Near-Term vs Net-Zero SBTi Targets: How to sequence Scope 3 ambition

SBTI
Alex Rudnicki
,

COO

5 min read
Table of contents

Howden manages Scope 3 PG&S emissions across 55 countries with DitchCarbon.

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TL;DR

Use near term targets (5 to 10 years) to build momentum, data quality, and governance. Use net zero targets (mid-century) to shape portfolios, contracts, and product design. Sequence Scope 3 by (1) covering the map quickly, (2) upgrading methods where material, (3) locking supplier engagement and initiative pipelines, and (4) aligning with FLAG if land-sector emissions matter.

1) Near-Term vs Net Zero: What Each Is For

Dimension Near-term SBTi target Net-zero SBTi target
Time horizonTypically 5 to 10 yearsBy ~2050 (sector-dependent interim markers)
PurposeImmediate, measurable decline and capability-buildingFull value-chain decarbonisation to residuals with high-integrity neutralisation
Scope 3 roleCoverage of most emissions, with upgrade path to higher-quality dataTransform upstream/downstream systems; redesign products, contracts, and capital plans
Data expectationAccepts mix of spend/activity/supplier data with clear roadmapRelies increasingly on supplier specific and verified initiative impacts
FLAGOptional unless materialRequired if land-sector emissions are material

2) A Simple Sequencing Model

  1. Map & baseline: Establish Scopes 1 to 3 baseline, coverage of relevant categories, and a version locked factor pack.
  2. Target & track: Set a near term target (absolute or intensity) and, where helpful, a supplier engagement target.
  3. Upgrade & abate: Move hot-spots from spend to activity to supplier specific; stand up a reduction initiative pipeline.
  4. Design for net zero: Bake emissions into product, sourcing, and finance decisions; plan residuals and neutralisation guardrails.
  5. Align with FLAG (if relevant): Separate land-sector inventory and targets; manage land-use levers independently.

3) Choose Your Near Term Mechanics (Templates)

Absolute:

[list], [X%], [YYYY], [YYYY], [≥ two-thirds]

Intensity:

tCO₂e per [metric], [X%], [YYYY]

Supplier engagement:

[YYYY], [≥X%], [1 and/or 4], SBTi aligned targets

4) Translating Near Term Momentum Into Net Zero Readiness

Capability Near-term focus Net-zero requirement
Data qualityCoverage and upgrade planSupplier specific factors; product & plant granularity
GovernanceRecalculation policy; QA & auditsIntegrated into capex, contracts, and M&A due diligence
Supply strategyPrioritise hot-spot suppliersContract for low-carbon inputs; shift to verified initiatives
ProductMeasure use-phaseRedesign duty cycles/materials; EPR & end-of-life programmes
FinanceOpex initiativesCapex for process changes; internal carbon pricing
DisclosureAnnual target trackingTransition plan with abatement curve and residuals strategy

5) Scope 3 Upgrade Ladder (Copy/Paste Tracker)

Category Current method Next method Prerequisites Owner Due
Cat.1 PG&SSABOMs for top SKUs
Cat.4 Upstream transportASSCarrier energy mix & lanes
Cat.11 Use of sold productsASSField performance data

S = Spend based, A = Activity based, SS = Supplier specific

6) FLAG Alignment (If Land-Sector Emissions Are Material)

What to do:

  • Build a separate FLAG inventory (land use change, forestry, agriculture).
  • Set FLAG near term and, where applicable, net zero targets alongside corporate targets.
  • Track land-sector levers (e.g., deforestation-free sourcing, agricultural practices, sequestration integrity).

