organizer(s): Leonardo Torbidoni Ansaldo Energia
Session Co-Chair(s): John Scheibel Electric Power Research Institute

Exhibiter list is available at:
http://web.memberclicks.com/mc/prelogin.do?hidOrgID=igtiexpo
(Clic -> Directory -> View all). Exhibition floor plan is at:
http://asmeconferences.org/TE07/pdfs/ExhibitFloorPlan.pdf

For your info, see the recent paper:
Engine Exhaust Heat Recovery with Quasiturbines
Offering Essential Efficiency Characteristics
March 25 2007 - By Carol Crom - 35 Pages
Summary: The energy components carried away by the exhaust,
are primarily results of incomplete combustion,
incomplete expansion, sensible heat,
and latent heat of the water vapor created
by burning of the hydrogen component of fuel.
This paper looks at the management
of heat recovery energy and power,
which could reach the 25% range in steady driving
and much more in city driving
Brayton and Rankin Quasiturbine systems
are described as the best possible heat recovery techniques,
which also could apply to geothermal, industrial processes,
solar, biomass combustion… and to nuclear heat as well.
The extremely compact and efficient Quasiturbine technology
is needed to accomplish these goals.
www.energycentral.com/centers/knowledge/whitepapers/report.cfm?rid=102474
Also at: www.quasiturbine.com/QTPapiers/QTCromExhaustWP0612.doc

Salutations, Gilles
www.quasiturbine.com