Blog

FAQ

Bio Diesel

  • The global biodiesel market was valued at USD 44.91 billion in 2024 and is projected to reach USD 67.37 billion by 2032, growing at a CAGR of 5.2% from 2025 to 2032.

  • The trends we are seeing in the biodiesel industry revolve around adopting second- and third-generation biodiesel (e.g., algae, waste oils), AI-based process optimization, and sustainable feedstocks that meet targets for climate change while avoiding food vs. fuel types of conflicts.


  • Increased environmental concerns and related government support, as well as renewable fuel requirements, and the compelling need for cleaner energy alternatives, are the main growth drivers that are increasing biodiesel opportunities in transportation, power, and industrial applications.

  • Europe is the top region with a 28% market share due to restrictive EU mandates such as RED II, national blending targets (e.g. B7 in Germany and B45 in Sweden), sector infrastructure investments, and advanced feedstock use resulting in a greater biodiesel presence across the continent.

  • Government regulations are stimulating the biodiesel industry's growth via mandates (e.g., RED II, RFS), tax incentives and biofuels targets because they increase blending requirements and range of R&D for fuels (biodiesel). This enables biodiesel to be more feasible and more competitive internationally.

  • The price of the feedstock materials for biodiesel are the primary cost. The high levels of dependence on vegetable oils and animal fats creates price slipping that is impacted by agricultural trends which affects food demand. That dependence can create uncertainty and concern for the viability of commercial growth.

  • Bins feedstock price fluctuation concerns, food vs. fuel issues, infrastructure limitations, and also cold weather - as well as production costs of biodiesel being more than petroleum diesel are the largest restraints on the wider adoption of biodiesel.

  • Sustainability goals and mandates for emission reduction create demand for biodiesel. Its biodegradability, lower carbon intensity, and role in GHG reduction fit well within global climate and environmental policy frameworks.

  • Advances in technology, such as AI/ML used for process control, catalytic processing improvements and optimized transesterification processes are improving yield potential and cost efficiencies, and other development while allowing biodiesel to be made in a large and efficient process that includes the use of new feedstocks.

  • ansportation has the most demand due to global blending mandates, while power generation is the fastest growing sector due to biodiesel's clean-burning properties/Diesel infrastructure compatibility.