Pelleton Renewables is pleased to announce the successful commissioning of its fully automated demonstration plant in Brisbane, Queensland. This is a significant milestone in the company’s mission to deliver practical, commercially viable biowaste-to-energy solutions at scale.
Unique technology reducing landfill and transportation costs
Our plant processes organic biowaste through a patented non-thermal drying and densification process, producing a dry, stable pellet to be reused in multiple downstream applications, including solid fuel for thermal conversion applications or as an organic fertiliser. The technology is designed to be deployed at the point of waste generation, eliminating transport costs and enabling immediate on-site energy recovery.
A completed feasibility study with the Australian Meat Processor Corporation (AMPC) confirmed the financial viability of the technology for Australian red meat processing facilities. The study demonstrated superior results, including strong economics, positive environmental impact and dual-use input of our pellets.
Strong regulatory headwinds
This industry growth is backed by strong policy support. As of 2026, the Australian government’s $1.1 billion Cleaner Fuels Program and the Future Made in Australia framework reflect a clear federal commitment to scaling domestic low carbon fuel production.
On the state level, Pelleton’s technology aligns with the Queensland Biofutures 10-year Roadmap and Action Plan, which supports high-value conversion of organic waste into energy and industrial products.
Waste-to-energy infrastructure is increasingly recognised as a critical component of that growth, sitting at the intersection of waste management, energy security, and carbon reduction.
Bioenergy as a strong alternative
The commissioning comes at a pivotal moment for Australia’s bioenergy industry. Bioenergy accounts for 54% of Australia’s current renewable energy production, and by 2030 the sector could contribute an estimated $10 billion in extra GDP per annum, create 26,200 new jobs, reduce emissions by approximately 9% and divert an extra 6% of waste from landfill (ARENA, 2021).
By the 2030s, bioenergy could supply approximately 244 PJ of energy per year – equivalent to one-third of industrial heat demand.
For hard-to-abate industries such as agriculture, red meat processing, metals and chemicals, waste-to-energy systems represent one of the most commercially viable decarbonisation pathways available today.
Pelleton is now welcoming site visits from potential customers, partners, and investors. Click below to learn more.