Umberto is a software application for modeling, analyzing, and visualizing material and energy flows within products, processes, and organizations. It supports environmental assessment methods such as life cycle assessment (LCA) and material flow analysis (MFA). The software enables users to create graphical models of production systems and value chains. These models represent inputs, outputs, and transformations of materials and energy. Based on structured data, Umberto calculates environmental indicators and resource efficiency metrics. Umberto supports detailed analysis of environmental impacts across different life cycle stages. It can be used to identify inefficiencies, quantify emissions, evaluate alternative process designs, and document environmental performance. The solution is designed for sustainability professionals, environmental analysts, researchers, and organizations that require transparent and reproducible environmental modeling.

Key Features

Graphical System Modeling Creates visual representations of material and energy flows.

• Process and network modeling
• Flow diagram creation
• Structured system boundaries

Material Flow Analysis (MFA) Quantifies physical flows within defined systems.

• Input-output balancing
• Mass and energy tracking
• Resource efficiency evaluation

Life Cycle Assessment (LCA) Calculates environmental impacts across product life cycles.

• Multi-stage life cycle modeling
• Impact category calculation
• Standard-based assessment methods

Scenario and Variant Analysis Compares alternative system configurations.

• Process modification comparison
• Sensitivity analysis
• Performance benchmarking

Data Management and Calculation Engine Processes structured environmental and process data.

• Parameterized modeling
• Integrated calculation routines
• Result aggregation

Visualization and Reporting Presents analytical results in structured formats.

• Charts and flow diagrams
• Environmental performance reports
• Exportable result formats

Benefits

Transparent Environmental Modeling Provides traceable representation of processes and flows.

• Visualized system structures
• Documented calculation logic
• Reproducible results

Identification of Resource Inefficiencies Highlights material and energy losses.

• Mass balance validation
• Emission source identification
• Process optimization support

Support for Sustainability Decision-Making Enables quantitative comparison of alternatives.

• Impact-based evaluation
• Data-driven process improvement
• Structured scenario comparison

Regulatory and Reporting Support Facilitates structured environmental documentation.

• Standard-compliant assessments
• Audit-ready calculations
• Clear result presentation

Research and Educational Applicability Suitable for academic and professional analysis.

• Flexible modeling framework
• Detailed methodological control
• Adaptable system configurations