
Production of high-value microbial oil using agricultural waste streams
An industry-focused PhD project aimed at addressing key challenges in the biotechnology sector. This collaborative effort brings together academic expertise and industry insights to drive innovation and deliver real-world impact.
Project Overview:
Our project, titled “Production of high-value microbial oil using agricultural waste streams” focuses on the valorization of agricultural waste streams into feedstock for microbial fermentation, which is used to produce omega-3-fatty acids and other high-value biological molecules. It seeks to use our knowledge of synthetic biology to sustainably use organic waste that would otherwise release greenhouse gases in a landfill.
Collaborative Approach:
Leveraging Macquarie University and Number 8 bio’s deep expertise in Synthetic Biology, this project epitomises a collaborative approach that bridges the gap between academia and industry.

Value for Industry:
“This project will accelerate the development of a platform technology that will unlock a diverse spectrum of sustainable products for Number 8 Bio. There’s no better place for us to do this work than with Macquarie University’s Australian Genome Foundry, and we’re excited to work towards of mission of decarbonizing agriculture with the team there.” – Tom Williams, Number 8 Bio’s CEO
Value for Academia:
“I’m thrilled to work with Noelia and Number 8 Bio on this impactful project to contribute to a sustainable bioeconomy” – Briardo Llorente, PhD supervisor, Australian Genome Foundry’s CSO
Student Perspective:
“Being part of this project as a PhD student fills me with optimism as we propose and develop sustainable solutions that will shape a greener future” – Noelia Rubio, Industry PhD candidate
Project Outcomes/Impact
A third of all global food produced is wasted, which causes about 10% of global greenhouse gas emissions due to disposal and rotting. Since industrial food production systems are optimised for large-scale production at low cost, food and agricultural waste are always inherently generated in large amounts. In Australia alone, about 48 million tonnes of organic waste are being generated annually. Our project aims to use organic waste to generate valuable products which, if successful, will be a great step forward to a greener world.