What does Northmore Gordon do, and where should an energy or carbon project start?

We help industrial businesses, commercial buildings and utilities improve energy performance, reduce emissions and navigate environmental certificate opportunities. Its work connects engineering evidence with the commercial decisions required to move from an idea to an implemented and measured project. The right starting point depends on the decision in front of you. A business trying to explain rising energy costs may need an energy-use investigation or audit. A site planning electrification may need a renewable heat feasibility study and electrical-constraint review. An organisation approaching climate-reporting deadlines may need to establish its reporting boundary, emissions inventory and evidence gaps before developing a transition plan. A project seeking certificates or grant support needs eligibility and evidence reviewed before equipment is ordered or installed. We work across Australia and Singapore. To discuss a project, prepare a short brief covering the site, the decision required, the current project stage, the information already available and any fixed deadline, then contact Northmore Gordon.

Choose the right starting point

Situation	Useful starting scope	Information to prepare
Energy bills are high and the cause is unclear	Energy-use investigation or an appropriately scoped energy audit	Bills, interval data, operating hours, production records and known changes
A boiler, refrigeration plant, compressed-air system or other major utility may be underperforming	Utility benchmarking and targeted measurement	Equipment details, loads, controls, maintenance history and operating constraints
Gas use needs to fall	Renewable heat, heat-pump or electrification feasibility	Temperature requirements, process profiles, available heat sources and electrical constraints
Several projects are competing for capital	Feasibility studies, investment cases and a staged implementation plan	Opportunity register, quotes, dependencies, capital assumptions and decision criteria
Savings need to be demonstrated	Measurement and verification planning	Baseline data, project boundary, implementation dates and operating variables
Multiple sites need consistent oversight	Energy management, metering and monitoring scope	Site list, existing data systems, responsibilities and performance indicators
Climate reporting or customer disclosure is approaching	Applicability, inventory and evidence-readiness assessment	Legal entities, facilities, reporting period, current inventories and required framework
A project may create certificates or qualify for funding	Early scheme and evidence assessment	Location, technology, capacity, project stage, prior incentives and attribute ownership
Renewable electricity claims are being planned	Procurement strategy and environmental-attribute due diligence	Consumption boundary, markets, reporting period, instrument requirements and proposed claim

An engagement does not always need to begin with a broad audit. Existing evidence should be used where it is fit for the next decision. If an audit already identifies a credible opportunity, the next useful scope may be feasibility, a measurement plan or an investment case. If construction has begun, the first task is to establish the actual chronology and determine which pathways remain available.

Energy optimisation: find, justify and sustain improvements

Energy optimisation combines technical assessment, commercial evaluation, project delivery and ongoing performance management. The objective is not simply to produce a list of ideas. It is to determine which opportunities are practical for the site, what evidence supports them and what must happen next.

Energy audits matched to the decision

We provide Type 1, Type 2 and Type 3 energy audits aligned with Australian Government guidance. The depth should reflect the business question:

• Type 1 provides a basic overview and helps identify where further investigation may be worthwhile.
• Type 2 provides a more detailed assessment with financial evaluation and is suited to prioritising a broader set of opportunities.
• Type 3 examines a major subsystem in greater detail and typically requires additional measurement. A useful audit defines its coverage, assumptions and evidence quality. Its opportunity register should identify the affected system, estimated energy effect, implementation dependencies, financial basis and next decision point. An audit is not a commitment to install equipment, and an estimate from an audit is not the same as a verified operating result.

Benchmarking, diagnostics and metering

Utility benchmarking compares systems such as boilers, refrigeration and compressed air against relevant performance measures. Energy-use investigations can combine bills, interval data, production information and operating history to explain changes in consumption and cost. Where the available data cannot answer the question, a metering and monitoring plan can specify instruments, measurement intervals, quality checks and data ownership. Planning measurement before implementation is especially important when later savings verification or certificate evidence may depend on a reliable baseline.

Feasibility, electrification and renewable heat

Feasibility studies refine an opportunity before a capital commitment. For renewable heat and electrification, the assessment can consider process temperatures, load profiles, available waste heat, heat-pump options, network capacity, electrical upgrades, operating constraints and implementation dependencies. The business case should keep different value streams separate. Energy savings, tariff effects, maintenance benefits, grant support and certificate revenue may all influence a decision, but each has its own assumptions and certainty. A resilient investment case shows the result with and without conditional funding or unconfirmed certificate value.

