Bu yılki konferans, plastik ambalajların geri dönüşümüyle birlikte E-atık değerlendirmesi, PVC geri dönüşümü, tekstil geri dönüşümü ve mühendislik termoplastiklerinde gelişmiş geri dönüşümün kullanımı gibi acil konuları vurgulayacak. Bir diğer önemli odak noktası ise, yatırımlar ve finansman stratejileri merceğinden ileri geri dönüşümün incelenmesi olacak.

Katılımcılar, ekstrüzyon, çözünme, enzimoliz, solvoliz, piroliz, termal depolimerizasyon ve Karbon Yakalama ve Kullanımı (CCU) ile gazlaştırma dahil olmak üzere kapsamlı bir geri dönüşüm teknolojisi yelpazesini keşfetme fırsatına sahip olacaklar. Programda ayrıca, geri dönüşümün geleceğini şekillendiren ön ve son işlem teknolojileri ve dijital yenilikler hakkında tartışmalar yer alıyor.

Konferans, endüstri liderleri, markalar, yatırımcılar ve politika yapıcıların değişen düzenleyici ortamda gezinmeleri ve geri dönüşümde yeni fırsatları keşfetmeleri için önemli bir platform görevi görüyor.

26 ülkeden yaklaşık 300 katılımcının katıldığı 2023 etkinliğine,  2024'te hem fiziksel hem de kimyasal geri dönüşümdeki uzmanlar arasında daha derin bir iş birliğini teşvik ederek, bu ivmenin genişletilmesi amaçlanıyor. Katılımcılar, ortaya çıkan trendlerin ve teknolojik gelişmelerin sürdürülebilirlik ve düzenleyici hedeflerle uyumlu hale gelirken sektörün değişen taleplerini nasıl karşılayabileceğine dair temel içgörüler elde edecekler. 

Uzman Görüşleri ve Vizyonerler: Geri Dönüşümün Geleceğine Liderlik Eden Konuşmacılarla Tanışmak İçin

https://advanced-recycling.eu/program/

1. Gün, 20 Kasım 2024 10:00-17:40 (CET)

Perspectives of Advanced Plastics Recycling

 • Lars Krause, nova-Institute (DE) – Mapping of Advanced Recycling Technologies and Global Capacities 

• Peter Schwarz, Covestro Deutschland (DE) – Advanced Recycling of Engineering Thermoplastics – A Differentiated View on Recyclability

• Robert Kunzmann, AC Biode (LU) – Chemical Recycling of PE and PVC – Current Trends and New Technologies

• Oscar Vernaez and Laura Strobl, Neste / Fraunhofer IVV (DE) – E-Waste Plastics Valorization: A Symphony of Advanced Recycling Technologies 

From Polymer to Building Units and Back to Polymer – An Excursion Through Different Depolymerisation Technologies

• Jean Luc Dubois, Trinseo - Altuglas International (FR) – PolyMethylMethAcrylate (PMMA) Depolymerization by Trinseo

 • Nicole Soligo, Aquafil Group (IT) – The ECONYL® Regeneration -System – Chemical Recycling of PA6

 • Nicolas Dubaut, Plasticentropy France (FR) – Plasticentropy, Recycling Multilayers Plastic Waste

From Recovery of Feedstocks to Products

 • Richard von Goetze, Interzero (DE) – Evolving Feedstock Specifications in the Circular Economy

 • Sneha Verma, AEB amsterdam (NL) – Transforming Waste for a Circular Future 

• Javier Grau Forner, AIMPLAS (ES) – RECLAIM: A Portable, Robotic Material Recovery Facility

• Stephan Roest, Borealis (AT) – Chemical Recycling Important Part of Borealis’ Transition to a Circular Economy

 Thermochemical Recycling (I)

• Gillian Tweddle, Stripe Consulting, (BE) – Chemical recycling for the production of alternative naphtha

• Marco Karber, AES Autonome Energiesysteme (DE) – Economical Assessment of Small-Scale Pyrolysis Plants

