A yard waste composting windrow has a triangular cross section and is 10 feet wide at the bas and 10 feet high at the peak and 100 feet long. You may assume the waste has a specific weight of 400 lb/yd^3 as placed in the windrow. The waste material is 40-percent biodegradabl and has the ultimate composition of C60H95O40N. Determine the amount of oxygen required to stabilize the waste. Assume the aerobic degradation can be expressed as: (4а + b — 2с + 3d) (b – 3d\
A yard waste composting windrow has a triangular cross section and is 10 feet wide at the bas and 10 feet high at the peak and 100 feet long. You may assume the waste has a specific weight of 400 lb/yd^3 as placed in the windrow. The waste material is 40-percent biodegradabl and has the ultimate composition of C60H95O40N. Determine the amount of oxygen required to stabilize the waste. Assume the aerobic degradation can be expressed as: (4а + b — 2с + 3d) (b – 3d\
Solid Waste Engineering
3rd Edition
ISBN:9781305635203
Author:Worrell, William A.
Publisher:Worrell, William A.
Chapter2: Municipal Solid Waste Characteristics And Quantities
Section: Chapter Questions
Problem 2.9P
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