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Agenda

Discover what’s shaping the future of the specialty papers industry.

The just-released agenda for Specialty Papers US 2026 is packed with can’t-miss presentations on fiber innovation, regulatory shifts, sustainable alternatives, end-use breakthroughs and more!

See who’s taking the stage in Milwaukee this October and explore the expertly-led sessions below. 

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Please click on the dates below to see each day's program!


Registration Opens
Session 1: Market outlook
Specialty Papers: a producer perspective (title tbc)
Speaker to be announced
Specialty papers market overview
  • Mergers and acquisitions in SP  (world wide/by region)
  • Mill or paper machine closures
  • Mill or paper machine start-ups (or re-starts)
  • Major trends that impact volume and grade categories
  • New technology introduced in the past year

Scott McNutt | Consultant, Nextep Partners LLC
Session 2: Navigating EPR and the regulatory landscape: practical implications for specialty papers and packaging
The EPR balancing act: navigating data, compliance, and sustainability at scale
  • As Extended Producer Responsibility (EPR) programs continue to expand across the U.S., organizations are challenged to balance increasingly complex compliance obligations with broader sustainability goals.
  • This session will explore practical lessons learned from implementing EPR programs at scale, including common data challenges, strategies for building scalable and auditable packaging data systems, and approaches to navigating evolving regulations.
  • Attendees will learn how cross-functional collaboration between sustainability, procurement, packaging engineering, supply chain, and regulatory teams can improve both compliance and business outcomes.
The discussion will also examine how packaging data can be leveraged to identify opportunities that reduce future EPR costs while advancing sustainability objectives, helping organizations make informed decisions that balance what is technically feasible, economically practical, and aligned with long-term packaging and circularity goals.

 
Chip Daley | EPR Data & Strategy, Clearyst
Networking refreshment break
From waiting to working: interpreting EPR through the upstream value chain for paper-based packaging innovation
This presentation reframes Extended Producer Responsibility (EPR) as an upstream innovation driver, rather than a downstream compliance requirement. It introduces a practical framework for translating EPR legislation into actionable material design criteria, R&D prioritization, and application selection for paper-based packaging. The talk highlights where fiber-based solutions are technically viable, where gaps remain, and how suppliers can proactively enable adoption through targeted coating and substrate development.
 
Erica Frankel | TS&D Scientist, Dow
Regulation becomes marketing advantage for food packaging brands
Food contact materials are regulated by the U.S. Food and Drug Administration (FDA) and other governmental agencies around the world. Food contact materials and food packaging must comply with FDA regulations before going to the market. Delays due to compliance issues or brand owner expectations can be avoided with a well-planned Product Stewardship program and supply chain collaborations. Understanding trends in regulation and integrating compliance needs into product development process can turn regulation burdens into marketing advantages.
•              Food packaging regulations: developing understanding and compliance strategies
•              Supply chains: brand owners’ challenges and responsibilities
•              How to turn regulations into marketing advantage: leveraging the rules to enhance brand value
 
Huqiu Zhang | Principal, Senior Chemist, Sevee & Maher Engineers
Panel session: Winning with Specialty Papers – Innovation, regulation and market demand, what’s driving success?
Accelerating innovation and scale-up in paper-based flexible packaging – how best to align regulatory and supply chain needs. EPR – is this an opportunity for specialty papers? Brands as an enabler of change and industry expectations, is collaboration the key? What innovation will have the greatest impact on specialty papers and packaging? Looking ahead to stay ahead 

Moderator: Gary Robinson, Chief Revenue Officer, CelluComp
Panellists to be announced

