Electrostatic precipitatin - reduction of emissions and energy consumption

The objectives of this research project are to reduce energy consumption of electrostatic precipitators and to improve precipitation efficiency, particularly for small dust particles.

Project description

A predictive precipitator design tool is developed on an existing CFD-code framework. The main element in the development of this tool, is incorporation of a detailed numerical model coupling the electrostatic field, based on standard electromagnetic theory, and the main flow field, for which efficient solution techniques are already present. The model will be fully three-dimensional, will include all relevant physical aspects of the process and will be applicable to arbitrary geometries. Concurrently to the development of the numerical design tool, basic research will be conducted on the precipitation process itself. This part involves establishment of dedicated experimental facilities, where individual elements of the process may be thoroughly investigated

Key figures

Period:
2000 - 2001
Funding year:
2000
Own financial contribution:
1.59 mio. DKK
Grant:
1.28 mio. DKK
Funding rate:
45 %
Project budget:
2.88 mio. DKK

Category

Oprindelig title
Partikeltransport i elektrofiltre - energi- og miljøoptimering
Programme
EFP
Technology
Energy efficiency
Project type
Udvikling
Case no.
1373/00-0068

Participants

Force Technology (Main Responsible)
Partners and economy
Partner Subsidy Auto financing
FLS Miljø A/S
Danmarks Tekniske Universitet (DTU)

Contact

Kontakperson
Hvid, Søren Lovmand
Comtact information
FORCE Technology. Dansk Maritimt Institut (DMI). Afdeling for Industriel Strømningsmekanik
Hjortekærsvej 99
DK-2800 Lyngby, Denmark
Hvid, Søren Lovmand (fagchef), 45879325, slh@danmar.dk
Øvr. Partnere: FLS miljø a/s; Danmarks Tekniske Universitet. Institut for Energiteknik

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