Question
A municipal landfill has available space of 16.2 ha at an average depth of 10
m. Seven hundred sixty-five (765) m3 of solid waste is dumped at the site 5 days a
week. The waste is compacted to twice its delivered density. Draw a mass-balance
diagram and estimate the expected life of the landfill in years.
m. Seven hundred sixty-five (765) m3 of solid waste is dumped at the site 5 days a
week. The waste is compacted to twice its delivered density. Draw a mass-balance
diagram and estimate the expected life of the landfill in years.
Answers
drwls
Divide the available volume by the annual volume of compacted waste.
The annual volume of compacted waste is (1/2)*765*5*52 = 9.95*10^4 m^3
The 16.2 hectares piled 10 m deep is an available volume of 16.2*10^4*10 = 1.62*10^6 m^3
It will be full in 16.3 years
The annual volume of compacted waste is (1/2)*765*5*52 = 9.95*10^4 m^3
The 16.2 hectares piled 10 m deep is an available volume of 16.2*10^4*10 = 1.62*10^6 m^3
It will be full in 16.3 years