Power Production from Radioactively Contaminated Biomass and Forest Litter in Belarus - Phase 1b

Jørn Roed, Kasper G. Andersson, Christian L. Fogh, Svend K. Olsen and Henrik Prip
Risø National Laboratory, Denmark

Helle Junker, Niels Kirkegaard and Jens-Martin Jensen
ELSAMPROJEKT, Denmark

Alexandre J. Grebenkov, Vitalij N. Solovjev, Gregory G. Kolchanov, Leonid A. Bida, Peter M. Klepatzky, Igor G. Pleshchenkov, Arnold A. Gvozdev
IPEP, Belarus

Larry Baxter
Sandia National Laboratories, USA

Risø National Laboratory, ISBN
87-550-2620-6, March 2000, 93 p.

Risø-R-1146(EN) (1 Mb)
http://www.risoe.dk/rispubl/nuk/nukpdf/ris-r-1146.pdf

Abstract

The Chernobyl accident has led to radioactive contamination of vast Belarussian forest areas. A total scheme for remediation of contaminated forest areas and utilisation of the removed biomass in safe energy production is being investigated in a Belarussian-American-Danish collaborative project. Here the total radiological impact of the scheme is considered. This means that not only the dose reductive effect of the forest decontamination is taken into account, but also the possible adverse health effects in connection with the much needed bio-energy production.

This report presents the results of an in-country, commercial-scale investigation of the effect of a baghouse filter in retaining contaminants so that they are not released to the atmosphere in the biomass energy production process. Approximately 99.5% of the activity of a commercially representative, dust-laden boiler flue gas was removed from the stream by using a combination of a cyclone and a baghouse filter.