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My publications over MSWI bottom ash

  • Muchova, L. (2010). Wet physical separation of MSWI bottom ash
  • Muchova, L. and Rem, P.C., (2006). Metal content and recovery of MSWI bottom ash, Waste Management and the Environment III, proceeding from the Waste Management Conference in Malta, 211-216pp.
  • Muchova, L., and Rem, P., (2006). Pilot plant for wet physical separation of MSWI bottom ash, Conference proceeding MMME 2006, Cape Town (South Africa), 14-15 November, pp.12.
  • Muchova, L. and Rem, P.C., (2007). Hydrogen from bottom ash. Conference proceeding from CEMEPE, 24-28.7.2007 in Skiathos Island, Greece, pp.6.
  • Muchova, L. and Rem, P.C., (2007). Leaching improvement for separated bottom ash by wet physical techniques, Conference proceeding from the 3rd International Conference on Environmental Science and Technology 2007, 6 to 9 August 2007, Houston, Texas, United States, pp.6.
  • Muchova, L., Rem, P., Van Berlo, M. 2007. Innovative Technology for the Treatment of Bottom Ash. Conference proceeding from ISWA/NVRD World Congress 2007, Amsterdam, The Netherlands, 24-27 September 2007.
  • Muchova, L., Rem, P., 2007. Management of bottom ash in Europe. Waste Management World, November 2007, Vol. 8, issue 6. pp. 4.
  • Muchova, L., Bakker. E., Rem, P. 2008. Precious metals in municipal solid waste incineration bottom ash, Water, Air, and Soil Pollution, 2008.
  • Bakker, E.J., Muchova, L., Rem, P.C. (2007). Separation of precious metals from MSWI bottom ash, Conference proceeding from 6th international industrial mineral symposium, 1-3 February, Izmir, Turkey, pp.6.
  • Bakker, E.J., Muchova, L., Rem, P.C. (2007), Economic recovery of precious metals from MSWI bottom ash, Conference proceeding from CEMEPE, 24-28.7.2007 in Skiathos Island, Greece, pp.5.
  • Abayazid, J., Muchova, L., Lemkowitz, S., Heijungs, R., Rem, P., van Berlo, M. Comparative life cycle assessment of bottom ash management: Wet versus Dry treatment. Submitted to Resources, Conservation and Recycling in January 2008. 

My publications over end-of-waste criteria