GHG Protocol · ESRS E1 · Logistics

Scope 3 Emissions Estimator
for Logistics

Estimate Scope 3 emissions for logistics entities. Subcontracted transport (Category 4), fuel and energy supply chain emissions (Category 3), and purchased vehicles and equipment (Category 2) carry the largest Scope 3 weight for hauliers, freight forwarders, and warehouse operators.

GHG PROTOCOL · LIVEv2026.04ESRS E1 · IFRS S2

Scope 3 emissions, documented.
Not just estimated.

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scope3.conf
categories.csv
README.md
01// engagement— GHG Protocol Ch. 3
02entity_name=
03reporting_period=
04currency=
05sector=
08// scope_3_categories— GHG Protocol Table 5.1
09selected=none
★ = typically material for All sectors (median). Missed: cat. 1, 2, 4, 6, 7.
27// materiality_and_exclusions— GHG Ch.6 · ESRS 1.133
Relevance tests performed for each Scope 3 category (GHG Ch.6):
28
29
30
31
32
33
35exclusion.rationale=
Materiality + exclusions (GHG Ch.6 + ESRS 1.133)
38// data_quality_and_sources— GHG Ch.7 · data hierarchy
Data-quality hierarchy applied:
39
40
41
42
43
44
45data_sources.narrative=
Data quality + sources (GHG Ch.7)
48// intensity_metrics— GHG Ch.9 · ESRS E1-5
49revenue_millions_eur=MEUR
50num_employees=FTE
51prior_year_scope3=tCO2e
52scope1_total=tCO2e
53scope2_total=tCO2e
Intensity metrics (GHG Ch.9 / ESRS E1-5)
56// sector_benchmark— CDP 2023 median · tCO2e/M€
Enter revenue (above) to compare against the All sectors (median) sector median (120 tCO2e/M€).
Sector benchmark · CDP 2023 median
60// sensitivity— ±25% total emissions
Enter activity data to see sensitivity analysis.
Sensitivity · ±25% scenarios
65// risk_warnings— ISSA 5000 / ISAE 3410 · rule engine
Enter activity data to run risk analysis.
Risk warnings · rule engine (ISSA 5000)
70// disclosure_and_conclusion— IFRS S2.29 · ESRS E1-6
Tick disclosure items addressed in FS / sustainability report:
71IFRS S2.29(a)(iii) · ESRS E1-6
72ESRS E1-6(58)
73IFRS S2.29(a)(iv) · ESRS E1-6(62)
74ESRS E1-6(63)
75GHG Protocol Ch.6 · ESRS E1-6(57)
76ESRS E1.45
77ESRS E1-6(54)
78ESRS 1.89
79ESRS E1-4
80ESRS E1-1
81ESRS 1.81
82ESRS 1.133
84prepared_by=
85reviewed_by=
99conclusion.narrative=
Disclosure + conclusion · IFRS S2.29 + ESRS E1-6
awaiting input·0 categories · 2 fieldsEUR·ESRS E1 · IFRS S2
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Scope 3 emissions estimation for Logistics

Logistics companies occupy an unusual position in Scope 3 accounting. A haulier that operates its own fleet reports fuel combustion as Scope 1, making its direct emissions proportionally large compared to most service industries. But the Scope 3 profile remains significant and is often underestimated. Category 3 (fuel and energy related activities not included in Scope 1 or 2) captures the upstream well-to-tank emissions from diesel, petrol, LNG, or electricity used by the fleet. For diesel, well-to-tank emissions add approximately 20% to the tailpipe (Scope 1) emission factor. Category 1 (purchased goods and services) includes maintenance parts, tyres, packaging materials, and office procurement. Category 2 (capital goods) covers vehicle purchases, warehouse construction, and material handling equipment, all of which carry embodied carbon from manufacturing. For freight forwarders that do not own vehicles but subcontract to carriers, Category 4 (upstream transportation purchased as a service) becomes the dominant Scope 3 category and may represent the majority of the entity's total emissions.

The freight forwarding model creates a distinctive reporting challenge. A forwarder that arranges transport through subcontracted road hauliers, shipping lines, and airlines does not combust any fuel directly. All transport emissions sit in Scope 3 Category 4. The Global Logistics Emissions Council (GLEC) Framework, now adopted as ISO 14083 (Quantification and reporting of greenhouse gas emissions arising from transport chain operations), provides the standard methodology for calculating these emissions. ISO 14083 defines transport chain categories (road, rail, sea, air, inland waterway) and specifies emission factors for each mode based on vehicle type, load factor, and fuel type. For logistics companies reporting under CSRD, aligning Scope 3 Category 4 calculations with ISO 14083 provides a defensible methodology that assurance providers recognise. Category 8 (upstream leased assets) is relevant for logistics companies that lease warehouse space, cross-dock facilities, or vehicle fleets under operating lease arrangements. The energy consumption of leased warehouses is a Scope 3 emission unless the logistics company procures the energy directly.

