How the PRIMA 3000 Supports Ireland's Climate Action Plan Targets

Ireland's Climate Commitments and the Waste Sector's Role

Ireland's Climate Action Plan sets out one of the most ambitious emissions reduction programmes in Europe. The plan requires significant changes across every sector of the Irish economy — energy, transport, agriculture, buildings, and waste. For the waste sector specifically, the plan calls for increased diversion of waste from landfill, reduced methane emissions from organic waste decomposition, and greater recovery of energy from residual waste streams that cannot be recycled.

Premier Green Energy's PRIMA 3000 pyrolysis system is aligned directly with these objectives. This article explores how the technology contributes to each of Ireland's key climate and waste policy priorities.

Landfill Diversion: Meeting EU and National Targets

Ireland is committed to meeting EU targets on landfill diversion — limiting the proportion of municipal waste going to landfill to specified thresholds by set dates. Despite progress, Ireland continues to generate significant volumes of residual waste for which landfill remains a default route in the absence of adequate domestic treatment alternatives.

The PRIMA 3000 directly addresses this by providing a domestic treatment route for refuse-derived fuel (RDF) and other suitable residual waste streams. Each tonne of RDF processed through the PRIMA 3000 is a tonne diverted from landfill. For Irish waste management operators and local authorities under pressure to improve landfill diversion rates, this is a direct and measurable contribution.

Premier Green Energy's plant in Thurles, Co. Tipperary demonstrates this diversion capacity in an Irish operational context, providing a replicable model for deployment at other sites across the country.

Methane Emissions: Avoiding Landfill's Hidden Climate Cost

One of landfill's most significant but least visible environmental costs is methane. When organic materials decompose in landfill conditions, they produce methane — a greenhouse gas approximately 28 times more potent than CO₂ over a 100-year timescale. Even with landfill gas capture systems, a proportion of methane emissions escapes.

By diverting residual waste from landfill and processing it through pyrolysis instead, the PRIMA 3000 eliminates this methane generation pathway entirely for the material treated. There is no decomposition, no methane generation. The carbon in the waste is instead either converted to energy-bearing syngas (used to generate electricity) or locked into stable carbon char (biochar), which is highly resistant to decomposition.

This is a direct contribution to Ireland's methane reduction commitments under the Climate Action Plan.

Renewable Electricity Generation: Adding to Ireland's Clean Energy Capacity

Ireland has ambitious targets for renewable electricity — with a goal of 80% renewable generation by 2030. Wind and solar are the dominant technologies in this transition, but waste-to-energy also plays a role in the renewable energy mix.

The PRIMA 3000 generates up to 3 Megawatts of electrical power per unit from approximately 3 tonnes of RDF. This electricity, generated from waste material that would otherwise be landfilled or exported, contributes to renewable capacity in the Irish grid.

Unlike intermittent renewables such as wind and solar, waste-to-energy generation via pyrolysis is dispatchable — it can generate continuously, providing baseload renewable electricity that complements the variable output of wind and solar. This characteristic is valuable to grid stability as Ireland's renewable penetration increases.

Carbon Sequestration: The Biochar Contribution

The carbon char (biochar) produced by the PRIMA 3000 offers a climate benefit that goes beyond emissions avoidance: active carbon sequestration. Biochar is one of the few energy technologies that can legitimately claim to remove carbon from the atmosphere rather than simply reducing the rate at which it is added.

When waste material is pyrolysed, the carbon it contains is stabilised in the solid char rather than being released to the atmosphere. This char is then highly resistant to decomposition — the carbon it contains remains locked in solid form for centuries. Applied to agricultural land, biochar also improves soil health and water retention, contributing to agricultural sustainability goals that sit alongside Ireland's climate targets.

For Irish organisations looking to document carbon removal as part of their climate reporting, biochar produced by the PRIMA 3000 represents a credible and measurable contribution.

Circular Economy Alignment

Ireland's climate strategy is embedded within a broader circular economy framework. The EU Circular Economy Action Plan and Ireland's own waste policy both emphasise moving waste up the hierarchy — reducing and reusing first, then recycling, then recovering energy from residual streams, and avoiding landfill wherever possible.

The PRIMA 3000 sits at the energy recovery tier of this hierarchy: it takes material that cannot be recycled and extracts maximum value from it before any residual outputs enter final disposal. The multi-output design — electricity, carbon char, recovered heat and water — reflects a commitment to extracting every unit of value from the input material, which is precisely what circular economy principles require.

Working with Premier Green Energy on Climate Goals

Premier Green Energy works with Irish organisations to help them understand how the PRIMA 3000 can contribute to their specific climate and sustainability commitments. Whether you are a waste operator seeking to document landfill diversion, a business working toward net-zero targets, or a local authority assessing options for residual waste treatment, the team can help quantify the climate contribution of pyrolysis for your specific waste streams.

With operational evidence from Thurles, Co. Tipperary and Hirwaun, Wales, Premier Green Energy brings real-world data to these conversations rather than theoretical projections.

Key Takeaways

• The PRIMA 3000 contributes directly to Ireland's landfill diversion targets by providing a domestic treatment route for residual waste
• Pyrolysis avoids methane generation from landfill decomposition, contributing to Ireland's greenhouse gas reduction commitments
• Each PRIMA 3000 unit generates up to 3 MW of dispatchable renewable electricity, adding to Ireland's clean energy capacity
• Biochar produced by the process offers active carbon sequestration — a climate benefit beyond emissions avoidance
• The PRIMA 3000 is aligned with Ireland's Climate Action Plan, circular economy policy, and EU waste directives