IQ Energy Australia

Gasification Build Update: Our Canadian Partners, IQ Energy Inc, have been making good progress with the latest gasification unit build. The two images below show the May update and the next stretch will be getting the electrical work done and then cold commissioning. This is our medium sized gasification unit, the G500 unit. Capable of processing up to ~500kh/hr of dried material or ~4000 tonnes per year. This unit has been designed with decades of experience building an evolution of different styles of gasification plants working towards this unit tailored for sewage sludge and other more difficult & dusty waste types. We have been working on some material showing this evolution of gasification build and Charles or Nicholas would be happy to share further details about it. What is notably different from the pilot unit (the G300) that was initially built is the incorporation of an extended retention chamber, which enables it to achieve a longer residence time and higher temperatures. These features are specifically designed to tackle the issue of PFAS within biosolids. This unit will move into a Canadian project in the next few months which will have access to both sewage sludge and residual waste. We look forward to providing further details around this in the coming months. #gasification #sewagesludge #PFAS

This week, Charles & Nicholas attended the #Ozwater Conference. This event proved to be an excellent platform for gaining insights into the sector’s current priorities and challenges. As a result, we acquired a diverse range of new ideas, perspectives, challenges and solutions that will greatly contribute to the growth of our business and technology. Additionally, the panel session organised by the Australian & New Zealand Biosolids Partnership provided valuable insights into the future of biosolids. Key takeaways of the week: > Like many key industries, water authorities are currently undergoing a significant transformation in terms of reducing emissions. They must make substantial investments in innovative hardware and software technologies, data collection and skill development to ensure the resilience of their businesses in the face of an unpredictable climate future and increasing populations. Many water authorities are actively embracing renewable energy sources and expanding their expertise in addressing scope 1, 2 & 3 emissions. Collaboration within the industry will play a vital role in achieving a net zero emissions target. > The importance of social licence and working with the community. Icon Water’s presentation showed that having a significant engagement plan with simple and approachable language is incredibly important. Additionally, the inclusion of case studies, whether local or overseas can play a vital role in building confidence in solutions. > PFAS and microplastics continue to be hot topics in the community indicating their enduring relevance. Alongside these concerns, there are additional obstacles that the future of biosolids encounters through existing treatment pathways. Diversifying the available solutions could prove vital in maintaining the ongoing circular utilisation of this resource. > Phosphate stands as a crucial and limited asset for the agricultural sector; however, by utilising biosolids/biochar, we have the potential to access and maximise its worth. Nick also participated in the site visit at Melbourne Water’s Western Treatment Plant, where he gained insights into their Circular Economy Progress. The main highlight for Nick was seeing the upcoming learning centre being finalised to educate future generations on the significance of water. Charles attended the Westernport Water Cowes Treatment Plant to see a fascinating project utilising floating vegetation in ponds looking to utilise nutrients, translocate contaminants and significantly address GHG emissions. A great nature-based solution. We look forward to providing further updates on our progress in the coming months. This will include an update on the gasification unit currently being built in Canada which includes an extended retention chamber to target PFAS within sewage sludge. We look forward to showcasing this unit in Canada to help the sector build confidence in thermal treatment units working on more intricate feedstocks like sewage sludge.