Resource Consumption
|
Reduce material losses during the carrying out of services, deliveries, internal transport, storage, and handling of materials on construction sites. |
100 |
58 |
Development of materials, products and construction systems selection criterion from responsible sources that include life cycle analysis information (origin, processing, use e maintenance, durability e disposal) and material properties like technical performance. |
95 |
52 |
Improvements of temporary installations with the aim of reducing potable water and electric energy consumption, as also in equipment, lighting and air conditioning systems on construction sites |
86 |
29 |
Reduction of electric energy consumption during the production activities on construction sites |
85 |
18 |
Development of a supplier analysis system formalizing aspects related to federal revenues, use of environmental operating licenses, social responsibility, correct use of codes and standards, etc. |
85 |
39 |
Rainwater use on construction sites |
59 |
5 |
UseofalterUse of alternative energy sources including renewable energynativeenergysourcesincludingrenewableenergy |
48 |
0 |
GreywaterGreywater use on construction sitesuseonconstructionsites |
44 |
2 |
Emissions and Solid Waste
|
Control of generation, quantification, separation, storage and disposal of construction waste on construction sites including Take-back scheme (return of waste products to manufacturers) |
97 |
39 |
Development of decontamination technologies and disposal solutions for dangerous construction waste products such as paints, solvents, oils or other contaminated waste products arising from demolition, renovations, radiological clinical repairs, industrial installations among others (Class D) |
94 |
9 |
Exploitation and use of construction waste on construction sites |
91 |
23 |
Development of technologies and economically viable applications of construction waste materials that still have no recycling or recuperation solutions (Class C) |
89 |
17 |
Vegetation preservation methods in construction site areas |
85 |
33 |
Sewage catchment and treatment systems and minimization of risks resulting from drainage on construction sites |
85 |
21 |
Identification of risks of particle emissions arising from production activities on construction sites and towards the neighborhood |
85 |
21 |
Control of groundwater levels, contamination and minimization of risks resulting from its management |
85 |
21 |
Characterization, monitoring e control of particle material emissions |
74 |
12 |
Interface with External Environment
|
Reduce the erosive processes and risks of collapse/subsidence |
98 |
53 |
Characterization of sound emitting activities and plans to mitigating noise nuisance |
92 |
27 |
Management of site access, pedestrian flow, equipment, loading and loading on construction sites |
92 |
55 |
Reduction of the site interferences with local traffic, street conservation and pavements to guarantee accessibility |
91 |
47 |
Identification of risks of particle emissions derived from production activities on the neighborhood. |
88 |
30 |
Definition of demolition processes and contingency plans |
80 |
29 |
Intrinsic Quality of the Construction Site (IQ) - Health and Safety
|
Collective protection equipment against falling from heights on construction sites |
98 |
77 |
Protections against people handling equipment |
98 |
76 |
Protections against electric shocks |
98 |
76 |
Safeguards for material handling equipment |
97 |
71 |
Machine and equipment protection |
97 |
68 |
Protection of excavations |
95 |
70 |
National certification system for Industrialized Collective Protection Equipment, similar to existing certification system for Personal Protective Equipment (PPE) on construction sites |
79 |
41 |
Intrinsic Quality of the Construction Site (IQ) -Temporary Installations on Construction Sites
|
Improvements of work safety conditions inside the temporary installations |
97 |
55 |
Improvements of the health and hygiene conditions inside the temporary installations |
97 |
62 |
Reuse of temporary installation components and construction systems |
92 |
42 |
Improvements in the lighting, ventilation and air quality conditions of temporary installations |
89 |
41 |
External visual communication and signaling |
86 |
67 |
I - Important; VI - Very Important; PA - Practices Adopted |