Ireland's Dairy Processors Are Working Toward a 35% Emissions Reduction by 2030. Here's What's Involved
Dairy Sustainability Ireland recently published its Pathway for Sustainable Dairy, setting out a clear direction for the sector to 2030. One figure stands out for anyone working in energy, operations or sustainability at an Irish dairy processing site: processing level emissions are targeted to fall by 35% relative to 2018, a steeper goal than the 25% set for farms.
It's an ambitious target, but the sector is already moving in the right direction, and there's a clear opportunity for processors who get organised early.
Here's what we'll cover in this piece:
Where the target came from and what it means
Why processors have a distinct role to play here
Where processing emissions actually come from
Why energy visibility is the starting point
Turning energy data into a competitive advantage
Where the Target Came From and What It Means
The Pathway for Sustainable Dairy is the dairy sector's roadmap to 2030, built by processors, farmers, policy makers and support agencies working together. It sets out priorities across water quality, emissions, biodiversity, animal care and economic resilience.
The emissions section is where processors carry the heaviest load. Farm level emissions intensity needs to drop by 25% by 2030 relative to 2018. Processing level emissions need to drop by 35% over the same period. Processors are also expected to keep making progress on Scope 1, Scope 2 and Scope 3 FLAG emissions, and to work toward Science Based Targets.
It's a firm target, tied to Ireland's Climate Action Plan and to binding EU emissions targets that flow down through the food supply chain. Encouragingly, the sector already has a head start, with processing emissions holding steady since 2018 despite a 20% rise in volumes processed, a real sign of efficiency gains already underway.
"Refrigeration, pasteurisation and drying equipment like this account for most of a dairy processor's energy use, and getting a clear picture of it is the first step toward hitting that 35% emissions target
Why Processors Have a Distinct Role to Play Here
There's a second layer worth understanding here. The EU Omnibus Package has reshaped the Corporate Sustainability Reporting Directive, raising the mandatory reporting threshold to companies with 1,000 employees and €450 million in turnover. On paper, that shields a lot of mid-sized Irish processors from direct mandatory reporting.
In practice, the direction of travel hasn't really changed. Large international retailers and foodservice buyers, who remain fully bound by CSRD, are still asking for granular emissions, water and biodiversity data from their suppliers. Many of these customers have committed to net zero supply chains by 2040, and they're increasingly factoring value chain emissions into sourcing decisions.
That's good reason for Irish processors to keep investing in solid data collection and emissions tracking, whether or not they're legally required to report. The expectation has simply shifted from regulator to customer, and processors who have good data in place will be well placed to meet it, and to use it to their advantage.
Where Processing Emissions Actually Come From
This is where energy management becomes the practical starting point rather than a nice to have. Processing level emissions at a dairy site are largely driven by energy use: refrigeration, pasteurisation, spray drying, boiler operation, and the general electrical and thermal load of running a processing facility around the clock.
The Pathway document is upfront that delivering further progress will require real capital investment, and that this needs careful planning in the context of tighter milk volumes. Processors are working toward decarbonising Scope 1 and Scope 2 emissions over the coming years, and having a clear roadmap makes that job a great deal easier.
That roadmap starts with visibility. Most processors know the direction emissions need to go in. Fewer have a full, accurate picture of where their energy is actually going, what's driving the biggest losses, and which interventions will move the needle fastest.
Why Energy Visibility Is the Starting Point
Before any processor commits capital to new equipment, renewable generation or process changes, it helps enormously to have a proper baseline of energy consumption across the site. Where is the energy going. Which processes use the most. Where are the easy wins versus the projects that will need bigger investment.
This matters even more given the growing expectation to report Scope 1, 2 and 3 data accurately to customers. Solid metering and monitoring means processors can work from verified figures rather than estimates, which puts them in a strong position whenever a retailer or foodservice customer asks for accurate emissions data as part of a supply agreement.
Turning Energy Data Into a Competitive Advantage
The Pathway also points to something worth remembering: the report describes Irish milk production as having a comparably low footprint, and highlights growing customer expectations around sourcing based on emissions. That's a real advantage in a marketplace where customers are starting to buy on emissions intensity, not just price and quality.
The processors who get ahead of this won't just be reacting to targets. They'll be using energy data to prove their progress, tell a credible story to customers, and identify where investment will deliver the strongest returns, both financially and environmentally.
That starts with proper visibility over energy use. Once a processor understands exactly where their consumption and emissions are coming from, decisions around efficiency projects, renewable investment and reporting become a lot more straightforward.
If you'd like to explore where your biggest energy and emissions opportunities lie, that's exactly where we can help. Get in touch with Watt Footprint and we'll talk through what a proper energy assessment could look like for your facility.
