🌿 Transforming Waste into Sustainable Aviation Fuel: Cyclion’s Game-Changing Opportunity in Thailand We’re thrilled to share a major step forward in Cyclion’s mission to revolutionise waste management and sustainable fuels. Recently, I had the privilege of meeting Dr. Prasert Sinsukprasert, Permanent Secretary of Thailand’s Ministry of Energy. Our discussion opened the door to an exciting collaboration: I was subsequently invited by Deputy Director General Adisak Choosuk of the Department of Alternative Energy Development and Efficiency to support a groundbreaking project to process 250 tonnes per day (TPD) of biomass and plastics, waste that would otherwise end up polluting landfills across Thailand. 🚀 What’s the vision? Instead of sending this waste to landfill, Cyclion’s proprietary technology will convert it into Sustainable Aviation Fuel (SAF)—a crucial component in the global effort to decarbonize aviation. Laboratory testing using Gas Chromatography Mass Spectrometry (GCMS) conducted at Queensland University of Technology has already validated the feasibility of producing high-quality SAF from these waste streams. ✈️ Why is this important now? Governments worldwide have committed to increasing SAF usage as part of net-zero and carbon-reduction pledges. But there’s a catch: current SAF production largely depends on waste oils, like used cooking oil, which are in limited supply. This scarcity is pushing prices higher, threatening both airline economics and the pace of aviation’s green transition. 🌍 How is Cyclion different? Cyclion’s technology can efficiently produce SAF from municipal solid waste (MSW)—the household rubbish most cities struggle to manage. This means our feedstock is abundant, low-cost, and doesn’t compete with food or land resources. By tapping into this overlooked resource, Cyclion can help: Stabilize SAF prices, keeping air travel affordable even as SAF mandates tighten. Ensure compliance with evolving global regulations on minimum SAF blends for airlines. Generate attractive margins for SAF producers by avoiding the costly feedstocks our competitors rely on. 💡 A win for investors—and the planet This project isn’t just an opportunity to capture a share of a rapidly growing SAF market; it’s a chance to invest in a scalable, sustainable solution that diverts waste from landfills, reduces emissions, and helps airlines meet their climate targets. We invite forward-thinking investors to join us in turning today’s waste into tomorrow’s clean skies. Together, we can make sustainable aviation fuel both accessible and affordable—without compromising on performance or profitability. 👉 Interested in learning more or partnering with Cyclion? Contact us today to explore this unique opportunity.

Cyclion and BCDA: In Progress to Power Hyperscale Data Centres in New Clark City, Philippines Cyclion Pty Ltd now has an Memorandum of Understanding (MOU) with the Bases Conversion and Development Authority (BCDA) to explore the development of a waste-to-resource (WTR) facility on a 10-hectare site in New Clark City (NCC). The site, is now going through feasibility studies for Cyclion to generate stable, low-emission electricity to support adjacent hyperscale data centre infrastructure. Connected to this is Cyclion working with a Singapore-based power and data centre investor—whose clients include major global tech giants—regarding the development of a 550MW data centre on neighbouring land. Co-locating the WTR facility with the data centre enhances power reliability, reduces transmission losses, and helps address long-term exposure to electricity price volatility. Importantly, the system is being designed with Cyclion’s algae-based carbon capture, where exhaust gases from the fuel and electricity generation are processed through algae bioreactors to convert Carbon Dioxide (CO₂) into oxygen (O₂), making the facility as close to net-zero carbon as possible. Key points: • Technology: Cyclion’s catalytic process converts municipal solid waste into electricity and benign by-products. A recent small-scale deployment demonstrated annual emissions savings exceeding 4,400 tCO₂e for the smallest Cyclion plant for a specific feedstock. • Site and Integration: The dedicated 10-hectare site allows for scalable electricity generation, supported by BCDA’s infrastructure planning and proximity to the data centre zone. • Decarbonisation Strategy: Integration of algae reactors for CO₂-to-O₂ conversion further strengthens Cyclion’s low-carbon value proposition. • Regional Demand: Southeast Asia’s data centre sector is expanding rapidly, increasing demand for reliable, sustainable power solutions. While we still have a long way to go, this project represents a major opportunity to demonstrate how waste-to-resources, and in the instance electricity—combined with integrated carbon capture—can support next-generation digital infrastructure. Although we are doing this CSF to raise fund, this is also about letting you know that together we can create a world where global waste is converted to clean energy for future generations. That is our goal.