Measurement and verification

Measurement and verification establishes what changed after implementation. It defines the project boundary, selects a baseline method, accounts for relevant operating variables and reports the calculated savings transparently. The central comparison is between measured post-project use and a credible estimate of what energy use would have been without the project under comparable conditions. This is different from repeating a feasibility forecast. The measurement approach, required data and responsibilities should be agreed before installation whenever possible.

Carbon advisory: turn reporting information into a transition plan

Our carbon advisory work connects emissions data with engineering, procurement and investment decisions. Services include diagnostic workshops, Scope 1, 2 and 3 inventories, reporting support, opportunity assessment, transition planning, climate-risk and scenario inputs, and environmental-attribute due diligence.

Establish the boundary and purpose first

A corporate inventory, facility compliance report and product footprint can use overlapping data while answering different questions. The legal entities, facilities, reporting period, framework, audience and intended claim should be defined before calculations are assembled. An emissions inventory provides a baseline and reporting record. It does not itself reduce emissions. Physical projects, operating changes, renewable electricity procurement and offset decisions require separate action and should remain distinguishable in reporting.

Australian reporting and compliance support

Different reporting frameworks have different tests and deadlines. They should not be combined into one generic obligation.

• NGER assesses corporate groups and facilities against greenhouse-gas and energy thresholds, with corporate structure and operational control central to the assessment.

• The Safeguard Mechanism is a separate framework for covered facilities and compares relevant net emissions with the applicable baseline.

• The National Pollutant Inventory covers specified substances and transfers and has separate applicability and timing.

• Australian Sustainability Reporting Standards introduce phased sustainability-reporting duties. Readiness can include entity and period assessment, inventory evidence, transition planning, climate-risk inputs, financial implications and traceable disclosure support.

• NSW Climate Change Mitigation and Adaptation Plans create specific planning and reporting requirements for applicable licensed premises. Applicability must be confirmed against the current law, reporting period and organisation facts. A useful readiness exercise identifies what evidence exists, where it is held, which estimates are being used and what must be resolved before review or assurance.

Build a transition pathway that can be managed

A transition plan should connect each opportunity to an owner, dependencies, capital requirements, operating assumptions, intended timing and evidence of progress. Physical emissions reductions should remain separate from renewable electricity attributes and carbon offsets so decision-makers can see what each action changes.

Environmental certificates: assess the pathway before the project starts

We support project registration, evidence development, certificate creation and trading, engineering assessment and commercial evaluation. Environmental instruments are governed by different schemes and cannot be treated as interchangeable.

Energy-efficiency certificates

Victoria's VEU program and the NSW Energy Savings Scheme use specific activities and calculation methods. Project-based methods may require baseline measurement, nomination and evidence to be established before implementation. The chosen method determines what records must exist, who can make the claim and how savings are calculated.

Renewable electricity instruments

Small-scale Technology Certificates, Large-scale Generation Certificates and Renewable Electricity Guarantee of Origin certificates apply to different pathways. Technology, capacity, timing, ownership and the intended claim all matter. Announced scheme changes should be checked against enacted rules before they are used in an investment case.

Australian Carbon Credit Units

An ACCU opportunity moves through distinct stages: method assessment, project registration, monitoring and reporting, unit issuance, and transfer or cancellation. An estimate of possible units is not an issuance. Registration timing, newness requirements, rights, consents and monitoring obligations should be examined before a project commitment is made.

Evidence, ownership and claims

Before relying on certificate value, establish the governing activity and document version, calculation basis, evidence responsibilities, ownership of environmental attributes and commercial treatment of any certificates. Gross indicative value should not be presented as the amount a customer will receive after delivery costs and agreed charges. Renewable electricity attributes, carbon credits and physical energy savings answer different accounting questions. A valid public statement depends on the applicable reporting framework, instrument quality, ownership, retirement evidence, beneficiary, period and allocation.

From assessment to sustained performance

Northmore Gordon organises its work into six connected stages. A project can enter at the stage appropriate to the evidence and decision already available.

1. Assess — identify opportunities and missing evidence through audits, benchmarking, forecasting, metering and investigation.
2. Build the Case — test technical and commercial viability through strategy, feasibility, renewable heat assessment and investment cases.
3. Capture Value — assess grants, environmental certificates and financing pathways that may support the project.
4. Deliver — coordinate approved work and establish how results will be measured and verified.
5. Procure — make energy, equipment and environmental-attribute purchasing decisions with the necessary evidence and due diligence.
6. Perform — sustain results through reporting, energy management, performance review and expansion across multiple sites. The stages preserve the evidence behind a decision. Baselines, assumptions, ownership, measurement boundaries and result status should carry forward as work progresses. Capital cost, operating savings, certificate proceeds and emissions outcomes should remain separately visible.

