Biotechnology for a circular and more sustainable future.

Huum is pioneering the future of biotechnology and environmental sustainability. As an Australian biotech R&D startup, we're dedicated to creating advanced solutions for bioreclamation and organic material transformation. Our work is at the intersection of science and engineering, pushing the boundaries of what's possible in waste transformation and soil revitalisation.

Our Vision

To drive innovation in biotech, developing technologies that not only address today's environmental challenges but also pave the way for a sustainable future. At Huum, we believe in the power of research and development to create scalable solutions for global waste issues.

Our Innovations

Discover the technologies we're developing, from advanced composting systems to microbial research that turns organic waste into valuable resources. Our projects aim to reduce environmental impact, enhance soil health, and contribute to a circular economy.

Join Our Journey

Stay informed about our latest research findings, technology breakthroughs, and partnerships that are setting new standards in the biotech and environmental sectors. Learn how you can collaborate with us or utilise our technologies to make a difference in your community.

Problem Statement

High-risk organic waste, including food waste, animal mortalities, and even human beings challenges traditional composting with biosecurity risks and environmental impacts. These materials pose specific processing challenges, can impact health and ecosystems, and can contribute to greenhouse gas emissions. The complexity of managing these waste streams is heightened by operational, environmental, and regulatory hurdles, alongside the demand for sustainable disposal methods.

Solution Overview

Our underlying technology platform tackles the complexities of high-risk organic waste at a molecular level. Through advanced monitoring and continual automated optimisation of the thermophilic composting process, our platform streamlines decomposition, reduces biosecurity risks, and cuts greenhouse gas emissions. Designed for scalability, our technology suits various stakeholders across multiple industries representing an array of high-nitrogen waste streams.