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21. Industrial ecology can best be 25. Green engineering complements
described as an effort to apply to the industrial ecology because
manufacturing process the principles
(A) its principles support
(A) utilized by the ISO quality sustainability
management system
(B) industrial ecology encourages
(B) of the carbon cycle symbiosis
(C) of the interaction of organisms
(C) green engineering uses
and their environment renewable energy
(D) utilized by the total quality
(D) green engineering encourages
management system the use of renewable raw
materials
22. The main objective of industrial
ecology is to 26. For the construction of buildings, the
use of clay blocks is more sustainable
(A) reduce greenhouse gases than concrete blocks because
(B) create a carbon sink
(C) create sustainable livelihoods I. less greenhouse gas is
produced
for humanity
(D) improve the manufacturing II. the clay block process is more
complex than cement
process manufacturing
23. Industrial ecology is expected to make III. the manufacturing of clay
its greatest impact on the blocks is more energy
efficient
(A) atmosphere
(B) lithosphere (A) I and II only
(C) anthroposphere (B) II and III only
(D) biosphere (C) I and III only
(D) I, II and III
24. Industrial ecology relies on the
27. Product lifecycle management is now
(A) integration of various made much more efficient by the use of
production processes
(A) specially designed software
(B) structured integration of (B) new testing equipment
similar production processes (C) renewable energy sources
(D) more efficient temperature
(C) structured integration of
complementary production controllers
processes
(D) ad hoc integration of various
production processes
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02165010/SPEC 2015
