INDUSTRIAL SYNERGY · UNLOCKING NEW SCENARIOS FOR PLASTICS RECYCLING AND HIGH-VALUE APPLICATIONS
Design First: Ecological Design Standards for Plastic Products and Industry Practices
Interpretation of ecological design standards: key elements for easy recycling including material selection, structural design, inks and labels, adhesives, and composite structures. Practical implementation of ecological design in products across packaging, home appliances, automotive, electronics, and daily chemical sectors. Collaborative optimization between front-end design and back-end recycling & regeneration to improve purity, stability, and utilization of recycled materials. Alignment with domestic and international EPR policies, green certifications, and Design for Recycling (DfR) standards to support export compliance and low-carbon brand upgrading.
* Invited Institution Type: National and Industry Standard-Setting Bodies, University Material Design Research Institutes, Product Design Centers, International Environmental Certification Organizations, R&D Departments of Leading Packaging/Home Appliance/Automotive Enterprises

Recycling Practice: Urban-Scale Plastics Recycling Network Construction, Government-Enterprise Collaborative Recycling Mechanisms, and Case Studies in Waste Plastics Traceability System Implementation
Construction of urban "dual-network integration" systems for renewable resources: integrated models combining community collection, transfer sorting, and centralized disposal. Experience sharing in recycling system development: government-enterprise collaboration, industrial park clustering, policy subsidies, and standardized operations. Development of full lifecycle traceability systems for waste plastics: end-to-end traceability throughout collection, sorting, regeneration, and application. Case studies in efficient collection and standardized operations for industrial waste plastics, household plastic waste, and packaging waste.
* Invited Institution Type: Local Urban Management/Sanitation Departments, Renewable Resource Park Operators, Leading Recycling System Enterprises, Traceability Platform Companies

Value Enhancement: Recycled Plastics Modification Technologies and Product Upgrading — Achieving the Value Leap of "Turning Waste into Treasure"
Key modification technologies for recycled plastics: impurity removal, drying, toughening, reinforcement, heat resistance, anti-aging, and achieving food-grade standards. High-value modification and resource utilization solutions for contaminated materials, composites, and mixed waste plastics. Formulation optimization, cost control, and mass production solutions for achieving performance parity between recycled and virgin materials. High-performance modification additives, equipment selection, and efficient production process upgrades.
* Invited Institution Type: Plastics Modification Companies, Recycling Technology R&D Enterprises, Additive and Formulation Companies, Material R&D Teams from Universities and Research Institutes

High-Value Applications: Innovative Applications of Recycled Plastics in High-End Sectors
Access standards for recycled plastics in food contact, automotive, electronics and electrical appliances, high-end packaging, and medical auxiliary products. High-value application technologies and performance compliance solutions for rPET, rPE, rPP, and recycled engineering plastics. High-purity closed-loop recycling technologies and commercial implementation: bottle-to-bottle, film-to-film, sheet-to-sheet. Value empowerment and market competitiveness enhancement through low-carbon certification, carbon footprint assessment, and ISCC certification for high-value applications.
* Invited Institution Type: Leading Food/Daily Chemical/Automotive/Electronics Brands, Third-Party Testing and Certification Bodies, High-End Recycled Material Producers, Downstream Product Manufacturers

Brand Practice: Recycled Plastics Application Strategies and Supply Chain Requirements of Leading Brands
PCR material usage targets, sustainable packaging strategies, and ESG disclosure practices of leading domestic and international brands. Brand procurement standards for recycled materials: quality requirements, supply chain stability management. Collaborative closed-loop supply chain models: brand – modification company – recycling enterprise partnerships. Core supply chain requirements: recycled material traceability, quality consistency, low-carbon attributes.
* Invited Institution Type: Sustainability/Procurement/R&D Departments of Leading Brands in FMCG, Packaging, Home Appliances, Automotive, and Electronics Sectors

