null
US
Anmelden
kostenlos registrieren
Registrieren
Wir haben festgestellt, dass Javascript in deinem Browser nicht aktiviert ist. Aufgrund des dynamischen Charakters unserer Website muss Javascript allerdings entsprechend aktiviert sein. Bitte lese dir unsere
Geschäftsbedingungen
durch, um mehr Informationen zu erhalten.
Nächster
Kopieren und bearbeiten
Sie müssen sich anmelden, um diese Aktion abzuschließen!
Kostenlos registrieren
5996118
Environmental remediation
Beschreibung
Ingeniería Mindmap am Environmental remediation, erstellt von Danilo Arenas am 08/08/2016.
Keine Merkmale angegeben
ingeniería
Mindmap von
Danilo Arenas
, aktualisiert more than 1 year ago
Mehr
Weniger
Erstellt von
Danilo Arenas
vor mehr als 8 Jahre
7
0
0
Zusammenfassung der Ressource
Environmental remediation
Ocupations
Engineering and mapping
Implement the best methods for remediating polluted areas for reduce the risk of illness and injury for a company’s employees.
Chemical engineer
Environmental engineers
Environmental engineering technicians
Health and safety engineers
Mining and geological engineers
Cartographers and photogrammetrists
Science
Management and business specialist
Administrative work
Natural sciences managers
Emergency management director
Cost estimators
Construction managers
Compliance officers
Public relations specialist
Construction and material-moving
Operate the machinery that is used onsite in a remediation project
Construction laborers
Dredge operators
Earth drillers
Excavating and loading machine
Hazardous materials removal workers
Operating engineers and other construction equipment operators
Concept
Removal of pollution or contaminants
Water
Groundwater polluted by
Contaminants seeping through the soil and sediment above it
Industrial practices
Waste materials disposed incorrectly
Surfacewater polluted by
Pollutants released directly into the water
Runoff from the ground
Soil
Use of certain fertilizers and pesticides
Industrial activity
Chemical spills
Types of soil
Sediment
Subsoil
Topsoil
Types
In-Situ
Ex-Situ
Technologies and methods
Depend on the type, the extent of the pollution and the place.
Site assesesment and mapping
To determinate
Types of contaminants and its location
Technologies to implement
Any potential hazards to the workers
Environmental impact
Pollution impact on the local comunity
Potential costs and needed resources
Overall size
Soil vapor extraxtion
Purifies the soil and groundwater at the same time
Air or steam is injected into the ground by a system of blowers and injection wells.
The vapors are then extracted and treated as necessary.
Is used to treat a variety of contaminants, especially petroleum products.
Oxidation
Use strong oxidants, which increase oxygen content of the soil or ground water
Chemical oxidant such as hydrogen peroxide is pumped into the ground
Enhancing the growth and other microbes, which help to break down certain types of chemical pollution.
Stabilization
Uses materials that react chemically with contaminants
Alter the makeup of the contaminant
Make it either less hazardous, easier to contain or remove by binding with contaminants and preventing their spread
Is often used on sites that are contaminated with heavy metals such as arsenic and mercury
Solidification
Adding materials to a site that bind to certain contaminant
Doesn't remove the contaminants from the environment,
Prevents the contamination from spreading to a wider area or from potentially contaminating groundwater.
Pump and treat
Involves
Pumping contaminated groundwater out of the ground and purifying it before returning it to the ground
Through
Activated carbon
Various types of filters
Biological agents
Air stripping
Excavation and dredging
Removing contaminated soil or other material from a site
Hauling the soil away and replacing it with uncontaminated soil
Aeration
Circulation of air through a substance
Bioremediation
Use of microorganisms to remove pollutants from the soil or water
May be fungi, bacteria or certain plant species
Less costs
Takes more time to fully decontaminate a site
Dredging
Is the removal of underwater sediments
Medienanhänge
576eb8f3-47a6-4375-8b4d-50cec8b9aeca (image/jpg)
8d0afcdf-7ff5-4b5c-a81f-fa53fb669fe3 (image/jpg)
6a74d51a-9486-4bc1-b926-31bb17f1f243 (image/jpg)
0881988e-64fd-439a-833c-e50701901329 (image/jpg)
67e18938-e4da-457f-bdeb-0eefa027f5a9 (image/jpg)
c81ed695-c0db-448c-8bb7-4743194233d4 (image/jpg)
d74a979a-e6d3-466f-834c-a8c8ac31e617 (image/jpg)
3c9a37d8-4c83-4516-9c8a-1941520e9620 (image/jpg)
1f38b0ae-623e-47ee-9cc1-1797a6f50006 (image/jpg)
054d5d6f-6856-4fb7-9e2f-6e718a006867 (image/jpg)
1785018c-e5dc-43a0-85e3-622a38132e20 (image/jpg)
c93a1f2e-5231-45d3-a439-8940c3e32917 (image/jpg)
Zusammenfassung anzeigen
Zusammenfassung ausblenden
Möchten Sie
kostenlos
Ihre eigenen
Mindmaps
mit GoConqr erstellen?
Mehr erfahren
.
ähnlicher Inhalt
INGENIERIA DE MATERIALES
Ricardo Álvarez
Elementos Básicos de Ingeniería Ambiental
Evilus Rada
Historia de la Ingeniería
Camila González
Introducción a la Ingeniería de Software
David Pacheco Ji
UNIDAD II DIBUJO PROYECTIVO
anyimartinezrued
GENERALIDADES DE LAS EDIFICACIONES
yessi.marenco17
MAPA MENTAL SOFTWARE APLICADOS EN INGENIERÍA CIVIL
Ruben Dario Acosta P
Estado de la ingenería mecánica y su perspectiva a futuro
Roberto Martinez
MAPA CONCEPTUAL SOBRE LA INICIATIVA CDIO
Victor Antonio Rodriguez Castañeda
Características de la Pitahaya y su potencial de uso en la industria alimentaria
Héctor Infanzón
las conicas en la vida cotidiana
Arturo Rosales
Bibliothek durchsuchen