Sustainable Freight Procurement Through Backhaul Optimisation

Why Scope 3 Freight Emissions Are Now a Business Priority

For Indian enterprises, Scope 3 emissions — the indirect emissions from your supply chain, including freight transport — are moving from a CSR footnote to a board-level issue.

Three forces are driving this:

Regulatory pressure: SEBI's BRSR (Business Responsibility and Sustainability Reporting) framework now requires listed Indian companies to disclose supply chain emissions. Voluntary disclosure is becoming mandatory.

Customer and procurement requirements: Global MNCs sourcing from Indian suppliers increasingly impose Scope 3 emission targets as contract conditions. Meeting these targets is becoming a prerequisite for enterprise B2B relationships.

CDP and ESG investor scrutiny: Indian companies seeking international capital face CDP questionnaires that specifically probe Scope 3 freight emissions. Poor scores affect cost of capital.

For most Indian enterprises, road freight is the single largest Scope 3 emission category. And the fastest way to reduce it doesn't require buying a single EV.

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Why Electrification Is Not the Primary Near-Term Strategy

Electric trucks for highway freight in India are real — but they are a long-term play. The infrastructure constraints are significant:

Fast-charging infrastructure on national highways is sparse outside a handful of corridors

Battery range for loaded 32T multi-axle trucks is still limited for 600km+ runs

Total cost of ownership for EV heavy trucks remains higher than diesel at current Indian electricity rates

Fleet replacement cycles mean the transition will take 8-12 years at scale

For a company with a Scope 3 target in 2026-2028, electrification is not the primary answer. Eliminating empty miles is.

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The Backhaul Optimisation Thesis: Eliminate, Don't Replace

The cleanest emission reduction is the trip that doesn't happen.

Every time a truck runs a 400km empty leg, it burns approximately 120 litres of diesel and emits approximately 320 kg of CO2. That leg exists not because anyone needs it — it exists because no one filled the truck.

Backhaul optimisation fills that truck. The empty leg is replaced by a paying outbound shipment. The fuel is still burned, but now it's attributed to a productive movement — and a second, empty truck trip that would have been needed from the origin point is eliminated entirely.

The net effect: one load moved, one empty truck trip eliminated, total fleet km reduced, Scope 3 emissions down.

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How Intugine Discover Enables Auditable Emission Reduction

Intugine Discover tracks 7M+ trucks and 25L+ active vehicles via FASTag and GPS. For every backhaul booking made through the platform:

The avoided empty km is calculated (origin-to-origin distance the truck would have dead-run)

Fuel equivalent is computed (km x vehicle class fuel consumption rate)

CO2 avoided is calculated (fuel litres x 2.68 kg CO2/litre)

The metric is stored against the booking record, attributed to the lane and date

This produces an auditable, lane-specific avoided emission metric — not an estimate based on industry averages, but a calculated figure from actual trip data.

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Emission Reduction by Corridor Type

Based on ~0.3L/km avg diesel consumption for loaded multi-axle trucks and 2.68 kg CO2 per litre.

For an enterprise eliminating 200 medium-haul empty legs per month across major corridors: ~672 tonnes CO2 avoided annually — without changing a single vehicle.

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The Dual ROI Case: Financial + Carbon

Backhaul optimisation is the rare sustainability initiative that pays for itself:

Financial ROI: Each backhaul booking costs 15-25% less than standard spot freight. At 100 bookings/month and Rs 1,500 avg saving per booking, that's Rs 18 lakhs/year in freight cost reduction.

Carbon ROI: 100 medium-haul backhaul trips/month eliminates 337 tonnes of CO2/year from your Scope 3 inventory.

For the ESG report, the narrative is clean: 'We reduced our freight Scope 3 emissions by X tonnes this year through systematic backhaul utilisation — while simultaneously reducing freight procurement costs by Rs Y lakhs. The programme is self-funding.'

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Reporting Framework Alignment

GHG Protocol: Avoided empty km maps to Scope 3 Category 4 (upstream transportation and distribution) or Category 9 (downstream transportation and distribution), depending on load type.

CDP: The avoided emission metric can be reported under CDP Supply Chain questionnaire, transport emissions section.

BRSR: Reportable under Principle 6 (Environment) — initiatives to reduce Scope 3 value chain emissions.

Intugine provides a quarterly emission reduction report per lane, formatted for direct input into standard sustainability reporting templates.