Abstract:
Good quality waste characterisation data are fundamental to Defra's policies and strategies to manage environmental challenges, yet the UK dataset for the new generation of treated wastes was poor. This project aimed to fill some of the gaps in understanding the characteristics of residues from the treatment of municipal solid waste and industrial process wastes.
The overall objectives were to:
A consistent approach to the sampling and testing of the residues has been used as advocated in the Environment Agency's sampling and testing guidance (2005). This includes the use of scenario-specific sampling plans to enable future replication of testing and the full characterisation toolbox (e.g. composition, leachability, biodegradability testing). The datasets have been imported into leachXS and the benefits of this data management and expert tool to technical specialists and policy developers can be seen, for example the rapid comparison of the characteristics of the new generation of treatment residues with more traditional waste streams.
The nitrogen fertilizer value of most organic wastes is much lower than that of sewage sludge. More organic waste would therefore be needed to be applied to soils to provide the same fertiliser value as sewage sludge. The partially stabilized organic wastes have a high requirement for oxygen. There is a risk that the soil system would be unable to sustain the oxygen needed for respiration by the in situ microbial population and so adverse anoxic conditions are likely to exist in the soil.
Publication Year:
2009
Publisher:
Department for Environment, Food & Rural Affairs
DOI:
No DOI minted
Author(s):
WRC
Energy Category
Class Name:
Subclass Name:
Category Name:
Language:
English
File Type:
application/pdf
File Size:
520176 B
Rights:
Rights not recorded
Rights Overview:
Rights are not recorded within the edc, check the data source for details
Further information:
N/A
Region:
United Kingdom
Related Dataset(s):
No related datasets
Related Project(s):
Characterisation of residues from industrial processes and waste treatment
Related Publications(s):
No related publications