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Why Attend?
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Learn the latest strategies to decarbonise your energy supply
Gain practical knowledge from real-world case studies on how major industrial players are transforming their energy use—through electrification, renewables integration, fuel switching, and strategic procurement—to meet emissions targets while improving reliability and cost-efficiency.
Explore technological innovation in industrial processes
Discover how advancements in automation, electrification, hydrogen, and low-carbon fuels are unlocking new levels of efficiency, productivity, and emissions reduction across mining, manufacturing, chemicals, and heavy transport.
Gain a comprehensive understanding of infrastructure and investment opportunities
Understand the full ecosystem required to deliver successful decarbonisation projects—from grid and pipeline readiness to financing models, government funding programs, and de-risking strategies for long-term capital investment.
Dive deep into carbon capture, utilisation, and storage (CCUS) solutions
Learn from project leads and technical experts deploying CCUS at scale across hard-to-abate sectors. Hear about project design, economics, permitting, and integration with industrial operations, as well as the role of hubs and shared infrastructure.
Discover best practices for addressing supply chain emissions
Explore collaborative approaches to reducing Scope 3 emissions, including supplier engagement, procurement policies, embodied carbon tracking, and innovations in transport and materials handling that contribute to whole-of-chain decarbonisation.
Stay ahead of policy and regulatory frameworks
Get the latest updates on key policies like the Safeguard Mechanism, Climate-Related Financial Disclosures, carbon pricing, and international trade implications—plus how to use these frameworks to support your organisation’s net zero roadmap and secure competitive advantage.
Maximise operational performance with cutting-edge energy efficiency strategies
Delve into emerging practices and technologies for optimising energy use, improving plant performance, and upgrading systems—from heat recovery and process electrification to AI-powered monitoring—driving down both emissions and energy costs.
Key Themes
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Navigating policy uncertainty and unlocking funding for industrial decarbonisation projects
Gain clarity on how to align with shifting policy landscapes and tap into government support—critical for accelerating low-carbon investments and de-risking major infrastructure upgrades.
Energy efficiency to reduce emissions (the greenest electron is the one you don’t use)
Actionable strategies for cutting energy waste in core operations, helping to lower emissions and operating costs while improving plant performance and compliance.
Building the commercial case for decarbonisation technology investment
Tools and frameworks to justify decarbonisation projects internally, balancing upfront costs with long-term carbon savings—essential for making a persuasive business case to boards and CFOs.
Electrifying traditionally fossil-fuel-dependent industrial processes
Explore how renewable energy, electrification, and energy storage can be applied in high-heat, energy-intensive settings, offering a path to deep emissions cuts across hard-to-abate sectors.
Evaluating emerging low-carbon technologies for industrial heat processes
Insights into scalable alternatives like solar thermal, biofuels, and hydrogen, helping to identify viable, future-proof technologies that can replace fossil fuels without compromising output.