didactic library of environmental technologies bdta
TRANSCRIPT
Didactic Library of Environmental Technologies http://www.fec.unicamp.br/~bdta
Didatic Library of Environmental TechnologiesDidatic Library of Environmental TechnologiesA contribution for the environmental literacy of civil engineers
Emília Rutkowski and Thiago Campi - FLUXUS Laboratory
University of Campinas – UNICAMP, São Paulo/Brazil
http://www.fec.unicamp.br/~bdta
Didactic Library of Environmental Technologies http://www.fec.unicamp.br/~bdta
Didatic Library of Environmental Didatic Library of Environmental Technologies (DLET)Technologies (DLET)
DLET is a project include on FLUXUS research program
FLUXUS research programmes
Social/Environmental Management
Strategic Environmental Planning
Environmental Teaching
FLUXUS Home Page
http://www.fec.unicamp.br/~fluxus
Didactic Library of Environmental Technologies http://www.fec.unicamp.br/~bdta
LIBRARYLIBRARYORGANIZATIONORGANIZATION
INDEX PAGE: Contents:
Objective
Methodology
Concepts
Themes
Authors
http://www.fec.unicamp.br/~bdta
Didactic Library of Environmental Technologies http://www.fec.unicamp.br/~bdta
LIBRARYLIBRARYORGANIZATIONORGANIZATION
OBJECTIVE
to define, by undergraduate students and
their professors, the environmental
sustainability indicatorsthe of civil
engineering technological processes
Didactic Library of Environmental Technologies http://www.fec.unicamp.br/~bdta
LIBRARYLIBRARYORGANIZATIONORGANIZATION
CONCEPTS:
Environmental teaching
Ecodesign
Environmental Sustainability
Professional Background
Didactic Library of Environmental Technologies http://www.fec.unicamp.br/~bdta
MODULESMODULES
ENVIRONMENTAL SANITATION Water Treatment Wastewater Treatment Slime disposal
MOBILITY Transports
Didactic Library of Environmental Technologies http://www.fec.unicamp.br/~bdta
MODULEMODULEEnvironmental SanitationEnvironmental Sanitation
Sustainability Indicators
Water Treatment Plant
Indicator Parameters UnitPotable water flow l/s
Area m2
Potable water flow m3/ s Operational workers person
Construction and operation costs
R$
Potable water flow m3
Out of pattern samples Total samples
1— Potable water flowUntreated water flow
Slime treated KgPeriod day
power consumed Kwhpotable water flow m3
System DurabilityPeriod that the plant produce
the stipulated flowYear
Area
Operational simplicity
Expenditure
System confiability
Energy consumption
%
Water waste None
Slime treated
Didactic Library of Environmental Technologies http://www.fec.unicamp.br/~bdta
MODULESMODULESEnvironmental SanitationEnvironmental Sanitation
Sustainability Indicators
Slime Treatment PlantIndicators Parameters Unit
slime treated/period kg/h
used area m²
volume of slime treated/period m³/days
Operational workers person
projected cost
operation cost
out of pattern samples
total samples
volume treated of slime
initial slime volume
power consumed kWh
slime treated flow l/s
System DurabilityPeriod that plant operates in
proper conditions years
Production
Operation simplicity
Savings %
Energy consumption
System confiability %
Efficiency %
Didactic Library of Environmental Technologies http://www.fec.unicamp.br/~bdta
MODULESMODULESMobilityMobility
Sustainability Indicators
Transports SystemsIndicator Parameter Unit Limits4
Light Vehicles: 2,0
Comercial Vehicles Smaller then 1700Kg:2,0
Comercial Vehicles Bigger then 1700Kg: 6,2
Heavy Vehicles: 4,0
Light Vehicles: 0,6
Comercial Vehicles Smaller then 1700Kg:0,6
Comercial Vehicles Bigger then 1700Kg: 1,4
Heavy Vehicles: 7,0
Light Vehicles: 0,3
Comercial Vehicles Smaller then 1700Kg:0,3
Comercial Vehicles Bigger then 1700Kg: 0,5
Heavy Vehicles: 1,1
Light Vehicles: 0,05
Comercial Vehicles Smaller then 1700Kg:0,128
Comercial Vehicles Bigger then 1700Kg: 0,16 (R.S.<2)
Heavy Vehicles: 0,25 (R.S.<2)
Farm Areas: 40/35
Mixed Areas with Residencial tendences:55/50
Industrial Areas: 70/60
Traffic vehicle / time vehicle/h Freeway and road projects: 2000
CO emissions CO mass / distance g/Km
NOx emissions Nox mass / distance g/Km
HC emissions HC mass / distance g/Km
Particulated emissions (Black
Smog)
Particle mass / distance
g/Km or "visual"
(Ringelmann Scale -
R.S.)
Noise Limits by occupation dB
Residencial Urban Areas, Hospitals or Schools:50/45
Mixed Areas with Commercial and Administrative tendences:55/50
Didactic Library of Environmental Technologies http://www.fec.unicamp.br/~bdta
TEAMTEAM
SEVEN TUTORS:
Emilia Rutkowski (DLET coordination and Environment assessment)
Orlando Fontes Lima Jr. (Logistics and transport)
Carlos Gomes Mendes (Water treatment technologies)
Edevar Luvizotto (Water treatment technologies)
Ricardo de Lima Isaac (Water treatment technologies)
Edson Abdul Nour (Wastewater treatment technologies)
Rozely Ferreira dos Santos (Environmental impact assessment)
Didactic Library of Environmental Technologies http://www.fec.unicamp.br/~bdta
TEAM – STUDENTSTEAM – STUDENTS
SEVEN CIVIL ENGINEERING STUDENTS:
Gilberto Mendes Neto
Laís Aparecida Ywashima
Mariana de Salles Tosetto
Marcus Vinicius Peres Ramos
Sabrina Patrocínio Osawa
Thiago Campi
Vanessa Cristina Lopes
Yulia Tiaki Abe
Didactic Library of Environmental Technologies http://www.fec.unicamp.br/~bdta
Didatic Library of Environmental TechnologiesDidatic Library of Environmental TechnologiesA contribution for the environmental literacy of civil engineers
http://www.fec.unicamp.br/~bdta
Contact: [email protected]
University of Campinas – UNICAMP, São Paulo/Brazil