
Turning under-used biomass into useful biochar products
We develop pilot-led projects that connect biomass recovery with compost and soil products, mine rehabilitation and regional resource recovery.
TerraChar is a project-development and integration platform. We bring together feedstock assessment, logistics, technology selection, product testing and end-use trials to build credible biochar opportunities.
We start with two questions: what biomass can be reliably recovered, and who can use the resulting product? Each opportunity is developed around its own feedstock, site and customer requirements.
What biomass can be reliably recovered?
Who can use the resulting product?
Our project themes represent distinct development pathways. Each requires its own evidence and pilot design.
Testing whether woody material that is difficult to compost can be converted into biochar for use in compost blends and soil products. Pilots assess preparation, product quality, operating reliability and customer acceptance.
Exploring clean wood chips, offcuts, bark and other mill residues as potential feedstocks. Development starts with verifying supply, moisture, competing uses and delivered cost, then assessing suitable processing and potential heat integration.
Assessing suitable council green waste and locally available clean woody residues. Pilots test collection, sorting, preparation and conversion, with products matched to local soil and rehabilitation applications.
Investigating whether suitable arid or saline-land biomass could support future projects. Early demonstrations begin with verified existing biomass; purpose-grown crops require agronomic and supply validation.
Our approach: frame the opportunity → verify feedstock → define the product → select technology → pilot → validate → scale.
We design the smallest practical pilot that answers the next investment decision. Testing covers conversion performance, product quality, emissions, reliability, logistics, end-use response and economics.
Each stage pairs evidence with engagement: landholders and feedstock owners confirm supply; host operators test integration; prospective customers assess products; relevant authorities clarify project requirements. Scale follows validated performance and credible commercial commitments.
Our commercial cases are tested without relying on carbon-credit revenue. Any carbon-removal opportunity is assessed separately against project-specific measurement and certification requirements.
We are developing trial pathways for biochar blends and manufactured growth media in mine rehabilitation. Field trials would measure vegetation establishment, soil-water behaviour and nutrient response against site-specific objectives.
Where appropriate, recovery of invasive woody biomass can form part of a legitimate control programme. Removal must include weed-safe handling, prevention of seed spread, follow-up treatment and monitoring to demonstrate net infestation reduction.
Mapping and remote sensing can help prioritise work and track vegetation change. Field verification and soil testing establish the performance evidence.
Biochar use, weed control and rehabilitation outcomes must each be demonstrated before wider deployment.

Field trials measuring plant establishment against site-specific objectives.
Weed-safe handling, seed spread prevention and follow-up monitoring.
Mapping and remote sensing to prioritise work and track vegetation change.
For composters, timber processors, councils, landholders and mine operators seeking a practical pathway from biomass to useful products.
Start with a defined feedstock, an intended end use and a clear question for the pilot to answer.
Woody residues difficult to compost
Mill offcuts, bark and chip residues
Green waste and regional biomass streams
On-farm biomass and rehabilitation needs
Rehabilitation and growth media trials
To discuss a potential pilot or learn more about TerraChar, contact us at projects@terrachar.com.au.
TerraChar is a project-development platform. We do not claim completed pilots, certified outcomes or operational facilities. All pathways described are proposed development opportunities.