Report on China's Bio-based Ethylene Production Technology and Development Prospects (2025 Edition)

Bio-based ethylene synthesis utilizes biomass as raw material and leverages the growth and metabolic activities of living organisms to produce ethylene via either direct or indirect methods. Indirect synthesis employs renewable biomass as feedstock; microorganisms ferment it into ethanol, which is then dehydrated over a catalyst to yield ethylene. Direct synthesis involves living organisms producing ethylene directly inside their cells using organic compounds or CO₂ as precursors. Through bioengineering techniques, ethylene-producing pathways are introduced into microorganisms for industrial production. This route entails lower capital investment, is environmentally friendly, and yields high-purity product—making it a viable and promising novel synthesis pathway. Chapter 1 Overview of the Bio-based Ethylene Industry Section 1 Definition of Bio-based Ethylene Section 2 Historical Development of Bio-based Ethylene Chapter 2 Global Market Development of Bio-based Ethylene Section 1 Global Market Analysis of Bio-based Ethylene Section 2 Market Overview of Major Countries in Asia Section 3 Market Overview of Major Countries in Europe Section 4 Market Overview of Major Countries in the Americas Chapter 3 Environmental Analysis of China’s Bio-based Ethylene Industry in 2025 Section 1 Analysis of China’s Macroeconomic Environment Section 2 Relevant Policies, Regulations, and Standards Governing the Industry Chapter 4 Technical Development Analysis of China’s Bio-based Ethylene Industry Section 1 Current Status of Bio-based Ethylene Technology Development Section 2 Maturity Assessment of China’s Bio-based Ethylene Technology Section 3 Analysis of Gaps Between Chinese and International Bio-based Ethylene Technologies and Their Primary Causes Section 4 Strategies to Enhance China’s Bio-based Ethylene Technology Chapter 5 Market Characteristic Analysis of Bio-based Ethylene Section 1 Market Concentration of Bio-based Ethylene and Forecast Section 2 SWOT Analysis of Bio-based Ethylene and Forecast I. Strengths of Bio-based Ethylene II. Weaknesses of Bio-based Ethylene III. Opportunities for Bio-based Ethylene IV. Risks Facing Bio-based Ethylene Section 3 Market Entry and Exit Conditions for Bio-based Ethylene and Forecast Chapter 6 Latest Developments in China’s Bio-based Ethylene Market Section 1 R&D Progress of Key Enterprises and Institutions in China’s Bio-based Ethylene Sector Section 2 Demand Situation in China’s Bio-based Ethylene Market Chapter 7 Research Institutions and Enterprises in the Bio-based Ethylene Sector in 2025 Section 1 Braskem (Brazil) I. Company Profile II. Analysis of Competitive Advantages

Global Research Report and Trend Analysis on Ultra-High-Molecular-Weight Polyethylene (UHMWPE) Specifically for LBS Applications – 2025

1 Market Overview 1.1 Definition and Classification of LBS-Specific Ultra-High-Molecular-Weight Polyethylene (UHMWPE) 1.2 Global Market Size and Forecast for LBS-Specific UHMWPE 1.2.1 Global Market Size for LBS-Specific UHMWPE by Revenue, 2020–2031 1.2.2 Global Market Size for LBS-Specific UHMWPE by Volume, 2020–2031 1.2.3 Price Trends for LBS-Specific UHMWPE Globally, 2020–2031 1.3 Market Size and Forecast for LBS-Specific UHMWPE in China 1.3.1 Market Size for LBS-Specific UHMWPE in China by Revenue, 2020–2031 1.3.2 Market Size for LBS-Specific UHMWPE in China by Volume, 2020–2031 1.3.3 Price Trends for LBS-Specific UHMWPE in China, 2020–2031 1.4 Analysis of China’s Position in the Global Market 1.4.1 China’s Share of the Global LBS-Specific UHMWPE Market by Revenue, 2020–2031 1.4.2 China’s Share of the Global LBS-Specific UHMWPE Market by Volume, 2020–2031 1.4.3 Comparison of Market Growth Rates: China vs. Global LBS-Specific UHMWPE Markets, 2020–2031 1.5 Analysis of Industry Opportunities, Challenges, Trends, and Policies 1.5.1 Driving Factors and Opportunities in the LBS-Specific UHMWPE Industry 1.5.2 Restraining Factors and Challenges Facing the LBS-Specific UHMWPE Industry 1.5.3 Trend Analysis for the LBS-Specific UHMWPE Industry 1.5.4 Policy Analysis Pertaining to Related Industries in the Chinese Market 2 Global Competitive Landscape of the LBS-Specific UHMWPE Industry 2.1 Market Share of Leading Global Manufacturers by Revenue from LBS-Specific UHMWPE, 2020–2025 2.2 Market Share of Leading Global Manufacturers by Volume of LBS-Specific UHMWPE, 2020–2025 2.3 Price Comparison of LBS-Specific UHMWPE Among Leading Global Manufacturers, 2020–2025 2.4 Analysis of Market Participants in the LBS-Specific UHMWPE Sector: Tier-1, Tier-2, and Tier-3 Players 2.5 Market Concentration Analysis of the Global LBS-Specific UHMWPE Industry 2.6 M&A Activity in the Global LBS-Specific UHMWPE Industry 2.7 Product Portfolios of Key Global LBS-Specific UHMWPE Manufacturers 3 Competitive Landscape of the LBS-Specific UHMWPE Industry in the Chinese Market 3.1 Market Share of Leading Domestic Manufacturers by Revenue from LBS-Specific UHMWPE, 2020–2025 3.2 Market Share of Leading Domestic Manufacturers by Volume of LBS-Specific UHMWPE, 2020–2025

APLA ’26: Latin America petchems face year-end slowdown as Braskem, Brazil vote set tone

Oct 19, 2026

Latin America’s petrochemical sector faces a year-end slowdown as Braskem’s restructuring and Brazil’s election create uncertainty. Polymer markets remain volatile due to ample supply, trade tariffs, and shifting global resin flows.

icis

2025-11-20

Braskem, Norsk e-Fuel partner to develop e-naphtha as plastics feedstock

2025-12-22

Clariant Rejects Latest Ethylene-Purchasing Cartel Damage Claims from MOL, Braskem

2026-01-12

Mexico’s Braskem Idesa Proposes Debt Restructuring Amid Somber Petrochemical Prospects

2026-01-14

Braskem Idesa, Creditors Disagree on $2.1B Debt Restructuring

2026-01-22

Braskem Shares Surge as Investor Victor Adler Raises Stake Above 5%