This study aimed to clarify the impacts of pH control by wood ash amendment on biowaste composting processes. To achieve this, fresh source separated municipal biowaste was mixed with low doses (2–8% wt/vol) of wood ash and processed in a pilot and large-scale composting systems. The results indicated a correlation between a low initial pH and delay in the early rise of the process temperature. Wood ash elevated the composting temperatures and pH, and stimulated the mineralisation both in the pilot scale and the industrial large-scale processes. According to the results addition of amounts of 4–8% wood ash is sufficient for efficient biowaste composting process and yields a safe end product. However, to minimise the environmental risk for h...
International audienceCo-composting biowastes such as manures and biosolids can be used to stabilize...
The objectives of the present work were (a) to quantify the effects of wood ash on forest ecosystems...
Wood-based ash landfilling is increasing issue not only in Latvia but in the whole world as more bio...
This study aimed to clarify the impacts of pH control by wood ash amendment on biowaste composting p...
AbstractThis study evaluates the addition of wood ashes (WA) for controlling the pH of substrates in...
In this work the use of selected types of biomass combustion ash as an additive in the composting pr...
In this work the effects of selected types of biomass ash on the composting process and final produc...
This study was conducted to produce high-quality compost using both cow manure and wood ash that can...
This work investigated the effects of using selected types of biomass combustion ash as an additive ...
Ash generated by biomass combustion has been envisaged as a potential composting additive in order t...
Wood ash has been widely used as an additive for excreta from dry compost toilets to sanitize it for...
Our earlier experiments in small composters (220 l) indicated the favourable effect of ash from co-i...
This study investigated the chemical composition of a mixture of 70% wood ashes (a by-product of tim...
As the use of local biofuels (wood and peat) in bioenergy production increases, the amount of ash as...
Energetic utilization of biomass is considered an environmentally safe way of providing energy, espe...
International audienceCo-composting biowastes such as manures and biosolids can be used to stabilize...
The objectives of the present work were (a) to quantify the effects of wood ash on forest ecosystems...
Wood-based ash landfilling is increasing issue not only in Latvia but in the whole world as more bio...
This study aimed to clarify the impacts of pH control by wood ash amendment on biowaste composting p...
AbstractThis study evaluates the addition of wood ashes (WA) for controlling the pH of substrates in...
In this work the use of selected types of biomass combustion ash as an additive in the composting pr...
In this work the effects of selected types of biomass ash on the composting process and final produc...
This study was conducted to produce high-quality compost using both cow manure and wood ash that can...
This work investigated the effects of using selected types of biomass combustion ash as an additive ...
Ash generated by biomass combustion has been envisaged as a potential composting additive in order t...
Wood ash has been widely used as an additive for excreta from dry compost toilets to sanitize it for...
Our earlier experiments in small composters (220 l) indicated the favourable effect of ash from co-i...
This study investigated the chemical composition of a mixture of 70% wood ashes (a by-product of tim...
As the use of local biofuels (wood and peat) in bioenergy production increases, the amount of ash as...
Energetic utilization of biomass is considered an environmentally safe way of providing energy, espe...
International audienceCo-composting biowastes such as manures and biosolids can be used to stabilize...
The objectives of the present work were (a) to quantify the effects of wood ash on forest ecosystems...
Wood-based ash landfilling is increasing issue not only in Latvia but in the whole world as more bio...