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POWER GEN EUROPE 2007 CONFERENCE COVERAGE
FGD
Austrian
Energy & Environment
Interviewees
Klaus Baernthaler
klaus.baernthaler@aee.co.at
Ph: +43-316-501-505
Cell: +43-676-89-501-0513
Franz Hafner
franz.hafner@aee.co.at
Ph: +43-316-501-505
Cell: +43-676-89-501-0505
The way to minimize this parasitic energy in an FGD spray tower is through
extensive modeling. Over a year of modeling and design was necessary to
optimize a 1,100 MW unit.
ESI Eurosilo
Interviewees
Jaap Ruijgrok
j.ruijgrok@eurosilo.com
Ph: +31-299-630-730
Cell: +31-6 5372- 7007
Hendrik Wibbelink
info@eurosilo.com
Ph: +31-299-630-730
Location of the gypsum dewatering unit above a storage silo creates an efficient
low footprint for this FGD byproduct. Silos are also being used for coal
storage. An additional benefit is the elimination of fugitive dust emissions.
Mixing
Solutions
Interviewees
Dylan Griffith-Jones
Ph: +44-1635-275300
Steve Watkins
swatkins@mixingsolutions.com
Ph: +44-1635-275300
Maximizing the oxidation efficiency while minimizing the energy consumption is a
goal continuously pursued by this company and its Philadelphia Mixers sister
company in the U.S.
Rafako
Interviewees
Piotr Karaś
piotr.karas@rafco.com.pl
Ph: 032/410 12 44
Both semi-dry and wet limestone scrubber systems are supplied by the company.
The BOT belchatow power plant 833 MW system using limestone will be completed by
2009 and is just the latest of many FGD systems Rafako has supplied for this
Polish utility.
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