The plant separates out a fairly clean fraction of copper scrap, which contains 1.5 tonnes of copper annually. It is estimated that copper metal entering the plant is a total of 2.0 tonnes per year. the material efficiency of the plant is 75% the separation coefficient (transfer coefficient) for copper is 75%
The plant separates out a fairly clean fraction of copper scrap, which contains 1.5 tonnes of copper annually. It is estimated that copper metal entering the plant is a total of 2.0 tonnes per year. the material efficiency of the plant is 75% the separation coefficient (transfer coefficient) for copper is 75%
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
Assume the following process with flows, for a facility for receiving
and sorting various metal-containing waste fractions.
The plant separates out a fairly clean fraction of copper scrap, which
contains 1.5 tonnes of copper annually. It is estimated that copper
metal entering the plant is a total of 2.0 tonnes per year.
the material efficiency of the plant is 75%
the separation coefficient (transfer coefficient) for copper is 75%
the allocation coefficient for copper is 75%
the selectivity coefficient (selective coefficient) for copper is 25%
![A
A-car parts
B-mixed
C-electric cables B
C
Mottak og
sortering
COPPER SCRAP- D
E-FERROUS
OTHER METAL-F](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1611cfa1-b622-4bae-ac53-85b97b4799dc%2F682630ce-81b9-4565-b253-327ca4068d6c%2Fw5l7y5s_processed.png&w=3840&q=75)
Transcribed Image Text:A
A-car parts
B-mixed
C-electric cables B
C
Mottak og
sortering
COPPER SCRAP- D
E-FERROUS
OTHER METAL-F
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