Publication result detail

Processing of Sludge from Pulp Production

UCEKAJ, V.; BORÁŇ, J.; HOUDKOVÁ, L.; STEHLÍK, P.

Original Title

Processing of Sludge from Pulp Production

English Title

Processing of Sludge from Pulp Production

Type

Paper in proceedings (conference paper)

Original Abstract

Final treatment of sludge is a common problem related to pulp production and WWTPs. This problem is usually solved by means of incineration, anaerobic digestion, landfilling, etc. This work presents calculations of mass and enthalpy balances of different sludge disposal methods. The input data for balance calculations are based upon sludge analysis. The results of the simulation are compared to the measured data obtained during incineration (co-firing) test. Then the best possible sludge disposal method can be recommended to the pulp production company. Nevertheless this recommendation can be taken as a general one and can also serve to the other sludge producers. This work presents a very simple however efficient approach to the sludge disposal problem.

English abstract

Final treatment of sludge is a common problem related to pulp production and WWTPs. This problem is usually solved by means of incineration, anaerobic digestion, landfilling, etc. This work presents calculations of mass and enthalpy balances of different sludge disposal methods. The input data for balance calculations are based upon sludge analysis. The results of the simulation are compared to the measured data obtained during incineration (co-firing) test. Then the best possible sludge disposal method can be recommended to the pulp production company. Nevertheless this recommendation can be taken as a general one and can also serve to the other sludge producers. This work presents a very simple however efficient approach to the sludge disposal problem.

Keywords

sludge, pulp, digestion, combustion

Key words in English

sludge, pulp, digestion, combustion

Authors

UCEKAJ, V.; BORÁŇ, J.; HOUDKOVÁ, L.; STEHLÍK, P.

Released

27.08.2006

Publisher

Process Engineering Publisher

Location

Praha

ISBN

80-86059-45-6

Book

Procedings on CD-ROM

Pages from

P5.129

Pages count

13

URL