 
Networking lunch break
Session 3: Paperization scale up: replacing plastics and performance Innovation
Beyond plastic: scale-up and integration of patented, fully recyclable thermally-insulating paper packaging
  • Why the foam-replacement problem is harder than it looks
  • The systems-economics case
  • How PPWR and parallel North American mandates are converting "nice to have" recyclable insulation into a compliance requirement for cold-chain and protective packaging.
  • The core technical breakthrough: how non-toxic barrier chemistry and physical structure modifications manipulate thermal conductivity  
  • Three stacking systems mills and converters can act on now
  • Proof it runs and proof it performs: pilot and mill-trial data showing temperature 
  • An end-to-end paperization framework that equips mills, converters, and brand owners to eliminate protective plastic packaging at commercial scale

Marc Klein | Co-Founder and CEO, Astra Thermal Sciences
Session chair
Paper meets plastic: practical pathways to scalable paperization in a performance-driven market
Chris Jansen, Principal Product Development Engineer, Amcor
Breanna Van Nuland, Senior Product Development Engineer, Amcor
Advancements with a functional, bio-based, creased OGR product
  • Building on previous success of a biobased barrier that achieved a creased oil barrier at 60C for 24hours at pilot scale
  • Working with potential customers and other venders have been able to overcome technical issues
  • Looking to go to commercial scale soon

Brad Hartong | Applications Development Scientist, Primient
Networking refreshment break
Session 4: MFC for paper and packaging applications: scaling and technology advancements
Bio-based barriers to scale
  • Next‑level MFC (HC‑MFC, 6% solids):
    A novel high‑consistency MFC grade enables dispersion coating at ~6% solids, improving process efficiency while maintaining excellent barrier performance.
  • Solving the key MFC commercialization gap:
    HC‑MFC addresses the main bottlenecks of conventional MFC coatings—low solids, poor runnability, and high cost‑in‑use—unlocking scalable, plastic‑free barrier solutions.
  • Flexible and cost‑efficient dispersion coating platform:
    Bio‑based dispersion coating enables deployment on existing coating lines with lower CAPEX and improved recyclability compared to extrusion coating.
  • Competitive positioning vs. other bio-based coatings:
    HC‑MFC offers a balanced combination of barrier performance, recyclability, and cost‑efficiency, compared to other bio-based barrier systems

Juha Maijala | Manager Technology Concepts, VTT Technical Research Centre of Finland
Advances in MFC Technology Using Platelets to Deliver High Solids Content
  • Introduction to CelluComp’s novel platelet MFC development
  • Advances in a high solids MFC with technical, mechanical, and economic benefits
  • Application use cases

Gary Robinson | Chief Revenue Officer, Cellucomp
Wet Stirred Media Mills for production of microfibrillated cellulose (MFC) for the specialty paper industry: Recent advances and case studies.
Production of MFC.
  • MFC usage in specialty papers.
  • Improved barriers.
  • Regulatory clearances.

Mark Paradis | Customer Technical Services Director, Fiberlean
Networking drinks reception
Registration Opens
Chair’s welcome
Session 5: Delivering packaging and material innovation: challenges and opportunities
Delivering Innovation at Scale: Vital Proteins Transition from Plastic to Paperboard Canisters
  • Nestlé has committed to virgin plastic reductions in their packaging.
  • Paper-based alternative materials have now been explored for over 5 years.
  • Recent legislation brings legal compliance challenges and opportunities into the packaging development process.
  • Nestlé transformed their plastic canisters into a patented laminated paperboard, removing 1800mtons of plastic annually.
  • This shift goes far beyond material substitution: it is a full-scale redesign balancing product freshness, consumer delight, manufacturing reality and compliance.
  • The result - a bold move that proves compliance and sustainability can win at scale.

