English

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.

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.

Every day, Istanbul’s 39 municipalities produce some 17,500 tonnes of waste. Currently, nearly all of that is sent to landfill. Now, following a deal with Istanbul Metropolitan Municipality, Hitachi Zosen Inova is preparing to develop Europe’s largest waste to energy plant.