In a push toward a more sustainable future, Pure Environmental aims to transform how Australia thinks about waste, turning organics into opportunity through science, innovation, and a deep understanding of the land.
As Australia moves toward a more circular economy, Pure Environmental says the recovery and reuse of organic waste is emerging as one of the most promising areas for sustainable transformation.
A leader in resource recovery and regulated waste management, Pure is using scientific expertise and hands-on agronomic knowledge to drive innovation in soil health, composting, and waste recovery.
Kali Martin, General Manager of Organics, says a blend of formal qualifications and real-world agricultural experience within the team gives Pure a unique edge. A mix of science and practicality has shaped how the company approaches every stage of its operations, from compost production to end-market development.
“We have sought to recruit people who have qualifications as well as experience working in the field,” Kali says. “Qualifications are really important from a technical and scientific perspective, but the skills and experience are equally as important.”
Kali highlights the recent appointment of Pure NV Compost Business Development Manager Brett Kelly. Brett’s long history in agricultural and farming industries strengthens the company’s deep understanding of converting organic materials into compost.
The process
Pure’s composting facility is strategically located within Queensland’s agricultural heartland.
The facility accepts organic waste streams from South East Queensland, Brisbane, Ipswich, Toowoomba and Warwick to be transformed into nutrient-rich soil products. Plant, animal and food-based organic waste streams are blended with carbon materials to make a unique and specific recipe.
At this stage, the recipe undergoes a carefully managed composting cycle lasting 14 to 16 weeks.
Brett says Pure focuses on the natural microbial processes to ensure that its compost is not only safe and stable but also rich in organic matter essential for soil health.
“We adhere to AS 4454 standards, the Australian Standard for composts, soil conditioners, and mulches,” he says.
“This means everything is tested and complies to Australian standards at all times.”
By transforming organic waste into compost, the company contributes directly to carbon emission reduction and landfill diversion goals.
“We are stopping waste from going to landfill by converting it into a usable organic product,” Brett says.
“That product is then put back into farming and landscaping industries, providing benefits that would have otherwise been lost.”
Pure also invests in communicating product safety and value to councils, farmers, and other stakeholders.
All nutrients, organic matter, and potential contaminants are thoroughly analysed with regular testing of compost. Brett says the results consistently show that the manufactured product is fit for purpose and meets or exceeds requirements under the compost standards.
“We make it a priority to communicate this assurance to our users, as well as helping them to understand what they should be asking for in a test report,” he says.
“While the product can be somewhat dusty and should not be inhaled or ingested, it is completely free from harmful pathogens that could pose any health risks.”
Advancing the Queensland waste sector
Pure sits at the intersection of waste management, resource recovery, and agricultural productivity.
Kali says there is enormous potential for policy to support a stronger organics recycling market. She is hoping to see advancements in Queensland’s revised waste strategy, due to be released at the end of the year.
“We provided feedback on the draft revision, so we are excited to work collaboratively with local government, state government and the industry to progress the future of the sector,” she says.
“If the industry isn’t on board with helping deliver national and state waste targets, we’re just not going to get there.”
The future of composting
According to Brett, the future of waste management and soil science is about reconnecting to natural systems.
“When I started 25 years ago, synthetic fertilisers and chemicals were a part of everything I did,” he says.
“As an industry we have slowly realised that is not the answer; our soil systems must be improved. If we continue depleting the natural nutritional ability of our soils, they are going to be unhealthy.”
He says organic waste recovery plays a vital role in that restoration.
“Our process converts waste into a carbon- and organic-rich material that boosts microbial activity in the soil,” Brett says.
“Fundamentally, if our soils are healthier, our plants are healthier, our animals that are eating grass or grain are healthier, and therefore humans are going to be healthier.”
As Pure continues to grow, its model demonstrates how science-based waste recovery can deliver both environmental and agricultural value.
By investing in soil health, strengthening end markets, and collaborating with governments, the company is helping to build the circular future Queensland and Australia are striving for.
For more information, visit: www.purenv.com.au
.png){kind=small}