Eric Bell | Principal Scientist Packaging, Nestlé Nutrition & Health
Practical challenges companies face when evaluating packaging changes across multiple jurisdictions with differing EPR requirements
  • Exploration of the practical challenges companies face when evaluating packaging changes across multiple jurisdictions with differing EPR requirements.
  • Presentation of real-world case studies illustrating the trade-offs between recyclability, source reduction, compliance risk, and cost.
  • Insights into how packaging decisions can impact EPR fees, reporting obligations, sustainability targets, and overall business outcomes.
  • Practical strategies for developing packaging compliance programs that support both environmental objectives and financial performance.
  • Key takeaways for brands seeking to navigate an increasingly complex EPR environment while maintaining flexibility and competitiveness

Jason Bergquist | CEO – North America, RecycleMe
Biobased policies and regulatory updates on microfibrillated and nano forms of cellulose
Market requirements for novel substances and packaging ingredients vary across regions and economic sectors, as do policies for nanoscale materials and technologies.
This presentation will discuss updates to the regulatory requirements for nanoscale and biobased cellulose materials in different jurisdictions for specialty papers and identify important considerations for innovators and end users in terms of nanomaterial and biobased substances policies. The presentation will address occupational, environmental and consumer safety requirements and discuss testing and reporting requirements, specifically for nanomaterials, as well as for broader types of cellulose and lignin innovations.
 
Jo Anne Shatkin | Founder and President, Vireo Advisors
Session 6: Barrier coatings and alternative fiber updates
Suberin-based dispersions for barrier coating
The presentation explores suberin, a natural material from birch bark, as a renewable barrier coating for paper-based packaging. Key points include:
  • Why tightening plastic-waste regulations and sustainability targets are increasing interest in fiber-based packaging.
  • How suberin can be used to create water-based barrier coating dispersions.
How pilot-scale roll-to-roll applied coatings perform compared with commercial alternatives, and what still needs improvement for demanding packaging applications

 
Martti Toivakka | Professor, Åbo Akademi University
Networking refreshment break
How pigments in barrier coatings affect coating mechanical and barrier performance
  • Pigments added to dispersion coatings can improve coatings but change coating behavior.
  • Modeling and experiments explain how higher pigment loadings increase the crack propagation in coatings.
  • Higher pigment volume concentrations above an optimal value actually decrease the moisture barrier of these coatings.
  • Higher pigment volume concentrations can prevent blocking of the roll.

William Gramlich | Professor of Chemistry, Director of the Paper Surface Science Program, University of Maine
PFAS-Free OGR Specialty Paper
  • Modular biomass agnostic biorefinery
  • Low CAPEX / High value outputs in cellulose, lignin and silica
  • Circular and near zero waste generated
  • Suitable of non-wovens / paper, molded fiber and nano cellulose

Navin Singhania | Founder & President, Barracuda Technologies
Networking lunch break
Beyond Coating Formulations: A Systems Approach to Barrier Coatings
Pratiksha Chotalia, Application Engineer, Henkel
Session 7: The role of Ai in specialty papers; processing and technology updates
Optimizing refining energy and freeness: an Ai-driven approach to efficient papermaking
Priya Venkat, COO and Co-Founder, Haber
A wet-end chemistry platform for specialty papers – strength performance, cost savings and sustainability
  • Papkot PA is a nanoengineered silica-cellulose wet-end additive family (PA3 dry strength, PA7 dry + wet strength), biobased and PFAS-free, engineered as a non-PAE alternative that eliminates the recyclability penalty carried by legacy synthetic resins.
  • Measured strength gains across dry mechanical properties (stiffness, tensile, burst, tear) ranging from 5% to 150%, averaging 30–40%, validated in industrial trials at European mills including Fedrigoni.
  • Mill economics: up to 20% fiber cost reduction by enabling higher loading of GCC fillers, starch, and short or recycled fibers without losing runnability; fewer breaks translate into machine throughput gains.
  • Recyclability-certified with 100% fiber yield, aligning specialty paper producers with tightening US EPR obligations (Oregon, Colorado) and brand-owner paperization targets for food and consumer packaging.
  • Case data from commercial trials, positioning for barrier and specialty grades in North America, and a practical roadmap for mills evaluating drop-in nanoengineered wet-end platforms.

Manuel Milliery | CEO & Founder, Papkot
From lab results to production reality: bridging coatings to the full-scale coater and conversion
Speaker tbc, H B Fuller    
Closing Remarks