Global and Chinese Biorefinery Plant Industry Research Report, 2021–2027, and Analysis of the 14th Five-Year Plan

Table 93: Sinopec Biorefinery Plant—Product Specifications, Parameters, and Market Applications Table 94: Sinopec Biorefinery Plant—Revenue (in million USD) and Gross Margin (2016–2021) Table 95: Latest Corporate Developments of Sinopec Table 96: Glencore Magdeburg—Basic Information, Biorefinery Plant Market Distribution, Headquarters, and Industry Position Table 97: Glencore Magdeburg—Company Profile and Core Business Activities Table 98: Glencore Magdeburg Biorefinery Plant—Product Specifications, Parameters, and Market Applications Table 99: Glencore Magdeburg Biorefinery Plant—Revenue (in million USD) and Gross Margin (2016–2021) Table 100: Latest Corporate Developments of Glencore Magdeburg Table 101: Louis Dreyfus—Basic Information, Biorefinery Plant Market Distribution, Headquarters, and Industry Position Table 102: Louis Dreyfus—Company Profile and Core Business Activities Table 103: Louis Dreyfus Biorefinery Plant—Product Specifications, Parameters, and Market Applications Table 104: Louis Dreyfus Biorefinery Plant—Revenue (in million USD) and Gross Margin (2016–2021) Table 105: Latest Corporate Developments of Louis Dreyfus Table 106: Marseglia—Basic Information, Biorefinery Plant Market Distribution, Headquarters, and Industry Position Table 107: Marseglia—Company Profile and Core Business Activities Table 108: Marseglia Biorefinery Plant—Product Specifications, Parameters, and Market Applications Table 109: Marseglia Biorefinery Plant—Revenue (in million USD) and Gross Margin (2016–2021) Table 110: Latest Corporate Developments of Marseglia Table 111: Aemetis—Basic Information, Biorefinery Plant Market Distribution, Headquarters, and Industry Position Table 112: Aemetis—Company Profile and Core Business Activities Table 113: Aemetis Biorefinery Plant—Product Specifications, Parameters, and Market Applications Table 114: Aemetis Biorefinery Plant—Revenue (in million USD) and Gross Margin (2016–2021) Table 115: Latest Corporate Developments of Aemetis Table 116: Scope of Research Table 117: List of Analysts Figure 1: Product Images of Biorefinery Plants Figure 2: Global Market Share of Biorefinery Plants by Product Type, 2020 & 2027 Figure 3: Product Images of Plant/Crop Biomass Figure 4: Product Images of Recycled Waste Figure 5: Global Market Share of Biorefinery Plants by Application, 2021 & 2027 Figure 6: Bioelectric Power Generation Figure 7: Biofuels Figure 8: Others Figure 9: Global Overall Market Size of Biorefinery Plants (2016–2027), in Million USD Figure 10: China’s Overall Market Size of Biorefinery Plants (2016–2027), in Million USD Figure 11: China’s Share of Global Biorefinery Plant Market Size (2016–2027)

60% from China: The U.S. Imports 1 Million Tons of ‘Gutter Oil’—All Fed to Airplanes!

Relevant studies indicate that increasing the proportion of Sustainable Aviation Fuel (SAF) can significantly reduce lifecycle carbon dioxide emissions compared with conventional aviation fuel—by up to 80%. This not only helps the aviation industry meet its emission-reduction targets but also combats global warming and advances the achievement of net-zero emissions by 2050. On August 30, Korean Air operated its first commercial flight using domestically produced SAF, marking a significant step toward green aviation. The European Union has adopted the ReFuelEU Aviation Regulation, establishing mandatory SAF usage quotas; SAF consumption is expected to rise substantially by 2050. The U.S. Department of Energy, Department of Transportation, and Department of Agriculture jointly proposed achieving domestic SAF production of 3 billion gallons by 2030. China likewise places high priority on SAF industry development: In January 2022, the Civil Aviation Administration of China issued the '14th Five-Year Plan for Green Development in Civil Aviation', aiming for cumulative SAF consumption of 50,000 tons by 2025. By 2050, China’s annual SAF demand is projected to reach 86 million tons. Analysts suggest that large-scale production and use of SAF could drastically reduce dependence on finite fossil fuels, mitigate environmental degradation caused by fossil fuel extraction and processing, and meaningfully improve human health and living environments. Moreover, SAF production and utilization can generate numerous new jobs and foster development across related industrial chains and supply chains—including feedstock supply, fuel production, storage, distribution, and aviation services—thereby driving green economic growth. A Global 'Race' for Sustainable Aviation Fuel Against this backdrop, countries worldwide are actively building out their SAF industrial and supply chains. The United States incentivizes SAF adoption through tax credits, offering airlines a tax refund of USD 1.25–1.75 per gallon for using specified SAFs, thereby promoting market uptake and scaling production. The U.S. Citizenship and Immigration Services once invested USD 200 million in U.S.-based biofuel producer Aemetis, supporting its SAF facilities, renewable natural gas (RNG) projects, and carbon sequestration initiatives. According to data from the U.S. Energy Information Administration, if all planned capacity expansions come online as scheduled, U.S. SAF production capacity will increase from approximately 2,000 barrels per day to nearly 30,000 barrels per day by the end of 2024. The U.S. government has also launched the 'SAF Grand Challenge', targeting domestic SAF production of 3 billion gallons by 2030 and 35 billion gallons by 2050—enough to fully meet the aviation sector’s fuel demand. In recent years, U.S. investment in SAF has continued to grow. Beyond setting these targets, the United States has implemented several supportive measures for SAF production and use—including developing new aircraft and engine technologies, modernizing air traffic management systems, and producing and deploying SAF—and emphasizes SAF as a key technology for reducing aviation’s climate impact, advancing its innovative application through concrete actions and policies.

Aemetis Reports $22.8M in 45Z Credits, Plans Keyes RNG Station

5 days ago

Aemetis Inc secured $22.8 million in Section 45Z tax credits from its biogas unit, supported by high-value dairy RNG operations. The company intends to open a new RNG fueling station in Keyes, California, with fleet deliveries scheduled for November 2026.

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