In-depth Industry Analysis and Development Planning Consultation Report for China’s Biomass Energy Utilization Sector (2025–2029)

Chapter One: Policy Environment and Current Status of Biomass Energy Utilization in China I. Policy Environment for Biomass Energy II. Current Status of Biomass Energy Utilization III. Installed Capacity of Biomass Energy IV. Challenges in Biomass Energy Development V. Biomass Energy Utilization Targets Section Five: Current Status of Biomass Energy Development and Utilization in Japan I. Industrial Background of Biomass Energy II. Current Status of Biomass Energy Utilization III. Biomass Energy Power Generation Projects IV. Recent Developments in Biomass Energy Projects V. Corporate Investment in Biomass Energy Section Six: International Experience and Lessons Learned in Biomass Energy Industry Development I. Energy Incentive Policies to Promote Industrial Development II. Strengthening Exchanges with Countries Along the Belt and Road Initiative III. Implementing Energy Performance Contracting Based on Local Conditions IV. Upholding Sustainable, Green Biomass Energy Development Chapter Three: Development Environment of China’s Biomass Energy Utilization (2021–2023) Section One: Economic Environment I. Overview of Macroeconomic Conditions II. Industrial Operation Status III. Fixed-Asset Investment IV. Macroeconomic Outlook Section Two: Social Environment I. Population Scale Analysis II. Household Consumption Levels III. Social Impact of the Industry Section Three: Technological Environment I. Biomass Power Generation Technologies II. Biomass Conversion Technologies III. Biomass Power Generation Processes IV. Key Process Equipment Chapter Four: Status of Biomass Energy Development and Utilization in China (2021–2023) Section One: Analysis of Biomass Energy Development and Utilization in China I. Assessment of Biomass Energy Resource Reserves II. Necessity of Biomass Energy Industry Development III. Current Status of Biomass Energy Technology R&D Section Two: Analysis of Rural Biomass Energy Development and Utilization in China I. Significance of Rural Biomass Energy Industry Development II. Characteristics of Rural Biomass Energy Development and Utilization III. Opportunities for Rural Biomass Energy Industry Development IV. Government Regulatory Basis for Rural Biomass Energy Development V. Government-Regulated Mechanisms for Rural Biomass Energy Development VI. Government Role in Rural Biomass Energy Price Formation VII. Recommendations for Expanding Rural Biomass Energy Utilization Section Three: Problems in China’s Biomass Energy Development and Utilization I. Supply Constraints on Biomass Resources II. Need for Advancement in Development and Utilization Technologies III. Incompleteness of Industry Policies and Regulations IV. Sustainability Issues in Financing Channels Section Four: Recommendations for China’s Biomass Energy Development and Utilization I. Full Utilization of Existing Agricultural and Forestry Residues II. Diversified Development and Utilization of Biomass Resources III. Improvement of Relevant Policies for the Biomass Energy Industry IV. Enhanced Recruitment of High-Level Technical Talent V. Strengthening R&D Capabilities in the Biomass Energy Industry Chapter Five: Analysis of China’s Biomass Power Generation Industry (2021–2023) Section One: Overall Status of China’s Biomass Power Generation Industry (2021–2023) I. Basic Classification of Biomass Power Generation II. Biomass Power Generation Industry Chain III. Market Position of Biomass Power Generation IV. Installed Capacity of Biomass Power Generation V. Installed Capacity Structure of Biomass Power Generation VI. Investment Scale of Biomass Power Generation VII. Subsidy Budget for Biomass Power Generation Section Two: Development Status of Agricultural and Forestry Biomass Power Generation (2021–2023) I. Basic Classification of Agricultural and Forestry Biomass Power Generation II. Installed Capacity of Agricultural and Forestry Biomass Power Generation III. Regional Layout of Agricultural and Forestry Biomass Power Generation IV. Competitive Landscape of Agricultural and Forestry Biomass Power Generation V. Development Status of Agricultural and Forestry Biomass Cogeneration Section Three: Waste-to-Energy Power Generation I. Waste-to-Energy Generation Capacity II. Installed Capacity of Waste-to-Energy Power Generation III. Geographic Distribution of Newly Added Waste-to-Energy Projects IV. Competitive Landscape Among Power Generation Enterprises V. Prospects for Waste-to-Energy Power Generation Section Four: Biogas Power Generation I. Analysis of Advantages of Biogas Power Generation

Business scope covered by Grade-B qualification for new-energy power generation

The contracting scope of Grade-B qualification for new-energy power generation covers various types of new-energy power generation engineering projects. The design scope under Grade-B qualification for new-energy power generation primarily includes the following areas: Wind Power Generation: Includes planning, design, and construction of wind farms, as well as selection, installation, and commissioning of wind turbine generators. Solar Power Generation: Includes planning, design, and construction of solar power plants, as well as selection, installation, and commissioning of solar power generation equipment. Biomass Power Generation: Includes planning, design, and construction of biomass power plants, as well as selection, installation, and commissioning of biomass power generation equipment. Geothermal Power Generation: Includes planning, design, and construction of geothermal power plants, as well as selection, installation, and commissioning of geothermal power generation equipment. Marine Energy Power Generation: Includes development and utilization of marine energy sources such as tidal energy, wave energy, and ocean current energy. Enterprises holding Grade-B qualification for new energy may also provide related technical and management services: New-Energy Project Consulting and Design: Includes consulting services such as project planning, feasibility studies, and techno-economic analysis, as well as preliminary and detailed engineering design for new-energy projects.

Rayonier Advanced Materials Begins Construction on Georgia Biomass Energy Project

Sep 30, 2026

Rayonier Advanced Materials has commenced construction on its Altamaha Green biomass energy project in Georgia. Specific project details remain behind a paywall.

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