The Project

Biochar’s capacity to improve soils, filter water and store carbon has been proven over centuries of use. What the BIOCHAR project is building is the evidence, the models and the partnerships needed to put that capacity to work across an entire region.

Working with farmers, industry operators and research institutions across Ireland’s Just Transition Fund Territory, the project is running large-scale demonstration trials across agriculture, water treatment and construction – generating the real-world data and commercial models needed to support long-term adoption across the region.

Biochar Logo Images
Biochar’s capacity to improve soils, filter water and store carbon has been proven over centuries of use. What the BIOCHAR project is building is the evidence, the models and the partnerships needed to put that capacity to work across an entire region.

Working with farmers, industry operators and research institutions across Ireland’s Just Transition Fund Territory, the project is running large-scale demonstration trials across agriculture, water treatment and construction – generating the real-world data and commercial models needed to support long-term adoption across the region.

Biochar Logo Images

What is Biochar?

Biochar is a carbon-rich, charcoal-like material produced by heating biomass – such as wood chips, crop residues or agricultural by-products – with limited oxygen. It can store carbon in the soil for long periods, improve soil structure and nutrient retention, and act as a natural filter across a range of applications.

The Demonstration Trials

All trials are taking place within Ireland’s Just Transition Fund Territory, working directly with farmers, industry operators and research partners across counties Laois, Longford, Offaly, Roscommon and Westmeath, and the municipal districts of Ballinasloe, Athy, Clane-Maynooth, Carrick-on-Suir and Thurles.

Demo 1

Biochar →  Manure → Gas & Soil

Carbon Storage Icon

Biochar

Biochar materials will be procured using biomasses sourced from indigenous feedstocks

arrow-down
Carbon Storage Icon

Manure Additive

Biochar will be demonstrated as manure additive in poultry sheds and slurry storage
units to reduce emissions of ammonia.

arrow-down
Emissions Reduction Icon

Anaerobic Digestor

The manure-biochar blend from these units will then be fed to an anaerobic digestor where the addition of biochar is expected to achieve two benefits

arrow-double-down
Emissions Reduction Icon

Biogas

an increase in biogas production

Peat Free Horticulture Icon

Soil Amendment

The capturing and retaining of nutrients from manure in a manner which will slow the release of nutrients when used as a soil amendment

Demo 2

Biochar →  Water Filtration → Asphalt

Carbon Storage Icon

Biochar

Biochar materials will be procured using biomasses sourced from indigenous feedstocks

arrow-down
Water Treatment Icon

Water Filtration

Removal of organic contaminants from wastewater

arrow-down
Emissions Reduction Icon

Asphalt

The biochar will be incorporated into asphalt and used for the construction of roads and/or cycle lanes.

Planning For Scale

Alongside the demonstration trials, the project is developing a high-level blueprint for a mid-sized biochar production facility. This will give investors and stakeholders across the Just Transition region a practical foundation for future development and replication.

All biomass is sourced from indigenous feedstocks, with procurement open to companies operating within the Just Transition Fund Territory – keeping the value chain local and creating direct commercial opportunity in the region.

The Consortium

The project is led by the University of Limerick and brings together 14 partners spanning research, agriculture, industry and rural development. Connecting scientists, farmers, engineers, energy operators and community organisations within a single project is what makes cross-sector demonstration at this scale possible.

Meet the full consortium →

The Biochar Consortium