Bio Tribute Systems develops proprietary environmental technologies that intercept organic and fibrous waste streams and redirect them into measurable land restoration outcomes across Australia. Our philanthropic arm extends that mission worldwide — supporting climate-vulnerable nations to restore degraded land and meet their environmental targets.
Every technology we develop closes a biological loop — organic and fibrous waste from agriculture, industry and human activity becomes the resource that restores the land it came from. Waste streams redirected. Degraded soils rebuilt. Cost becomes value. This is the Bio Legacy Loop.
Bio Tribute Systems maintains a dedicated global philanthropic arm — deploying Australian-developed land restoration technologies in climate-vulnerable and developing nations where soil degradation, drought and food insecurity intersect. Technology developed in Australia, applied worldwide where it is needed most.
Redirecting organic and fibrous waste streams in climate-vulnerable nations toward land restoration programs — turning a disposal burden into a soil recovery asset for communities that need it most.
Deploying waste-to-land restoration programs in drought-affected communities — organic matter from local agricultural and event waste streams redirected to degraded soils, improving moisture retention, crop viability and long-term food security.
Targeted remediation programs for communities where soil degradation has eliminated productive agricultural capacity — building long-term food security through biological restoration rather than chemical intervention.
Training local communities, agricultural workers and government agencies to apply and maintain Bio Tribute Systems technologies independently — building sovereign capability, not dependency.
UN SDG Alignment
Our philanthropic programs are supported through a percentage of commercial licensing revenue and active international development partnerships.
Each technology is developed under Bio Tribute Systems and commercialised through its own dedicated pathway and website. As each goes live, click through to explore.
A proprietary soil restoration technology for degraded and drought-affected land. Supporting circular land remediation through the Pet Burial Boxes wildlife program. Global drought recovery applications in development.
A proprietary biodegradable materials technology targeting agricultural packaging and single-use plastic replacement. Breaks down benignly in soil. Global ocean-to-field circular economy model.
A proprietary biological materials technology producing building insulation, structural panelling and industrial packaging from agricultural waste streams. Fully compostable. Construction and circular economy applications globally.
A passive atmospheric water collection and microclimate management system for drought-affected agriculture, off-grid water security and developing nation deployment.
The TRIP System is our flagship active technology, supporting land remediation through organic matter return to drought-affected soils.
TRIP System targets severely degraded pastoral and agricultural land across Australia — rebuilding soil biology, capturing carbon, restoring pasture productivity and returning drought-affected land to viable use.
We are actively seeking interested landowners with degraded, drought-affected or unproductive pasture land to participate in field trials. If you have land that needs restoration, we want to hear from you.
Seeking 5–10 Australian council partners, priority for drought-affected Tasmanian Midlands and mainland rural councils.
Bio Tribute Systems is the parent company for a growing portfolio of environmental and commercial ventures — each operating independently, each contributing to the Bio Legacy Loop mission.
Bio Tribute Systems was founded in Northern Tasmania by Rebecca Parlett — a biologist, wildlife carer and environmental innovator with over two decades of experience spanning conservation, land management, remediation and commercial development.
Every technology in our portfolio is built around a single principle — that organic and fibrous material discarded by agriculture, industry and events already contains everything degraded land needs to recover. Our role is to close that loop efficiently, at scale and at low cost to everyone in the chain.
Our commercialisation model targets validation for each technology, with a clear pathway to licensing or divestment through university research partnerships and strategic industry collaborators. We are actively seeking R&D partners, investors and co-development agreements.
Whether you are a council, farmer, investor, researcher, grant body or international partner — we welcome the conversation.