Biomedical Engineering Reference
In-Depth Information
Table 10.1
Comprehensive eco-industrial park development goal indicators system [
17
]
Project
Number
Index
Unit
Index value
Economic
development
1
Industrial added value
Million Yuan/unit
15
2
Industrial added rate
25 %
Material
reduction and
circulation
3
Comprehensive energy
consumption per unit
industrial added value
t/Million Yuan
0.5
M
3
/Million Yuan
4
Freshwater consumption per
unit industrial added
value
9
5
Wastewater generation per
unit industrial added
value
t/Million Yuan
8
6
Waster per unit industrial
added value
t/Million Yuan
0.1
7
Repeated use rate of
industrial water
75 %
8
Comprehensive use rate of
industrial waster
85 %
9
Water reuse rate
40 %
Waster control
10
COD per unit industrial
added value
Kg/Million Yuan
1
11
SO
2
of per unit industrial
added value
Kg/Million Yuan
1
12
Hazardous waste treatment
rate
100 %
13
Life centralized sewage
treatment rate
70
14
Domestic garbage harmless
treatment rate
100 %
15
Waste collection system
Yes
16
Waste disposal facility
Yes
17
Environmental management
system
Perfect
18
Management
Perfect information platform
100 %
19
Environmental report
One/year
20
Public satisfaction with the
environment
90 %
21
The public on ecological
industry recognition rate
90 %
10.5.2
Industrial Ecology Park Design
The detailed understanding of industrial location and existing enterprises is the
first work in the design of an industrial ecological park. The overall plan should
emphasize the inner loop and strive to form a closed-loop approach. The method
is to reasonably introduce industry and enterprise potentially synergistic and
symbiotic with the original business. In addition, it is also important to improve
