Accelerate deployment and reduce risk with advanced process modelling and next-gen solid sorbents.
As the global community pushes for urgent and scalable decarbonisation solutions, carbon capture has become a critical pillar in achieving net-zero goals.
Tune into this session on Wednesday 25th of June at 3pm BST | 4pm CEST | 10am EDT | 7am PST with experts from Siemens and Immaterial for a timely webinar showcasing how next-generation solid sorbents—particularly metal-organic frameworks (MOFs)—are redefining what’s possible in carbon capture.
Expert speakers will explore how digital modelling can help you evaluate and deploy advanced capture systems with confidence—specifically using high-performance solid sorbents like Immaterial’s monolithic MOFs and Siemens’ gPROMS Process platform.
Why attend?
- Get valuable insights into how monolithic MOFs can surpass current benchmarks in carbon capture performance, including in both low and high CO₂ concentration environments
- Explore the advantages of using solid sorbents over amines, including lower CAPEX and smaller system footprints.
- Understand the unique properties of MOFs developed at Immaterial, such as high CO₂ uptake, superior selectivity, and exceptional resistance to moisture, thermal, and mechanical loads, making them ideal for real-world deployment.
- Learn how gPROMS Process enables you to de-risk project implementation through high-fidelity digital simulations and accelerate time-to-market.
- Exceed decarbonization targets with optimized process parameters and scale operations confidently using proven modelling frameworks.
This session bridges the gap between hands-on laboratory results and advanced modelling and will offering a first-hand account of:
- Laboratory-validated gPROMS Process Simulation results of Immaterial’s groundbreaking monolithic MOF technology
- Industry-leading process modelling capabilities of gPROMS Process
- Digital twins that accurately predict and optimize system performance
- How Siemens gPROMS allows Immaterial to make informed decisions backed by robust technical analysis
This session is designed specifically for industrial decarbonisation leaders in oil & gas, power generation, cement, steel, and other heavy industries.
If you’re evaluating next-generation carbon capture technologies, seeking to accelerate deployment, or looking for tools to reduce technical and financial risk, this webinar is for you.
Register for free by completing the form on the right >>
Meet the speakers:
Dr. Hesam Maleki, Senior Process Engineer, Immaterial
Hesam is a Senior Process Engineer at Immaterial with a research background in material science and process design of adsorptive and catalytic systems. He has developed several process models involving gas-solid interactions and is interested in exploring ways to utilise carbon dioxide and hydrogen to address climate change. At Immaterial, Hesam is working on the design and optimisation of carbon capture processes using state-of-the-art MOF monoliths.
Parimal Patel, Solutions Consultant, Siemens
Parimal is a Solutions Consultant at Siemens Digital Industries in the Process Automation Software business unit. With a background in Chemical Engineering and advanced process modeling using gPROMS Process, he has successfully driven numerous pre-sales engagements and some consulting projects in the energy sector. In his current role, Parimal leads the strategic development of digital solutions for Carbon Capture at Siemens, helping various organizations navigate their sustainability transformation journey.
Robin Gillham, Business Development Manager, Immaterial
Robin started his career as a concept and feasibility design engineer for JLR. After working in various technical sales roles, Robin then joined a new technology start-up in the business development function, where he was responsible for introducing a new coating technology solution to the Flow Control, Oil & Gas and Power Generation sectors. He has experience working closely with customers, trade associations and test facilities to successfully develop market applications and gain the required approvals and accreditations.
