Add to ORKGLandfill technology must adapt to the changing demands of policy makers and waste regulators if it is to continue to deliver environmentally sound and efficient waste disposal. Among the more-significant requirements that may fall to landfill designers is for the pretreatment of municipal solid waste and that the fill will rapidly stabilise. This paper reports on the key relationship between in-situ density and the hydraulic characteristics of pretreated municipal solid waste. The paper also considers the practical significance of the research in relation to current UK landfill practice, and examines the viability of the flushing bioreactor
Leachate recirculation (LR) was pioneered in the USA in the 1970s as a means to enhance the degradat...
A series of tests has been carried out on crude unprocessed household waste in a large purpose-built...
Landfilling represents the most economical method for the disposal of municipal solid waste (MSW). A...
Landfill technology must adapt to the changing demands of policy makers and waste regulators if it i...
Landfill technology must adapt to the changing demands of policy makers and waste regulators if it i...
Landfill technology must adapt to the changing demands of policy makers and waste regulators if it i...
Disposal of waste (landfilling) is considered to be the least desirable waste management option in t...
The distribution and movement of water within a waste landfill are important for two main reasons. F...
AbstractIn the waste management hierarchy, the least preferable option is waste disposal. Nonetheles...
Mechanical-biological treatment of municipal solid waste has become popular throughout the UK and ot...
The present paper presents a part of a wider research effort aiming at studying the long-term behavi...
Bioreactor landfills offer a sustainable way to achieve increased waste degradation along with benef...
Landfill design and operational practices can be used, sometimes in combination with municipal solid...
Landfills are reactors in which liquid, solid and gaseous materials interact giving rise to liquid (...
The hydrogeological behaviour of simulated (model) landfill waste was studied in the laboratory, to ...
Leachate recirculation (LR) was pioneered in the USA in the 1970s as a means to enhance the degradat...
A series of tests has been carried out on crude unprocessed household waste in a large purpose-built...
Landfilling represents the most economical method for the disposal of municipal solid waste (MSW). A...
Landfill technology must adapt to the changing demands of policy makers and waste regulators if it i...
Landfill technology must adapt to the changing demands of policy makers and waste regulators if it i...
Landfill technology must adapt to the changing demands of policy makers and waste regulators if it i...
Disposal of waste (landfilling) is considered to be the least desirable waste management option in t...
The distribution and movement of water within a waste landfill are important for two main reasons. F...
AbstractIn the waste management hierarchy, the least preferable option is waste disposal. Nonetheles...
Mechanical-biological treatment of municipal solid waste has become popular throughout the UK and ot...
The present paper presents a part of a wider research effort aiming at studying the long-term behavi...
Bioreactor landfills offer a sustainable way to achieve increased waste degradation along with benef...
Landfill design and operational practices can be used, sometimes in combination with municipal solid...
Landfills are reactors in which liquid, solid and gaseous materials interact giving rise to liquid (...
The hydrogeological behaviour of simulated (model) landfill waste was studied in the laboratory, to ...
Leachate recirculation (LR) was pioneered in the USA in the 1970s as a means to enhance the degradat...
A series of tests has been carried out on crude unprocessed household waste in a large purpose-built...
Landfilling represents the most economical method for the disposal of municipal solid waste (MSW). A...