Liquid fertilizer products from anaerobic digestion of food waste: mass, nutrient and energy balance of four digestate liquid treatment systems

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Comparison of digestate liquid treatment technologies: mass and nitrogen balances

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Characteristics and agronomic usability of digestates from laboratory digesters treating food waste and autoclaved food waste

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Effect of food waste autoclaving on digestate usability

Posteri liittyy konferenssijulkaisussa olevaan artikkelii

Use of laboratory anaerobic digesters to simulate the increase of treatment rate in full-scale high nitrogen content sewage sludge and co-digestion biogas plants

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Agronomic characteristics of five different urban waste digestates

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Circular economy through enhanced treatment of municipal wastewaters

2nd Bioeconomy Congress, 12-13th September 2017, University of Hohenheim, Stuttgart, Germany201

Measurement methodology for greenhouse gas emissions from storage of forest chips A review

Research on greenhouse gas emission related to solid biofuels has focused mainly on the emissions from end use and the production chain. GHG emissions from the storage of forest chips have not received much attention in recent literature. In order for EU emission reduction targets to be fully understood, emissions from solid biofuel storage needs to be better described. Usually emissions from chip piles have been modelled using studies from organic waste composting but these two materials can differ appreciably; for example the C/N-ratio and moisture content. Herein, previous studies on greenhouse gas emissions from forest chips piles during storage are reviewed. The objective is to report on the methodology for measuring GHG emissions from organic waste composting in order to understand the suitability of applying the same methods for measuring emissions from woody biomass piles