&geometry(278x78) "ANZ Biochar Industry Group")
Sustainable biochar production is a powerful and simple tool that can:
About Biochar
What is Biochar?
Biochar is a carbon-rich, porous material made by heating biomass (such as agricultural or forestry waste) in a low-oxygen environment—a process called pyrolysis. This stable form of carbon can store CO2 for hundreds to thousands of years.
By transforming waste into a value-added resource, biochar serves as a powerful tool for:
Permanent carbon removal
Soil regeneration and improved crop yields
Water purification and odour control
Livestock feed additive
Sustainable building materials
How is Biochar Produced and What does it Produce?
Produce products that allows carbon capture and storage
Reduces agricultural waste
Produces clean renewable energy
Removes CO² from the atmosphere
Why Biochar Matters
Biochar supports national efforts toward net-zero and circular economy outcomes by:
- Diverting organic waste from landfill or burning
- Sequestering carbon at scale
- Supporting regional economies and jobs
- Regenerating soils for food security and biodiversity
- Reducing agricultural emissions and improving water retention
It’s not just a product—it’s a platform for climate innovation.
Best Practice Matters
Biochar is not a one-size-fits-all material. Its performance depends on:
Feedstock used
Temperature and pyrolysis conditions
Soil compatibility and application rate
The ANZBIG Code of Practice provides national guidelines to ensure safe, effective, and sustainable use of biochar in diverse environments
Biochar Uses and Applications
Soil & Agriculture Benefits
- Improves soil fertility, structure, and water retention
- Reduces need for chemical fertilisers and enhances microbial life
- Proven yield increases in crops, pastures, and horticulture
Other Uses
- Livestock Feed: Improves gut health and nutrient absorption, Reduces methane and odour emissions
- Water Treatment: Removes heavy metals and toxins, Aids in composting and organic waste treatment
- Construction Materials: Locks carbon in to building materials (eg. concrete, asphalt, and insulation)
- Plastic Alternatives: Used in composites and bio-based packaging
- In Carbon Markets: Eligible under international standards (e.g., Puro.earth, CORCs), Under review for inclusion in Australian Carbon Credit Units (ACCUs)
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