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Risk Management resize - Coggle Diagram
Risk Management
Environmental risk analysis
Introduction
which is used for
Identify
Assess
Mitigate potential impacts
Risk assessment
Stages
Hazard identification
Hazard Characterization
Exposure assessment
Hazard Identification
Examples
Hazardous chemicals
Natural events
Air, water and soil pollution
Climate change
Exposure estimation
Some common routes
Inhalation exposure
Exposure by ingestion
Dermal exposure
Risk characterization
The next steps are
Probability Assessment
Evaluation of the effects
Quantitative risk characterization
Qualitative risk characterization
Life cycle analysis
Life Cycle Analysis (LCA)
The following general steps are followed
Definition of the objective and scope
Data Inventory
Impact evaluation
Interpretation of results
ISO 14040 and 14044 standards
Some key points of ISO 14040 include
Definition of the objective and scope of the stroke study.
Identification of the stages of the life cycle to consider.
Collection of data relevant to the life cycle inventory
Some key aspects of ISO 14044 include
Definition of the objective and scope of the stroke study.
Data collection for life cycle inventory, including sampling methods and inventory calculation
ISO standards
Some of the most relevant standards in this series are
ISO 14001
ISO 14004
ISO 14006
ISO 14020 to ISO 14025
Phases of Life Cycle Analysis
The four phases
Definition of objectives and scope
Inventory analysis
Impact evaluation
Interpretation of results
Inventory analysis
Impact Assessment
Seek to understand and quantify
Climate change
resource depletion
The toxicity
acidification
Interpretation
Some key aspects
Analysis of results
Identification of areas for improvement
Uncertainty and sensitivity analysis
Life Cycle Impact Assessment
The key aspects
Impact categories
climate change
Acidification
Eutrophication
Toxicity
Evaluation models and methods
Impact characterization
Normalization and weighting
Inventory analysis
Common steps
Defining system boundaries
Input and output data collection
Quantification of flows
Environmental Impact Assessment Methods
Impact Assessment
Some of the commonly used methods include
Life Cycle Analysis based on impact characterization
Life Cycle Analysis based on the benchmark approach
Life Cycle Analysis based on the cause-effect method
Interpretation
Some key aspects
Analysis of results
Identification of areas for improvement
Uncertainty analysis
Communication of results
decision making
Inventory analysis
Common steps
Definition of system limits
Input and output data collection
Quantification of flows
relevant units of measurement
like tons
liters
kilowatt-hours
Data normalization and aggregation
Calculation of mass and energy balances
Life Cycle Impact Assessment
The key aspects
Impact categories
Evaluation models and methods
Impact characterization
Normalization and weighting.
