Carbon management services

Northmore Gordon describes carbon accounting, reduction planning, project assessment and environmental-certificate advice as parts of its carbon-management work. Start with the decision and reporting boundary, then identify the data and evidence needed for that purpose.

Accounting and reporting

Services described on the original page include organisational Scope 1 and 2 inventories, material Scope 3 assessment, product footprints and reporting support. Define the entity, facilities, activities, reporting period, methodology and data limitations before using a result. NGER, sustainability disclosures and voluntary claims have different obligations; assess each separately.

Reduction and investment planning

Northmore Gordon's source page describes energy-efficiency opportunities, on-site renewables, electricity and gas procurement options, abatement cost curves, targets and capital planning. Separate physical reductions from renewable-electricity attributes and carbon credits. Check any grant or certificate pathway under current rules before including proceeds in a business case.

Climate Active transition

The original page promotes new Climate Active certification. The Australian Government's 24 July 2026 notice says certification of voluntary climate claims through the program will end; 30 June 2027 is proposed after a transition period. It says the brand, trade marks, consultant register, website and current Carbon Neutral standards will be discontinued. Check current administrator guidance for an existing participant or any new claim. Voluntary certification does not replace mandatory reporting.

See Climate Active transition guidance, carbon advisory, net-zero planning and contact Northmore Gordon with the decision, entity, reporting period and available data.

What is the difference between a carbon-management diagnostic and a full emissions inventory?

A carbon-management diagnostic is a two-hour workshop that clarifies organizational strengths, gaps, and next steps, producing a prioritized action list with owners and decision dates. It establishes the starting position but should not be represented as a completed inventory, comprehensive compliance review, or verified reduction plan. A full emissions inventory is a documented baseline record quantifying greenhouse gas emissions across defined boundaries and reporting periods, typically covering Scope 1, 2, and 3 emissions. The diagnostic identifies what needs to be done; the inventory provides the detailed measurement foundation for decision-making and reporting compliance.

How should organizations separate physical energy reductions from purchased environmental attributes in their carbon strategy?

Physical reductions (such as equipment efficiency improvements or operational changes) and contractual attributes (renewable electricity certificates, carbon offsets) must be tracked separately in the emissions inventory and transition workplan. Do not subtract purchased offsets from an emissions inventory without applying the relevant reporting framework correctly. Renewable electricity attributes support Scope 2 accounting under GHG Protocol guidance but do not eliminate Scope 1 or Scope 3 emissions. A credible carbon strategy identifies which reduction opportunities are physical changes and which rely on contractual instruments, ensuring each receives appropriate evidence, ownership, and verification.

What must be established before selecting renewable energy certificates or carbon offsets for procurement?

Before procurement, establish the intended claim and reporting framework. For renewable electricity, confirm the applicable standard, contractual instrument type, ownership, and retirement evidence. Verify that the organization's consumption period, electricity volumes, site locations, and reporting boundary align with the certificate attributes. Understand that a renewable-electricity attribute is not the same as a carbon offset or physical energy reduction. Different instruments—energy-efficiency certificates, renewable-energy attributes, and carbon credits—serve different accounting purposes and have distinct eligibility and quality criteria. Only after clarifying the claim can you select appropriate instruments and procurement strategy.

What role does a boundary statement play in carbon reporting accuracy?

A boundary statement is a formal description documenting the entities or activities included, reporting period, accounting framework, data sources, exclusions, and the type of result being reported. It clarifies whether a result is an inventory total, a project reduction, or an instrument purchased to support a claim. Different outputs—a product footprint, corporate inventory, and facility compliance report—can use overlapping data but have different boundaries. Writing down the boundary before selecting data or making a claim prevents ambiguity and ensures calculations are reproducible. This documented boundary forms the foundation for credible environmental claims and regulatory compliance.

How does Northmore Gordon's six-stage delivery approach connect carbon assessment to ongoing performance?

Our approach moves from Assess (identifying opportunities and evidence gaps) through Build the Case (technical and commercial viability), Capture Value (funding and certificate pathways), Deliver (implementation and verification), Procure (renewable instrument and offset due diligence), to Perform (reporting, energy management, and multi-site expansion). Each stage supports specific decisions and carries evidence forward to the next phase. The approach recognizes that funding and measurement decisions often need consideration before procurement or installation, ensuring scheme eligibility is checked at relevant stages and outcomes are tracked separately from forecasts throughout the project lifecycle.

What data gaps or uncertainties should be documented in a product footprint assessment?

In product footprint work, document the production boundary, system boundary, unit of comparison, data period, and available evidence before beginning analysis. Where supplier information is incomplete or material assumptions exist, explicitly document the uncertainty rather than presenting an unsupported precise result. Identify shared processes and utilities and explain their relationship to the product. Data gaps must be identified, documented, and handled through agreed methodology—for example, using industry averages or proxy data with clear disclosure. This transparency allows stakeholders to understand result limitations and supports credible product-level carbon claims that withstand scrutiny and customer verification.

When should project timing be assessed relative to environmental certificate eligibility?

Project timing must be assessed early, before binding commitments are made. Identify specific dates for feasibility approval, final investment decision, purchase or lease commitment, installation, commissioning, and normal operation. For ACCU projects, certain investment and asset commitments can trigger 'newness' implications before registration, with method-specific exceptions. Funding and measurement questions must be raised while the project is still being scoped. Do not manufacture earlier records if work has begun; instead, assemble the real chronology and determine whether the applicable pathway remains available. A certificate specialist should check scheme and activity requirements at the relevant stage to preserve eligibility options.

How should organizations distinguish between NGER, Safeguard, and sustainability reporting obligations?

NGER assesses greenhouse gas and energy reporting based on facility thresholds (25,000 tonnes CO2-e or 100 TJ) and corporate thresholds (50,000 tonnes or 200 TJ). Safeguard Mechanism covers responsible emitters of facilities exceeding 100,000 tonnes CO2-e of covered emissions per year and measures net emissions against a baseline—not the same as total Scope 1–3 footprint. Mandatory sustainability reporting (ASRS) links to Chapter 2M financial obligations with entity-size, emissions, and asset tests. These are separate frameworks with different thresholds, deadlines, and applicability criteria. Use a shared data map with separate outputs for each reporting requirement, documenting how boundaries and methods align or differ between frameworks to avoid error and duplication.

Images on This Page