Keyphrases
Colombia
100%
Geothermal Gradient
95%
High Organic Content
95%
Tailings Disposal
95%
Colombians
95%
Landfill
95%
Modern Technologies
47%
Tailings Management
47%
Mining Waste
47%
Municipal Solid Waste
36%
Submarine Tailings Disposal
23%
Mining Waste Management
23%
Submarine
23%
Waste Disposal Facilities
23%
Regulatory Environment
23%
Skilled Professional
23%
Piggyback
23%
Paste Backfilling
23%
Large-scale Mining
23%
Regulatory Aspects
23%
Filtration
23%
Technological Environment
23%
Mining Project
23%
Technical Literature
23%
Technical Aspects
23%
Municipal Solid Waste Landfill
18%
Piezometer
18%
Recoverable Energy
13%
Organic Content
13%
Shallow Geothermal Energy
9%
Waste Organics
9%
Landfill Cell
9%
Generation Function
9%
Heat Generation
9%
North America
9%
Organic Matter
9%
Volumetric Method
9%
Organic Fraction
9%
INIS
tailings
95%
landfills
95%
mining
95%
geothermal gradients
95%
colombia
80%
management
57%
solid wastes
44%
submarines
38%
implementation
26%
heat
25%
waste management
19%
waste disposal
19%
wastes
19%
comparative evaluations
19%
filtration
19%
regulations
19%
backfilling
19%
environment
19%
zones
18%
values
14%
geothermal energy
14%
modeling
11%
closures
11%
organic matter
7%
extraction
7%
calibration
7%
peaks
7%
biodegradation
7%
volumetric analysis
7%
temperature measurement
7%
data
7%
recovery
7%
volume
7%
income
7%
density
7%
Engineering
Organic Content
95%
Municipal Solid Waste
95%
Piezometer
31%
Geothermal Energy
31%
Heat Generation
23%
Measured Temperature
15%
Geothermal Technology
7%
Leaching
7%
Cross Section
7%
Model Calibration
7%
Biogas
7%
Operational Condition
7%
Two Dimensional
7%
Biodegradation
7%
Finite Element Modeling
7%
Ground Source Heat Pump
7%
Recoverable Heat
7%
Biodegradation Process
7%
Heat Capacity
7%
Biochemicals
7%
Thermistor
7%
Thermal Conductivity
7%
Porosity
7%
Additional Data
7%
Exchanger
7%
Potential Energy
7%
Disposal Facility
7%
Calculated Temperature
7%
Heat Production
7%
Numerical Model
7%
Heat Recovery
7%
Comsol Multiphysics
7%
Independent Parameter
7%