1. Executive Summary
1.1 Key Pricing Trends — Q2/Q3 2026
1.2 European Bioplastics Market Overview
1.3 Key Price Movements by Material
1.4 Supply-Demand Balance
1.5 Capacity Utilization Trends
1.6 Feedstock Cost Developments
1.7 Regulatory Impact on Pricing
1.8 Key Factors Supporting Price Premiums
1.9 Key Factors Creating Downward Price Pressure
1.10 Outlook for Q4 2026

2. Europe Bioplastics Market Overview
2.1 Definition and Scope of Bioplastics
2.2 Bioplastics Market Structure
2.3 Bio-based vs. Biodegradable Plastics
2.4 Major Bioplastic Materials
PLA
Bio-PE
Bio-PET
PBAT
PHA
Starch Blends
Other Bioplastics

2.5 Major End-use Industries
Packaging
Consumer Goods
Agriculture
Automotive
Textiles
Electronics
Other Applications

2.6 European Demand Landscape
2.7 Production Capacity Landscape
2.8 Capacity Utilization
2.9 Supply-Demand Balance
2.10 Key Market Drivers and Constraints

3. European Bioplastics Pricing Landscape
3.1 Overall European Bioplastics Price Trends
3.2 Quarterly Price Movement
3.3 Monthly Price Movement
3.4 Price Comparison by Material
3.5 Price Comparison by Country
3.6 Price Comparison with Other Regions
3.7 Premium/Discount to Conventional Plastics
3.8 Historical Pricing Trends
3.9 Current Pricing Environment
3.10 Key Factors Influencing European Prices
3.11 Regional Price Benchmarking
Europe
Northeast Asia
Southeast Asia
North America
Latin America
Middle East & Africa

4. PLA Price Tracker
4.1 European PLA Market Overview
4.2 PLA Production Capacity
4.3 PLA Demand by Application
4.4 PLA Supply-Demand Balance
4.5 European PLA Price Trend
4.6 Monthly PLA Price Movement
4.7 Quarterly PLA Price Movement
4.8 Regional PLA Price Comparison
4.9 Europe vs. Asia PLA Price Differential
4.10 PLA Premium Over Conventional Plastics
4.11 PLA Cost Structure
4.11.1 Lactic Acid
4.11.2 Lactide
4.11.3 Feedstock Costs
4.11.4 Energy Costs
4.11.5 Transportation Costs
4.11.6 Conversion Costs
4.11.7 Regulatory/Compliance Costs

4.12 PLA Pricing Drivers
4.12.1 Packaging Demand
4.12.2 Consumer Goods Demand
4.12.3 Converter Demand
4.12.4 Feedstock Availability
4.12.5 Production Capacity
4.12.6 Capacity Utilization
4.12.7 Energy Prices
4.12.8 Logistics Costs

4.13 PLA Price Outlook
4.14 Upside Price Risks
4.15 Downside Price Risks

5. Bio-PE Price Tracker
5.1 European Bio-PE Market Overview
5.2 Bio-PE Production Capacity
5.3 Bio-PE Demand
5.4 Bio-PE Price Trend
5.5 Quarterly Price Movement
5.6 European Bio-PE vs. Conventional PE
5.7 Regional Bio-PE Price Comparison

5.8 Bio-PE Cost Structure
5.8.1 Bioethanol Prices
5.8.2 Sugarcane Feedstock
5.8.3 Ethylene Costs
5.8.4 Energy Costs
5.8.5 Logistics and Freight
5.8.6 Conversion Costs

5.9 Impact of Brazil Feedstock Pricing
5.10 Impact of Crude Oil Prices
5.11 Impact of Conventional PE Prices
5.12 Sustainability Premium
5.13 Bio-PE Pricing Outlook

6. PBAT & Compostable Bioplastics Price Tracker
6.1 PBAT Market Overview
6.2 PBAT Production Capacity
6.3 PBAT Demand
6.4 PBAT Pricing Trends
6.5 Starch-Blend Pricing Trends
6.6 Compostable Plastics Price Comparison

6.7 Composting Infrastructure Impact
6.7.1 Industrial Composting Capacity
6.7.2 Regional Infrastructure Differences
6.7.3 Germany
6.7.4 Italy
6.7.5 Belgium
6.7.6 Eastern Europe