Assurance providers examining logistics Scope 3 disclosures frequently find that freight forwarders report only their office-based Scope 1 and Scope 2 emissions and either omit or drastically understate Category 4 subcontracted transport. A forwarder handling 500,000 shipments per year generates Category 4 emissions in the tens of thousands of tonnes CO2e, which dwarfs its office emissions of perhaps 500 to 1,000 tonnes. Another finding is inconsistent use of emission factors for the same transport mode. The emission factor for a fully loaded 40-tonne articulated truck (approximately 0.025 kg CO2e per tonne-km) differs substantially from a partly loaded van (approximately 0.2 kg CO2e per tonne-km), and applying an average road transport factor without differentiating by vehicle type and load factor introduces errors of 50% or more. Warehouse energy data is sometimes missing for leased facilities where the landlord pays the energy bills and does not provide consumption data to the tenant.

For logistics entities using this estimator, classify your operations first. If you operate your own fleet, your fuel combustion is Scope 1, and your key Scope 3 categories are Category 3 (well-to-tank), Category 1 (purchased goods), and Category 2 (capital goods). If you subcontract transport, Category 4 is your primary Scope 3 category. For Category 4, collect shipment data (origin, destination, weight, transport mode) and calculate using ISO 14083 / GLEC Framework emission factors. Request carrier-specific emission data through GLEC-accredited carriers or Smart Freight Centre's tools. For well-to-tank emissions (Category 3), apply the appropriate upstream emission factor for your fuel type (DEFRA publishes WTT factors alongside combustion factors). For capital goods, estimate using the vehicle manufacturer's lifecycle assessment data or generic manufacturing emission factors per tonne of vehicle weight. For leased warehouses, obtain energy consumption data from the landlord or estimate using CIBSE or similar benchmarks for warehouse energy intensity per square metre.

Frequently asked questions: Logistics

How should a freight forwarder estimate Category 4 emissions for subcontracted transport?
Use the ISO 14083 / GLEC Framework methodology. For each shipment, record the transport mode, origin, destination, and shipment weight. Calculate the distance (great circle for air and sea, route distance for road and rail), then apply the ISO 14083 default emission factor for the vehicle or vessel type and load factor. Where your carrier provides GLEC-accredited emission data per shipment, use that in preference to default factors. Aggregate across all shipments for the reporting period. For multimodal shipments, calculate each leg separately and sum.
What is the difference between Scope 1 and Scope 3 for a logistics company that operates its own fleet?
Fuel burned in vehicles you own or operationally control is Scope 1. The upstream emissions from extracting, refining, and distributing that fuel are Scope 3 Category 3 (well-to-tank). For diesel, the WTT emission factor is approximately 0.61 kg CO2e per litre, compared to the combustion factor of 2.68 kg CO2e per litre. Together they give the full lifecycle emission of approximately 3.29 kg CO2e per litre. If you subcontract any transport legs to third-party carriers, those carriers' emissions are your Scope 3 Category 4.
How do electric vehicles affect logistics Scope 3?
Electric vehicles shift emissions from Scope 1 (no tailpipe combustion) to Scope 2 (electricity consumption) and Scope 3 Category 2 (higher embodied carbon in battery manufacturing). The battery production emission factor for a lithium-ion battery is approximately 50 to 80 kg CO2e per kWh of battery capacity, depending on the manufacturing location. A battery-electric truck with a 300 kWh battery carries approximately 15,000 to 24,000 kg CO2e in embodied battery emissions alone. Over the vehicle's lifetime, total lifecycle emissions are typically 40% to 60% lower than diesel equivalents in countries with low-carbon grids, but higher in countries with coal-heavy grids.
Should logistics companies include customer emissions from product use in Scope 3?
Category 11 (use of sold products) is generally not applicable to logistics companies because the "product" sold is a transport service, not a physical good. The emissions from performing the service are captured in Scope 1 (own fleet) or Category 4 (subcontracted). However, if a logistics company sells or leases packaging (reusable containers, pallets), the use-phase emissions of that packaging may be material. For most logistics companies, Category 11 can be excluded with a documented screening rationale.

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