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CDW management in Brazil- The
Goiânia (GO) Experience
Profa. Dra. Rejane Tubino
(51) 3308- 7104
Implantation of the Construction Site
Solid Waste Management Program
– PGM- Pilot Project 1: Goiânia City
PGM
Construction Site Solid Waste
Management Program - PGM
Clean Construction Waste Program
Technical Team - PGM1Profa. Dra. Rejane Tubino- UFGCoordenator:Profa. Dra. Raquel Blumenschein – UnB
Legislation
Public Policies
PBQP-H – Quality and Productivity Brazilian
Program at the Habitat- 2002
Fonte: Manual de Resíduos Sólidos- Sinduscon - SP
MINISTÉRIO DAS CIDADES Secretaria Nacional de Habitação – SNH PBQP-H Programa Brasileiro da Qualidade e Produtividade do Habitat PBQP-H
Referencial Normativo Nível B do SiAC
7.1. Construction Planning
7.1.1. Works Quality Plan (PQO)
Construction Company must, for each of their works,
elaborate a Works Quality Plan, according to others
Quality Management Systems requirements, which must
have some elements as follows, when appropriate:
i) definition on where the solid and liquid wastes will be
destinated (construction solid waste, sewage, used
water), which respects the environment.
This is ISO 9001:2008 specific for the civil construction industry
Legislation
Public Policies
CONAMA* Resolution no 307- Civil Construction
Solid Waste Management- 05/07/2002
(Complemented by CONAMA* Resolution no 348,
which includes asbestos products as D class -
dangerous)
*Brazilian National Environment Council
Fonte: Manual de Resíduos Sólidos- Sinduscon - SP
CDW classification proposed by CONAMA
307/2002 + CONAMA 348/2004 Resolutions
Class A: residues reusable or recyclable as
aggregates,
Class B: recyclable residues for other applications,
such as: plastics, paper/paper board, metals,
glasses and others;
Class C: residues for which no technologies or
economically feasible applications have been
developed which allow their recycling/recovery
(i.e.: gypsum).
Class D: dangerous residues, originated from the
construction process (paints, solvents, oils and
others) or those contaminated. Asbestos products.
Legislation
Brazilian Technical Standards Resíduos da construção civil e resíduos volumosos - Áreas de
transbordo e triagem - Diretrizes para projeto, implantação e
operação – NBR 15112:2004
Resíduos sólidos da construção civil e resíduos inertes - Aterros
- Diretrizes para projeto, implantação e operação – NBR
15113:2004
Resíduos sólidos da construção civil - Áreas de reciclagem -
Diretrizes para projeto, implantação e operação – NBR
15114:2004
Agregados reciclados de resíduos sólidos da construção civil -
Execução de camadas de pavimentação – Procedimentos –
NBR 15115:2004
Agregados reciclados de resíduos sólidos da construção civil –
Utilização em pavimentação e preparo de concreto sem função
estrutural – Requisitos – NBR 15116:2004
Fonte: Manual de Resíduos Sólidos- Sinduscon - SP
PNRS- Law 12305/2010-
Solid Waste National Policy
Art. 13. Classification of Solid Waste, according
to this law:
I – Due to the origin:
h) Construction and Demolition Waste: residues
are those originated from constructions,
reformations, repairs and demolitions of civil
construction works and those resulting from the
preparation and excavation of lands, such as:
bricks, ceramic blocks, concrete;
PNRS- Law 12305/2010
Session III
Solid Waste State Plans
Art. 16. Developing the solid waste state plans, for this law, is the
condition for the States to have access to the government budget.
§ 3o Respeitada a responsabilidade dos geradores nos termos desta
Lei, as microrregiões instituídas conforme previsto no § 1o abrangem
atividades de coleta seletiva, recuperação e reciclagem, tratamento e
destinação final dos resíduos sólidos urbanos, civil construction
wastes management, de serviços de transporte, de serviços de
saúde, agrossilvopastoris ou outros resíduos, de acordo com as
peculiaridades microrregionais.
PNRS- Law 12305/2010
Session V
From the solid waste management plan
Art. 20. Subject to preparation of the solid
waste management plan :
III – the civil construction companies,
according to the regulations issued by the
specific bodies indicated by SISNAMA**;
** Environmental National System
PGM CHARACTERISTICS
1st stage: Based on Clean Construction Waste
Program (Salvador- BA) – resulted on PEL –
adopted and launched in Goiânia on september
2002
2nd stage: resulted on Solid Waste Materials
Management Project (PGM) - Articulation with
the public power and the production sector for
the detailing and implantation of the Program.
Solid Waste Materials Management Project
Composed by a reduction plan, reusing and waste recycling - PmaisL;
Reduction must consider all phases and all participants of the waste generation process;
At reusing, materials that can be reused are identified and a reusing flow must be encouraged;
Recycling depends on the residue quality and appropriate segregation.
PILOT PROJECT 1 - OBJECTIVES
Construction sites CDW management– Cleaner
Production (PmaisL) and waste segregation
at the source;
Strengthening of the National Learning System
of the Construction Industry;
Public Power answering the obligations
established by the 307 CONAMA Resolution.