6.8 Impact of End-of-Life Infrastructure on Demand
6.9 Regional Price Fragmentation
6.10 PBAT Price Outlook

7. Bio-PET & Other Bioplastics Pricing
7.1 Bio-PET Market Overview
7.2 Bio-PET Price Trend
7.3 Bio-PET vs. Conventional PET
7.4 Bio-PET Feedstock Economics
7.5 PHA Pricing Trends
7.6 PHA Cost Structure
7.7 Starch-Based Bioplastics
7.8 Other Emerging Bioplastic Materials
7.9 Comparative Price Analysis

8. Feedstock Cost Analysis
8.1 Feedstock Market Overview
8.2 Corn Prices
8.3 Sugarcane Prices
8.4 Sugar Beet Prices
8.5 Ethanol Prices
8.6 Lactic Acid Prices
8.7 Lactide Prices
8.8 Bioethanol-Derived Ethylene Costs

8.9 Feedstock-to-Polymer Price Transmission
8.9.1 PLA
8.9.2 Bio-PE
8.9.3 Bio-PET
8.9.4 PBAT
8.9.5 PHA

8.10 Feedstock Price Volatility
8.11 Feedstock Supply Risks
8.12 Regional Feedstock Advantage
8.13 Feedstock Cost Outlook

9. Energy & Manufacturing Cost Analysis
9.1 European Energy Price Environment
9.2 Electricity Costs
9.3 Natural Gas Costs
9.4 Chemical Processing Costs
9.5 Labor Costs
9.6 Plant Operating Costs
9.7 Capacity Utilization Impact
9.8 Economies of Scale
9.9 Production Efficiency
9.10 Impact on Bioplastics Pricing

10. Logistics & Supply Chain Cost Analysis
10.1 European Logistics Landscape
10.2 Ocean Freight Costs
10.3 Road Transportation
10.4 Port Costs
10.5 Transatlantic Shipping Costs
10.6 Supply Chain Disruptions
10.7 Middle East Supply Disruptions
10.8 Inventory Costs
10.9 Regional Supply Chain Advantage
10.10 Logistics Impact on Final Prices

11. Regulatory & Policy Impact on Pricing
11.1 European Bioplastics Regulatory Landscape
11.2 EU Packaging Regulations
11.3 Recycled Content Requirements
11.4 Extended Producer Responsibility
11.5 Compostability Requirements
11.6 Bio-based Material Regulations
11.7 Carbon-Related Regulations
11.8 Certification Requirements

11.9 UK Plastic Packaging Tax
11.9.1 Historical Tax Rates
11.9.2 2026 Tax Rate
11.9.3 30% Recycled Content Threshold
11.9.4 Impact on PLA
11.9.5 Impact on PBAT
11.9.6 Impact on Bio-PE
11.9.7 Impact on Packaging Producers

12. Country-Level Pricing Analysis
12.1 Germany
12.1.1 Market Overview
12.1.2 Production Capacity
12.1.3 Demand
12.1.4 PLA Prices
12.1.5 Bio-PE Prices
12.1.6 PBAT Prices
12.1.7 Feedstock Costs
12.1.8 Regulatory Environment
12.1.9 Pricing Outlook
12.2 Italy
12.3 Belgium
12.4 France
12.5 Netherlands
12.6 Spain
12.7 United Kingdom
12.8 Poland
12.9 Rest of Europe

13. Application-Level Pricing Analysis
13.1 Flexible Packaging
13.2 Rigid Packaging
13.3 Food Packaging
13.4 Beverage Packaging
13.5 Consumer Goods
13.6 Agricultural Applications
13.7 Automotive Applications
13.8 Electronics
13.9 Textiles
13.10 Other Applications

13.11 Application-Specific Price Premium
13.11.1 Sustainability Premium
13.11.2 Food-Contact Premium
13.11.3 High-Barrier Premium
13.11.4 Recycled-Content Premium
13.11.5 Compostability Premium

14. Supply-Demand & Capacity Analysis
14.1 Global Bioplastics Capacity
14.2 European Capacity
14.3 Capacity Additions
14.4 Planned Projects
14.5 Production Utilization
14.6 Capacity Utilization by Material
14.7 Demand Growth
14.8 Supply-Demand Gap
14.9 Inventory Position
14.10 New Capacity Impact on Prices