• Martin Seemann, University of Technology Chalmers / Energy Technology (SE) – Direct Steam Cracking of Heterogeneous Plastic Waste – A Solution to Transform Chemical Clusters

• Valentijn de Neve, BlueAlp Production (NL) – Accelerating Plastic Recycling – Close to the Waste or Close to the Cracker? Press release nova-Institute – Sustainability & Innovation

• Jelle Ernst Oude Lenferink, Fluor (NL) – Developing Plastic (Pyrolysis) Recycling Projects – An EPC Contractor’s Perspective 

2. Gün, 21 Kasım 2024 09:00-17:30 (CET)

Markets, Investments and Funding

• Peter Jetzer, jrp collaboration promotion (DE) – Price Dynamics and Market Evolution in the Plastics Recycling Industry

• Gerben Hieminga, ING (NL) – Let’s Talk Economics: How Recycling Stacks Up Against CCS, Hydrogen, and Electrification

• Jan-Willem Muller, Infinity Recycling (NL) – Advanced Recycling from an Investor’s Perspective

• Marc Spekreijse, Circular Plastics NL Stichting (Foundation) (NL) – Circular Plastics NL | Accelerate the Transition

Different Approaches, Challenges, and Expanded Use of Physical Recycling Technologies

• Julien Davin, Saperatec (DE) – How Delamination Recycling Can Enable the Access to Underutilized Feedstocks for Recycled Plastics

• Aditya Prakash Shembekar, University of Edinburgh (UK) – Sustainable Solutions for the Automotive Industry: Thermomechanical Recycling of Continuous Glass Fibre (GF) Reinforced Polyamide-6 (APA6) Composites

• Patrick Trubic, Coperion (DE) – Approaching Advanced Recycling Challenges with Twin Screw Extrusion Technology Innovations

• David Rapp, KraussMaffei Extrusion (DE) – Challenging the “Challenge-Test”: Are Physical Recycling Methods Suitable for Food-Grade Polyolefins?

Dissolution Technologies for Recycling of Commodity Plastics

• Wiebe Schipper, PureCycle (BE) – PureCycle: Closing the Loop on Polypropylene

• Virginie Bussières, Polystyvert (CA) – Economically viable Polystyrene Recycling by Dissolution

• Emmeline Aves, Reventas (UK) – Solvent-based Purification of PE, PP, and ReVentas Technology for Purification of Waste Polyolefins 

Depolymerisation Technologies for PET

• Mathias Kirstein, RITTEC 8.0 Umwelttechnik / matterr (DE) – Beyond Bottle Recycling: Achieving Full Circularity for Polyester

• Clémentine Devarenne, AXELERA (FR) – WhiteCycle: An Innovative European Project to Process and Recycle PET from Complex Waste

• Pelin Uran, DePoly (CH) – Chemical Recycling of Polyester-based Products into Monomers

 Thermochemical Recycling (II)

• Geoff Brighty, Mura Technology (UK) – Mura Technology – Aiming to be the Leading Provider of Recycled Oils for EU Circular Value Chains with Hydrothermal Treatment

• Eric Appelman, Aduro Clean Technologies (CA) – An Effective Alternative to Pyrolysis in Chemical Recycling Press release nova-Institute – Sustainability & Innovation

• Gonzalo Izquierdo, Blueplasma Power (ES) – Turning Waste into CO2-free Hydrogen and Circular Carbonates

Pre-/Post Treatment and Upgrading

• Tobias Rieger, Fraunhofer UMSICHT (DE) – Methods for Pre- and Posttreatment of Feedstocks for Chemical Recycling of Plastic Wastes – Different Methods and Novel Approaches

 • Outi Teräs, Neste (FI) – Refinery Upgrading to Enable Scale-up of Chemical Recycling

 • Luis Hoffmann, Sulzer Chemtech (CH) – Pioneering Purity: Transformative Advances in Chemical Polymer Recycling 

Etkinliğe kayıt olmak ve daha fazla bilgi edinmek için: https://advanced-recycling.eu