Practice:
Implementing the CDW reusing process;
Implementing the CDW management projects;
The flowing off of segregated wastes;
Encourage the development of researches to produce
new materials and compounds using recycled
aggregates.
PILOT PROJECT 1 - OBJECTIVES
IMPLANTATION STEPS
Definition of local strategic group and project presentation;
Development and implementation of Construction Solid Waste Materials Management Project;
Designation of area to receive those segregate waste at construction sites;
Residues characterization and analyses (FURNAS);
Residues processing (Goiânia Municipality);
Recycled aggregates utilization (FURNAS and Federal University of Goiás).
Flowchart of solid waste management projects at construction sites implantation
PILOT PROJECT 1 - OBJECTIVES
1) Stage 1 – Workshop
In: Blumenschein, 2004
Workshop with construction companies at Goiânia to PGRS implantation
Source: pictures from SINDUSCON-GO, 2003
2) Stage 2 – manpower awareness
and sensibilization at work sites
Sensibiliztion at work site of CONENGE Engineering Company, Goiânia-GO.
Source: Raquel Blumenschein
In: Blumenschein, 2004
In: Blumenschein, 2004
Sensibiliztion at work site of TOCTAO Card done by workers of TOCTAO
Engineering Company, Goiânia-GO. Engineering Company.
Source: Raquel Blumenschein
2) Stage 2 – manpower awareness
and sensibilization at work sites
3) Stages 3, 4, 5, 6 e 7
Places to temporarily receive stored class B residues, such as paper, paperboard,
plastic and wood. Implementation at Toctao Engeneering Company- Goiânia – GO.
Source: Toctao Engeneering.
In: Blumenschein, 2004
In: Blumenschein, 2004
Class B residues segregation (cement bags and paperboard,) and class C residues
(as gypsum) to send to recicle agents. Conenge Engeneering, Goiânia – GO.
Source: Conenge Engenharia.
“Cage” to store paper and paperboard. Made by Moreira Ortence Engineering,
Goiânia – GO.
Source: Construtora Moreira Ortence, Goiânia, 2003.
In: Blumenschein, 2004
In: Blumenschein, 2004
Class A segregated residues (ceramic remains, mortar, bricks and concrete), waiting
to go to recycling. TCI Engenharia, Goiânia – GO.
Source: TCI Engenharia, Goiânia, 2003.
CDW MANAGEMENT IN GOIÂNIA
Traditional construction solid waste storage
1
2
3
45
6
(1) Rubber, (2) Wood, (3) Plastic, (4) Ceramic, (5) Paper bags and (6)
aluminium bag.
CDW MANAGEMENT IN GOIÂNIA
Construction
Waste storage
system according
to CONAMA
resolutionClass A residue Class B residue - Paper
Class D residue
In: Blumenschein, 2004
Class A residue being transported for
Recycling at DERMU/COMPAV area
for processing
In: Blumenschein, 2004
Residues being processed by a jaw crusher type at DERMU/COMPAV –
Goiânia Municipality
Residues being processed at different gradings specified by
FURNAS technicians
In: Blumenschein, 2004
In: Blumenschein, 2004
Residues being processed by a jaw crusher type at DERMU/COMPAV –
Goiânia Municipality
In: Blumenschein, 2004
Recycled aggregates with different gradings to construct experimental basis
pavement
Recycled aggregates utilization
Recycled aggregates utilization
Pavement being executed with recycled aggregate obtained by PGM 1
In: Blumenschein, 2004
Experience done at Goiânia City,
with the project PGM – Stage 1
First stage results: Clean Construction waste
Program (PEL).
Results related to the Materials Management
Program (PGM):
General results of PGM,
Results related to the institutions which
participates of the program point of view.
PEL RESULTS
Changing behaviour and values: more critical
behaviour and sustainable of their
operacional processes;
Civil construction solid waste segregation,
turning viable new environmental and social
sustainables practicals;
Adequation to the legal legislation CONAMA
307 resolution.
Results at the construction sites
Organization and cleanness of the
construction sites
Cleaner constructions
Operational people more educated
Reduction of number of containers – about
40 to 50%
Results for the environment
Reduction of about 60% to 80% of solid waste
from construction and demolition going to landfills
and illegally at the environment;
Possibility of soil and underground water pollution
reduction, with the reduction of wastes irregularly
disposal;
Possibility reduction of urban drainage impacts,
with the irregularly disposal reduction;
Possibility reduction of vectors of diseases wich
are concentrated in residues irregularly disposal.
Results for the environment
FINAL REMARKS
Engineering challenge to this century is
to live in harmony with the environment
and the sustainable development is the
way to get this goal (MEHTA, 1999).
References
BLUMENSCHEIN, RAQUEL NAVES
A Sustentabilidade na Cadeia Produtiva da Indústria da
Construção, 263 p. (UnB-CDS, Doutor, Política e Gestão
Ambiental, 2004). Tese de Doutorado – Universidade de
Brasília. Centro de Desenvolvimento Sustentável.
CDW management in Brazil- The
Goiânia (GO) Experience
Profa. Dra. Rejane Tubino
(51) 3308- 7104