15. Competitive & Company Pricing Analysis
15.1 Competitive Landscape
15.2 Major European Producers
15.3 Major Global Suppliers to Europe
15.4 Production Capacity by Company
15.5 Product Portfolio
15.6 Pricing Strategy
15.7 Capacity Expansion Plans
15.8 Capacity Reduction/Deferral
15.9 Sustainability Positioning
15.10 Cost Competitiveness

15.11 Company Profiles
15.11.1 TotalEnergiesCorbion
15.11.2 Braskem
15.11.3 BASF
15.11.4 NatureWorks
15.11.5 Novamont
15.11.6 Other Key Suppliers

15.12 Strategic Developments
15.12.1 Capacity Expansion
15.12.2 Capacity Rationalization
15.12.3 New Product Launches
15.12.4 Recycling Investments
15.12.5 Partnerships and Agreements

16. Price Differential & Premium Analysis
16.1 Bioplastics vs. Conventional Plastics
16.2 European vs. Asian Pricing
16.3 European vs. North American Pricing
16.4 Virgin vs. Recycled Bioplastics
16.5 Bio-based vs. Fossil-based Materials
16.6 Compostable vs. Non-compostable Materials
16.7 Grade-Level Price Premium
16.8 Sustainability Premium
16.9 Certification Premium
16.10 Food-Contact Premium

17. Quarterly Price Tracker Dashboard
17.1 Key Price Indicators
PLA — $/kg
Bio-PE — $/kg
Bio-PET — $/kg
PBAT — $/kg
PHA — $/kg
17.2 Quarter-on-Quarter Price Change
17.3 Year-on-Year Price Change
17.4 Month-on-Month Price Change
17.5 Regional Price Differential
17.6 Feedstock Price Change
17.7 Energy Cost Change
17.8 Freight Cost Change
17.9 Capacity Utilization
17.10 Regulatory Cost Impact

18. Price Forecast
18.1 Q4 2026 Price Outlook
18.2 2027 Price Outlook
18.3 Base-Case Scenario
18.4 Bull-Case Scenario
18.5 Bear-Case Scenario

18.6 Scenario Drivers
18.6.1 Demand Growth
18.6.2 Capacity Additions
18.6.3 Feedstock Prices
18.6.4 Energy Prices
18.6.5 Freight Rates
18.6.6 Regulatory Changes
18.6.7 Sustainability Adoption

18.7 Material-Level Forecast
PLA
Bio-PE
Bio-PET
PBAT
PHA

19. Risk Analysis
19.1 Feedstock Price Risk
19.2 Energy Price Risk
19.3 Logistics Risk
19.4 Regulatory Risk
19.5 Capacity Overhang Risk
19.6 Demand Slowdown Risk
19.7 Technology Risk
19.8 Currency Risk
19.9 Infrastructure Risk
19.10 Competitive Pricing Risk

20. Strategic Implications

20.1 Implications for Bioplastics Producers
20.2 Implications for Converters
20.3 Implications for Packaging Companies
20.4 Implications for Brand Owners
20.5 Implications for Raw Material Suppliers
20.6 Procurement Strategy
20.7 Pricing Strategy
20.8 Capacity Investment Strategy
20.9 Geographic Expansion Strategy
20.10 Sourcing Strategy

21. Key Data Tables & Figures
21.1 Global Bioplastics Production Capacity, 2025–2030
21.2 European Capacity Utilization
21.3 Bioplastics Demand by Application
21.4 PLA Prices by Region
21.5 PLA Historical Price Trend
21.6 Bio-PE Price Trend
21.7 PBAT Price Trend
21.8 Feedstock Price Trends
21.9 Energy Price Trends
21.10 Freight Cost Trends
21.11 UK Plastic Packaging Tax Trend
21.12 Country-Level Price Comparison
21.13 Material-Level Price Comparison
21.14 Company Capacity Comparison
21.15 Q4 2026 Price Forecast

22. Methodology & Data Sources
22.1 Research Methodology
22.2 Primary Research Approach
22.3 Secondary Research Sources
22.4 Price Data Collection Methodology
22.5 Price Benchmarking Methodology
22.6 Forecasting Methodology
22.7 Regional Coverage
22.8 Material Coverage
22.9 Currency and Unit Conventions
22.10 Data Limitations