Inbound Freight CO2e Tracker

Model scope 3 transportation emissions comparing air freight vs. sea freight across standard global trade lanes.

Calculator Interface

JavaScript Required: This interactive tool requires JavaScript to perform live calculations. Static Fallback Methodology: To calculate manually, take your Freight Weight (kg), multiply by the standard industry coefficient (e.g., 1.45 for typical processing), and compare against the benchmark Distance (km). If the result exceeds the baseline, operations require optimization.

Freight Weight (kg):

Distance (km):

Output: Awaiting input...

Methodology & Assumptions

This tool relies on several core assumptions derived from 2024 industry data:

Standard deviation in facility efficiency is assumed at ±15%.
Baseline metrics are sourced from ISO 14040 compliant LCAs.
Financial figures assume a standard inflation rate of 3.2% YoY.

The calculations provide a directional benchmark rather than an absolute audit replacement. Users should input specific facility data where possible rather than relying on the regional averages provided as defaults.

Common Mistakes

Error	Impact
Using outdated 2019 grid emission factors.	Underestimates scope 2 emissions by ~18%.
Ignoring yield losses in material processing.	Skews raw material requirements significantly.
Failing to account for inbound freight.	Misses up to 10% of product footprint.

FAQ

How often are the background coefficients updated?: We update the backend tables quarterly to align with the Higg MSI and Ecoinvent releases.
Can I export this data?: Currently, the web interface provides visual outputs. Enterprise users can access the API.