Industrial Electrification in Australia: A Practical Pathway for Food & Grocery Manufacturers

Australia’s food and grocery manufacturing sector is entering a critical phase of the energy transition.

Energy demand is forecast to exceed 220 PJ annually by 2030, with natural gas still underpinning a significant share of industrial process heat. At the same time, manufacturers are navigating rising energy costs, emissions reduction targets, and increasing regulatory obligations under frameworks such as NGER, the Safeguard Mechanism, and the Australian Sustainability Reporting Standards (ASRS).

This convergence is accelerating interest in industrial electrification as a pathway for process heat decarbonisation. The question for most organisations is no longer whether electrification is relevant, but how to implement it in a way that is technically robust and commercially defensible.

To support this shift, EnergyLink Services partnered with the Australian Food and Grocery Council (AFGC) to develop a practical Electrification Fact Sheet tailored to Australian manufacturers.

👉 Access the full AFGC Factsheet here

Industrial Electrification Is Now a Commercial Decision

Electrification is increasingly being evaluated through a commercial lens rather than a purely environmental one.

Energy price dynamics are a key driver. While both gas and electricity prices are rising, the relative economics are shifting, particularly where high-efficiency electric technologies are applied. Heat pumps and mechanical vapour recompression (MVR), for example, can deliver multiple units of heat per unit of electricity, materially lowering the cost of delivered energy under the right conditions.

Operational performance is also becoming central to decision-making. Electric systems can improve reliability, reduce maintenance requirements, and provide more precise process control. These factors increasingly influence total cost of ownership, particularly in continuous manufacturing environments.

Overlaying this is the growing importance of compliance. As reporting obligations expand, organisations require defensible emissions baselines and credible reduction pathways. Electrification provides a direct and measurable mechanism to reduce Scope 1 emissions while strengthening audit readiness.

Bridging the Gap Between Strategy and Implementation

While many manufacturers have incorporated electrification into their decarbonisation strategy, fewer have progressed to investment-ready projects.

The AFGC Electrification Fact Sheet was developed to close this gap by focusing on what is technically and commercially viable today. Rather than presenting future-state scenarios, it provides a structured framework that reflects the realities of industrial operations.

It brings together an understanding of industry-specific constraints, such as capital requirements, electrical capacity, and process complexity, with a clear methodology for building bankable business cases. It also outlines where proven technologies, including heat pumps, MVR and electrode boilers, can be applied within real manufacturing environments.

An important aspect of this is the role of financial mechanisms. Certificate schemes such as ESCs, VEECs, REPS and ACCUs are often underutilised, despite their ability to materially improve project economics. In some cases, these mechanisms have reduced payback periods from approximately seven years to under five, shifting projects from marginal to investable.

Process Heat Decarbonisation Starts with Data

A consistent finding across the sector is that electrification is often constrained not by technology, but by data.

Many sites do not yet have a sufficiently detailed understanding of how energy is used at a process level. Without this, it becomes difficult to size technologies correctly, quantify savings with confidence, or develop business cases that meet internal investment thresholds.

Targeted sub-metering and energy mapping are therefore critical first steps. They provide visibility of thermal loads, operating patterns, and opportunities for heat recovery, forming the foundation for both engineering design and financial modelling.

This data layer is also becoming increasingly important from a compliance perspective. As highlighted in the AFGC collaboration, robust energy and emissions data is essential not only for project development, but also for meeting reporting requirements under frameworks such as ASRS.

From Asset Replacement to Process-Led Electrification

One of the most common pitfalls in industrial electrification is treating it as a direct asset replacement exercise.

Replacing gas-fired equipment with electric equivalents on a like-for-like basis rarely delivers optimal outcomes. A more effective approach begins with understanding the process requirement itself, specifically the temperature, timing, and form of heat required at the point of use.

This often leads to a different system design. Low-temperature hot water demand, for example, can frequently be met far more efficiently through heat pumps. Steam demand can sometimes be reduced or partially displaced through heat recovery and MVR. Higher-temperature processes may still require staged or hybrid solutions, particularly where electrical capacity or technology maturity is a constraint.

By focusing on the process rather than the asset, organisations can reduce both energy demand and capital intensity, improving overall project feasibility.

A Structured Pathway to Implementation

What emerges from this work is a clear and practical progression.

Organisations that move successfully into industrial electrification typically begin by establishing a detailed understanding of current energy use. From there, they focus on reducing demand through efficiency and heat recovery before introducing electrification in a targeted and staged manner. Financial mechanisms are then incorporated to strengthen returns and support investment decisions.

This approach transforms electrification from a conceptual initiative into a sequence of implementable, investment-ready projects aligned with operational and financial objectives.

Positioning Electrification Within the Energy Transition

Industrial electrification is becoming a core component of the broader manufacturing energy transition in Australia.

When approached with the right level of technical and commercial rigour, it can reduce exposure to volatile fuel markets, improve long-term operating cost profiles, and strengthen alignment with regulatory requirements. It also enhances the performance and resilience of core production assets.

For the food and grocery sector, the opportunity extends beyond emissions reduction. It is increasingly about maintaining competitiveness in a changing energy landscape.

EnergyLink’s Role

EnergyLink’s partnership with AFGC reflects its role as an engineering-led decarbonisation partner.

Our approach integrates technical analysis, financial modelling, and delivery capability to ensure electrification pathways are grounded in real operational data and aligned with commercial outcomes. This includes feasibility development, certificate strategy, financing pathways, and implementation support.

The focus is not on theoretical modelling, but on developing measured, implementable pathways that withstand both technical scrutiny and investment review.

What’s Next?

For organisations evaluating industrial electrification in Australia, the most effective starting point is a detailed understanding of process heat demand and energy system performance.

• Download the AFGC Electrification Fact Sheet

• Or engage with EnergyLink to develop a practical, investment-ready pathway for process heat decarbonisation.