FLAG worksheet (copy/paste) -

Lever Boundary Metric Baseline 2030 waypoint Evidence
Deforestation-free commoditiesCat.1% verified volumeCertifications/contracts
Agricultural practice shiftsCat.1tCO₂e/tonFarm programme MRV
Restoration/sequestrationOutside value chaintCO₂e/yr (neutralisation, long-lived)Standard & vintage

7) Waypoints & Pacing (Near Term to Net Zero)

Set practical waypoints that translate ambition into budgets and vendor plans:

Year KPI Target Notes
Y+1Coverage of Scope 3 (by emissions)≥ [two-thirds]Long-tail via spend; focus data upgrades on hot-spots
Y+2Supplier engagement coverage≥ [X%] of Cat.1/4 emissionsCommitment/validation tracking
Y+3Verified initiative impacts[tCO₂e] reduced/yrRecycled content, renewable energy, mode shift
Y+5Method upgrades[≥X%] of Scope 3 on activity/supplier specificLock factor vintages; evidence pack
2030Near-term outcome[X%] reduction vs. base yearUpdate for structural changes per policy
2040 to 2050Net-zeroResiduals only + high-integrity neutralisationAlign with sector pathway

8) Abatement Curve: Build It Once, Update Annually

Steps:

  1. List reduction levers (supplier, logistics, materials, product use, end-of-life).
  2. Estimate unit abatement potential and cost.
  3. Rank by cost per tCO₂e and feasibility.
  4. Fund and track delivery; update curve with realised data.

Abatement register (copy/paste) -

Lever Category Unit reduction Annual volume Potential (tCO₂e/yr) Cost ($/t) Status
Recycled content upCat.112.4 kgCO₂e/unit500,0006,20038In flight
Mode shift air to seaCat.41,900 per ton6,00011,40022Planned
Product efficiency +10%Cat.110.8 per unit-year3,000,0002,40015Pilot

9) Guardrails and Policies That Make Sequencing Work

  • Recalculation policy: Relative threshold 5 to 10% and absolute [X,000] tCO₂e for base year changes.
  • Double-count controls: Scope 3 Cat.3 vs Scope 1/2; Cat.1 vs Cat.2; Cat.4/9 vs internal logistics.
  • Certificates/MB electricity: Quality criteria (geography, vintage, additionality) and disclosure.
  • Vendor cohort freeze: Annual "as-of" date to compute supplier engagement coverage.
  • Version locking: Factor pack and methods memo stamped with version IDs.

10) Ready-to-Paste Statements

Near-term:

[list], [X%], [YYYY], [YYYY], [~two-thirds]

Net-zero:

[2050 or earlier]

Supplier engagement:

[YYYY], [≥X%], [1 and/or 4]

11) Common Pitfalls (and Fixes)

  • Over-reliance on spend factors: Use spend for coverage, but upgrade hot-spots to activity/supplier specific on a schedule.
  • No supplier cohort definition: Fix an annual freeze date and parent-grouping rules.
  • Ignoring use-phase: If Cat.11 is material, build duty cycles early and validate in the field.
  • FLAG omitted: If relevant, run a parallel FLAG track; don't blur land-sector levers with corporate targets.
  • One-and-done abatement: Keep a living curve; re-rank as prices and technologies change.

12) Implementation Checklist

  • Baseline and factor pack version locked
  • Near-term target and supplier engagement target approved
  • Upgrade ladder with owners and dates
  • Abatement register with costs and potential
  • FLAG inventory (if relevant) and targets
  • Recalculation policy & change log in place
  • Annual vendor cohort freeze date documented

How DitchCarbon Helps

  • Sequencing engine: Move from coverage to precision, rapidly map Scope 3, then upgrade hot-spots to activity and supplier specific data with clear owners and dates.
  • Supplier engagement tracking: Roll up emissions-weighted coverage, track Committed/Validated status, and maintain a cohort freeze with parent-grouping.
  • Abatement & initiative attribution: Record verified reductions (recycled content, renewable energy, mode shift, efficiency) and link them to your near term and net zero pathways.
  • Zero-survey data collection: Leverage integrations and existing operational datasets to avoid manual employee or supplier surveys wherever possible.
  • Governance built-in: Version-locked factor packs, recalculation thresholds, change logs, and reviewer-ready exports for SBTi submissions and assurance.

See the coverage on your own category register

Send us your supplier list and we will show you the coverage and the data quality behind each figure, so you can see which of your significant categories can be upgraded off spend-based data.

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