The effect of landfill exposure on residual levels of cellulose, hemicellulose and lignin was investigated on wood materials removed from differing depths in a 5 year old landfill cell in western Oregon. There was little evidence of change in the levels of these components with increasing landfill cell depth in softwood lumber, softwood plywood, or hardwood lumber. The results confirm studies at other landfills showing that wood degradation rates under anaerobic conditions in landfills are much slower than predicted and that models to predict these rates need to be modified
Land disposal remains the predominant solid waste management method for municipal solid waste (MSW) ...
In municipal solid waste (MSW) landfills, lignocellulosic wastes degrade slowly and cause the slow a...
To understand the applicability of the termination indicators for landfill municipal solid waste (MS...
BACKGROUND: There has been growing interest in the development of waste-specific decay factors for e...
The research presented in this paper evaluates the potential impact of municipal solid waste (MSW) l...
This was a study undertaken to investigate municipal solid waste (MSW) landfill stability parameters...
The literature shows that wood is relatively non-biodegradable in anaerobic environments, though the...
This study has investigated the patterns and processes responsible for oak wood degradation in diffe...
published as CD 4 pages.The literature shows that wood is relatively non-biodegradable in anaerob...
The objective of this project is to determine if organics in pulp and paper industry leachates can u...
Large quantities of forest products are disposed of in landfills annually. The fate of this vast poo...
Laboratory scale experiments were conducted to estimate waste settlement rates under different opera...
The most widely used method for the final disposal of solid waste is landfilling, which is also econ...
Design, operation, and closure practices for Class I municipal solid waste (MSW) landfills are based...
To understand the applicability of the termination indicators for landfill municipal solid waste (MS...
Land disposal remains the predominant solid waste management method for municipal solid waste (MSW) ...
In municipal solid waste (MSW) landfills, lignocellulosic wastes degrade slowly and cause the slow a...
To understand the applicability of the termination indicators for landfill municipal solid waste (MS...
BACKGROUND: There has been growing interest in the development of waste-specific decay factors for e...
The research presented in this paper evaluates the potential impact of municipal solid waste (MSW) l...
This was a study undertaken to investigate municipal solid waste (MSW) landfill stability parameters...
The literature shows that wood is relatively non-biodegradable in anaerobic environments, though the...
This study has investigated the patterns and processes responsible for oak wood degradation in diffe...
published as CD 4 pages.The literature shows that wood is relatively non-biodegradable in anaerob...
The objective of this project is to determine if organics in pulp and paper industry leachates can u...
Large quantities of forest products are disposed of in landfills annually. The fate of this vast poo...
Laboratory scale experiments were conducted to estimate waste settlement rates under different opera...
The most widely used method for the final disposal of solid waste is landfilling, which is also econ...
Design, operation, and closure practices for Class I municipal solid waste (MSW) landfills are based...
To understand the applicability of the termination indicators for landfill municipal solid waste (MS...
Land disposal remains the predominant solid waste management method for municipal solid waste (MSW) ...
In municipal solid waste (MSW) landfills, lignocellulosic wastes degrade slowly and cause the slow a...
To understand the applicability of the termination indicators for landfill municipal solid waste (MS...