Landfilling is the primary method used for municipal solid waste (MSW) disposal. To design,
optimize, and manage landfills with a life span of several decades, a deeper understanding …

The landfill is still the primary waste treatment method in develo** countries. Due to the
long stability time and long-term occupation of a large amount of land, the landfill poses a …

Over the last few decades, landfill design and operational practices have evolved. Current
landfill waste cells include innovative features that eliminate most of the negative …

Ventilating solid waste landfills with an oxygen supply can effectively accelerate the
degradation of waste, achieve rapid stabilization, and realize the sustainable utilization of …

Aeration is an effective technology for shortening the landfill stabilization phase. A
comprehensive understanding of waste stabilization under aeration is significant to the …

During the operation of landfills, leachate recirculation and aeration are widely applied to
accelerate the waste stabilization process. However, these strategies may induce high pore …

Aeration plays a crucial role in accelerating the secondary compression of municipal solid
waste (MSW) for the scientific implementation of aerobic bioreactor technology. There are …

Much heat is released in aerobic landfills, which leads to temperature change. Quantitative
prediction of temperature change with time and space is essential for the safe aerobic …

Aeration, which creates an aerobic environment by air injection, has been proven to be an
effective method to accelerate waste stabilization and reduce pollution load in landfills. To …

Aeration is pivotal in accelerating landfill stabilization. Biodegradation kinetic models of
landfills have not fully accounted for the uneven distribution of oxygen during aerobic in situ …