SMART UPGRADES · TECHNOLOGY AND EQUIPMENT DRIVING EFFICIENT DEVELOPMENT OF THE RECYCLING INDUSTRY
Smart Equipment: Technological Upgrades and Large-Scale Application of Automated Plastics Sorting, Shredding, and Washing Equipment
New technologies: hyperspectral sorting, AI intelligent sorting, dry/wet/water-saving washing, high-efficiency shredding/extrusion dewatering. Integrated solutions for automated, continuous, large-scale, and modular recycling lines: quality improvement and consumption reduction. Configuration and selection of specialized processing lines for PET bottles, PE/PP films, woven bags, and industrial plastics. Operational management, energy consumption optimization, capacity enhancement, and long-term stable operation experience for large-scale recycling lines.
* Invited Institution Type: Leading Domestic and International Smart Sorting and Recycling Equipment Companies, Automated Production Line Integrators, Core Component Suppliers

Digital Empowerment: Innovative Applications of AI and IoT in Plastics Recycling Sorting, Traceability, and Inventory Management
AI visual recognition, high-precision multi-material sorting, online impurity detection and quality control. IoT + Big Data: real-time monitoring and smart management of production data, energy consumption data, equipment status, and quality data. Digital trading, smart warehousing, logistics tracking, and supply chain collaboration platform for recycled plastics. Digital compliance, financial and tax standardization, and data governance models for the renewable resources industry.
* Invited Institution Type: AI and IoT Technology Companies, Digital Platform Service Providers, Smart Factory Solution Providers, Industry Digital Platforms

Equipment Going Global: Technical Advantages of Chinese Plastics Recycling Equipment, International Market Expansion, and Overseas Cooperation Cases
Core advantages of Chinese plastics recycling equipment: intelligence, cost-effectiveness, delivery capability, and localized services. Market demand, policy, and investment environment analysis for Southeast Asia, Middle East, Europe, Africa, and Latin America. Model sharing: overseas plant construction, technology export, agency cooperation, turnkey projects, localized operation and maintenance. Practical experience in cross-border certification, compliance, logistics, financial support, and overseas market expansion.
* Invited Institution Type: Recycling Equipment Companies with Overseas Business, International Trade and Cross-Border Service Enterprises, Overseas Parks and Investment Institutions

TECHNOLOGICAL BREAKTHROUGHS · CHEMICAL RECYCLING OPENING NEW AVENUES FOR PLASTICS CIRCULARITY
Technology Analysis: Core Processes, Technical Bottlenecks, and Latest Breakthroughs in Chemical Recycling (Pyrolysis, Depolymerization, Gasification, etc.)
Comparison of mainstream chemical recycling technology routes: pyrolysis, catalytic cracking, alcoholysis, hydrolysis, enzymatic hydrolysis, solvent-based methods, gasification. Principles and applicable scenarios for chemical recycling of PET, PE, PP, PS, multi-layer composite films, and hard-to-recycle plastics. Optimization of key indicators: product purity, energy consumption, yield, impurity tolerance, dioxin control. Technical challenges, solutions, and latest progress from lab-scale to pilot-scale to industrial scale-up.
* Invited Institution Type: Chemical/Material Research Teams from CAS and Key Universities, Chemical Recycling Technology R&D Companies, Holders of Core Domestic and International Patents

Industrial Implementation: Case Studies in Large-Scale Application, Capacity Deployment, and Cost Control of Domestic and International Chemical Recycling Projects
Construction, operation, raw material supply, and product sales closed loop for 10,000-ton and 100,000-ton chemical recycling projects. Quality control, ISCC certification, and market applications for chemical recycling oil, recycled monomers, and recycled pellets. Collaboration planning, industrial park supporting facilities, energy consumption and comprehensive cost optimization of chemical and physical recycling. Exploration of policy support, green finance, carbon reduction benefits, and commercially profitable business models.
* Invited Institution Type: Operational Chemical Recycling Companies, Large Petrochemical Enterprises, Green Investment Institutions, Chemical and Renewable Resource Industrial Parks