Sectors and operating environments

Our supplied experience covers industrial facilities, commercial buildings, food and beverage manufacturing, animal processing, aquaculture, water and wastewater utilities, and other energy-intensive operations. Industrial work may involve process heat, refrigeration, compressed air, cogeneration, biomass, electrification, solar and metering. Commercial-building work may involve HVAC, chillers, variable-speed drives, controls and building performance. Water-sector work can cover pumping, treatment, aeration, biogas, renewable generation, storage, energy management and staged emissions planning. The technical objective must remain connected to the site's operating requirements. Production, product quality, treatment outcomes, pumping duty, occupancy, reliability and asset availability can all constrain the practical solution.

Data, portfolio planning and renewable procurement

We supply moreData as a platform supporting energy and water data, performance analysis and reporting. Described capabilities include collecting data from meters, retailer bills, portals and control systems; energy and water balance views; performance indicators; opportunity analysis; solar and emissions-accounting support; procurement analysis; NGER reporting; and portfolio planning. The Net Zero Platform works with moreData for site and portfolio transition planning. The required modules, data integrations and available functionality should be confirmed for each deployment. moREnewable100 supports renewable electricity certificate procurement without requiring a change to existing electricity supply contracts. Procurement should define the consumption and reporting boundary, market, instrument type, generation location, vintage, ownership, retirement evidence, allocation and proposed public claim.

What published projects show

Our case studies illustrate the range of problems it has addressed. The figures below are company-reported project accounts and should be read with their stated measurement basis.

Project	Work described	Reported outcome or scale
Regional Victorian water corporation	Organisation-wide energy management and review of 14 high-energy sites from an estate of more than 250	More than 65 opportunities; reported 10% organisation-wide energy savings and over $500,000 in annual opportunities
GWMWater	Integrated energy strategy involving solar, battery storage and load optimisation across regional facilities	6.5 MW solar, 6.5 MWh battery storage and approximately $1.3 million reported annual savings
Aurora Place	HVAC, chiller and variable-speed-drive upgrades with certificate support	309,000 kWh reported annual savings and $46,000 reported certificate value
5G Networks	UPS upgrade, BMS and aisle partitioning	$85,000 reported certificate value, 335 tCO2-e annual abatement and approximately $50,000 operating savings
MainStream Aquaculture	Feasibility work for heat pumps and use of available waste heat	Approximately $113,000 forecast annual energy-bill savings
Kalafatis Fresh Produce	Certificate and measurement support for a 400 kW solar installation	Demonstrated the importance of baseline and inverter data when site conditions change
Greenham	Multi-site industrial decarbonisation work	Energy auditing, biomass, solar and cogeneration investigations with funding and certificate support
Nomad Coffee	Type 2 audit of a coffee roastery	Energy-use, tariff, short-term metering and production-intensity analysis

Historical examples demonstrate experience; they do not guarantee the same design, eligibility, savings or payback at another site. Forecast, identified, verified and issued results should always be labelled separately.

How to start an engagement

1. Define the decision

State what the organisation needs to decide and why it is needed now. Examples include selecting an audit scope, testing electrification, preparing a capital request, verifying savings, meeting a reporting deadline or checking a certificate pathway.

2. Identify the site and boundary

Provide the country, state, legal entity, facility or portfolio, relevant equipment and any operating boundary. For reporting work, identify the period and framework. For certificates, identify the project location, technology, capacity and current stage.

3. Share the evidence available

Useful inputs include bills, interval data, production records, equipment lists, previous audits, quotes, drawings, inventories, project schedules and records of prior incentives. Data does not need to be perfect, but estimates should be distinguished from measurements and gaps should be disclosed.

4. Record constraints and deadlines

Explain what the project must maintain, such as throughput, temperature, product quality, treatment performance, occupancy or reliability. Include grant, reporting, procurement or capital-approval deadlines.

5. Ask for a defined scope

The proposed engagement should state its deliverables, exclusions, evidence requirements, responsibilities and the next decision it is intended to support.

Discuss your project

We can help define the work required to move an energy, carbon or environmental-certificate decision forward. Start with the business problem and the evidence available; the engagement can then be scoped around the next decision rather than a generic service package. Contact Northmore Gordon with your site, project stage, deadline and the outcome you need to decide.