Session Details
Chemical Sustainability: The Train is Gathering Momentum, Are Risks Lying Around the Bend?
Technical and economic development for energy transition, reduced greenhouse gases, and plastic circularity is accelerating rapidly for the petrochemical industry. The plastics industry is now fully engaged in a transformation that will require unprecedented investment to scale new recycling technologies. Stakeholders who are leading the industry transition are redefining their business models and embracing new levers to overcome disruptions that inevitably arise when redefining a value chain. This program will explore the various levers and supporting policies needed to effect a successful transition to a circular plastics industry from the perspectives of various stakeholder groups.
Session 1: State of Play – Recycling Technology & Assets
The Plastics Industry is now fully engaged in a transformation that will require unprecedented investment to scale new recycling technologies. Mechanical recycling is poised to expand globally and incorporate leading-edge, AI-supported, processes to improve recycling rates, yields, and quality while expanding capabilities to recycle more difficult formats, including flexibles. Chemical recycling technology scaling is accelerating while sourcing the necessary volumes of processed plastic waste remains wholly inadequate. This panel is planned to provide insight into the technologies and investments that will transform the plastics industry and discuss views for igniting a truly revolutionary transition to a circular plastics ecosystem.
Speakers:
Nina Butler, CEO, Stina Inc.
Albert Douer, Executive Chairman and Co-CEO, UBQ
Yasmine McColl, Global Chemical Segment Leader, Schneider Electric
J. Scott Saunders, General Manager Recycling Division, KW Plastics
Session 2: State of Play – Circular Plastics Transition Levers
Stakeholders who are leading the industry transition to a circular ecosystem for plastic are redefining their business models and embracing new levers to overcome disruptions that inevitably arise when redefining a value chain. Re-design of products and packaging to extend material use, incorporate repair and reuse, and provide value-added end-of-life disposition are all disrupting the linear model for plastics production that has been finely tuned over decades. New business models are emerging and the lines that historically separated waste management, recycling, and chemical companies are blurring quickly. Advancing circular solutions will also require unprecedented alignment of effective policies to affect fiduciary management of plastics on a global scale. This panel is planned to provide a picture of an industry transforming itself, building upon a history of innovation that has proved essential to supporting human life.
Speakers:
April Crow, Senior Advisor, Circulate Capital
Han Zhang, Global Sustainability Director, Packaging & Specialty Plastics, Dow
Natalie Stirling-Sanders, Head of the Americas, Alliance to End Plastics Waste
Ganesh Nagarajan, Senior Director, Plastics, Waste Management
Session 3: CBAM – Can Petrochemicals Gain Insights from the Steel Industry?
Carbon Border Adjustment Mechanism (CBAM) is a policy the EU is implementing to “level the playing field” for the domestic industry, encumbered by the EU carbon dioxide reduction policy, to compete fairly with imports from regions not on the same CO2 reduction trajectory. The CBAM rules are phased in by industry prioritized by the EU. In the first phase steel, amongst others, is feeling the full impact of CBAM rules and may offer some indication on what petrochemicals will likely face once they are rolled into the policy. Join us at WCF for an engaging conversation on how the steel industry is adapting to CBAM.
Speakers:
Claude Letourneau, CEO, Svante Technologies
Duncan Pitchford, President and Head of Commercial, Hydro Aluminum Metals USA
Mitch Toomey, Vice President of Sustainability, American Chemistry Council (ACC)
David Neilson, Associate Technical Partner, ERM
Humberto J. Rocha, Carbon and Biodiversity Editor, OPIS a Dow Jones Company
Session 4: Syngas: Hydrogen and Carbon Monoxide Investments Abound; Ammonia is Now a Key Product to Go Blue/Green
Why blue/green ammonia? Ammonia is a critical building block not only for many petrochemicals but also for conversion to Urea for agriculture. Ammonia though is one of the largest CO2 emitters in the traditional production routes and addressing these emissions is at the forefront of activity. Significant government support has come into play to catalyze investments. Is this a needle mover? What does the world of supply/demand for ammonia look like? And does ammonia have a viable role to play as a carbon-free fuel for ships? Please join us at the World Chemical Forum to participate in this assessment of where ammonia is headed.
Massive investments in electrolyzer R&D and manufacturing have laid the foundation to achieve economies of scale as the green hydrogen industry takes off. While electrolyzer manufacturing advances, such as roll-to-roll manufacturing and catalyst innovations, will drive down capital cost, the cost of green hydrogen production via conventional water electrolysis will still largely be driven by electricity consumption. However, electrochemical reactors can do much more than make hydrogen; re-engineering such systems to perform chemistries beyond water splitting, powered by renewable energy, can have a profound impact on the hydrogen value chain, as well as the chemicals sector more broadly. As an example, many organic feedstocks (e.g., bio-ethanol) can be electrochemically oxidized in place of water at the anode, while still producing hydrogen at the cathode, presenting several key advantages. Mattiq is now developing these types of novel electrolysis systems that unlock alternative routes towards green hydrogen and other low-carbon chemicals with a reduced or entirely eliminated green premium.
Today, ammonia serves primarily as a fertilizer, but its applications extend far beyond agriculture. As an accessible, lower-cost, and more energy-dense solution than liquid hydrogen or batteries, ammonia is gaining traction as an alternative fuel to decarbonize the hard-to-abate sectors. Join Maciek Lukawski, VP of Strategy and Business Development at Amogy, for a presentation comparing the pros and cons of ammonia to other low-carbon fuels. Additionally, gain insights into Amogy’s progress in constructing the world’s first ammonia-powered vessel set to sail in 2024 and explore the pathway towards commercializing ammonia-based power solutions for maritime and stationary power.
Nina Butler
CEO Stina
Read BioApril Crow
Senior Advisor Circulate Capital
Read BioAlbert Douer
Executive Chairman and Co-CEO UBQ Materials
Read BioYasmine McColl
Global Chemical Segment Leader Schneider Electric
Read BioGanesh Nagarajan
Senior Director, Plastics Waste Management
Read BioDavid Neilson
Associate Technical Partner ERM
Read BioClaude Létourneau
President & CEO Svante Technologies Inc
Read BioSteve Lewandowski
Vice President, Global Olefins & Derivatives Team Lead Chemical Market Analytics by OPIS
Read BioMaciek Lukawski
Vice President of Strategy and Business Development Amogy
Read BioAnthony Palmer
Vice President, Global Circular Plastic Sustainability Chemical Market Analytics by OPIS
Read BioDuncan Pitchford
President Hydro Aluminum Metals USA, LLC
Read BioCarl Roache
Director, Ammonia and Urea Chemical Market Analytics by OPIS
Read BioHumberto J. Rocha
Carbon and Biodiversity Editor OPIS a Dow Jones Company
Read BioNatalie Stirling-Sanders
Head of the Americas Alliance to End Plastics Waste
Read BioJ. Scott Saunders
General Manager, Recycling Division KW Plastics
Read BioJordan Swisher, Ph.d
Director of Chemistry Mattiq
Read BioMitch Toomey
Vice President Sustainability American Chemistry Council (ACC)
Read BioRobin Waters
Executive Director, Circular Plastics & Chemicals Sustainability Chemical Market Analytics by OPIS
Read BioHan Zhang, Ph.D.
Global Sustainability Director, Packaging & Specialty Plastics Dow
Read Bio