Smithton abattoir boiler fuel replacement

Smithton abattoir boiler fuel replacement is an industrial fuel switching project located at the Greenham Tasmania meat processing facility in Smithton, situated on the far north-west coast of Tasmania. Registered in October 2015, the project is managed by Northmore Gordon Pty Ltd, an energy and carbon consultancy that facilitated the upgrade for the site owner, HW Greenham & Sons. The facility is located approximately 85km west of the major port city of Burnie and operates within the Circular Head region, an area renowned for its pristine air quality and agricultural output.

The project operates under the Carbon Credits (Carbon Farming Initiative, Industrial and Commercial Emissions Reduction) Methodology Determination 2021, having transitioned from the earlier Industrial Electricity and Fuel Efficiency method in 2022. The core activity involves replacing high-emissions energy sources with cleaner alternatives to reduce the facility's carbon footprint. Specifically, the project facilitated the switch of the abattoir’s boiler system from burning coal to using renewable biomass. A notable feature of this project is the utilization of pyrethrum briquettes, a byproduct from the local pyrethrum (daisy) industry, as a renewable fuel source, effectively turning agricultural waste into process steam for the plant.

Smithton is characterized by a cool, temperate maritime climate with high annual rainfall, typically exceeding 1,000mm. The region's soils are predominantly Ferrosols (deep red basalt soils), which are highly fertile and support intensive agriculture. The surrounding landscape is dominated by dairy and beef grazing, producing the famous "Cape Grim" beef, as well as cropping and forestry operations.

In July 2020, the Clean Energy Regulator issued a notice requiring the relinquishment of 1,730 Australian Carbon Credit Units (ACCUs) in relation to this project, indicating a compliance adjustment or calculation correction regarding the abatement claimed. Despite this, the project has been highlighted as a successful example of circular economy principles, integrating local agricultural waste streams into industrial energy production.