Trabalhos Técnicos

Ninety volatile organic compounds were identified in the headspace of biodegradable and mixed household waste by GC/MS. Most of them could be attributed to biological waste, microbiological growth in biological waste or packaging materials.

Ninety volatile organic compounds were identified in the headspace of biodegradable and mixed household waste by GC/MS. Most of them could be attributed to biological waste, microbiological growth in biological waste or packaging materials.

Ninety volatile organic compounds were identified in the headspace of biodegradable and mixed household waste by GC/MS. Most of them could be attributed to biological waste, microbiological growth in biological waste or packaging materials.

Ninety volatile organic compounds were identified in the headspace of biodegradable and mixed household waste by GC/MS. Most of them could be attributed to biological waste, microbiological growth in biological waste or packaging materials.

Ninety volatile organic compounds were identified in the headspace of biodegradable and mixed household waste by GC/MS. Most of them could be attributed to biological waste, microbiological growth in biological waste or packaging materials.

Ninety volatile organic compounds were identified in the headspace of biodegradable and mixed household waste by GC/MS. Most of them could be attributed to biological waste, microbiological growth in biological waste or packaging materials.

A method is presented to predict the short-term (months to years) and long-term (> 30 years) chemical behaviour of bottom ash from municipal solid waste incinerators in monofills. It is based on bottom ash composition and laboratory kinetic studies of bottom ash with water. Bottom ash after the quench tank …

Ninety volatile organic compounds were identified in the headspace of biodegradable and mixed household waste by GC/MS. Most of them could be attributed to biological waste, microbiological growth in biological waste or packaging materials.

Ninety volatile organic compounds were identified in the headspace of biodegradable and mixed household waste by GC/MS. Most of them could be attributed to biological waste, microbiological growth in biological waste or packaging materials.

Ninety volatile organic compounds were identified in the headspace of biodegradable and mixed household waste by GC/MS. Most of them could be attributed to biological waste, microbiological growth in biological waste or packaging materials.