Olam Agri and Vitol Bunkers have completed the world’s first bio-bunkering operation using co-processed Very Low Sulphur Fuel Oil (VLSFO) in Singapore. This event, conducted at the Port of Singapore, highlights a significant innovation in the realm of sustainable marine fuels.
The Operation
The MV Scion Mathilda was supplied with 246.5 metric tons (MT) of co-processed VLSFO, which consisted of 212 MT of conventional VLSFO and 34.5 MT of VLSFO co-processed with Cashew Nutshell Liquid (CNSL). This pioneering operation allowed for a seamless integration of the biofuel alternative without any deviation from normal vessel procedures. The fuel was utilized during a voyage from Caofeidian, China, to Rotterdam, Netherlands, concluding with a ballast leg to Barcarena, Brazil.
Environmental Impact
Significantly, the co-processed VLSFO demonstrated a greenhouse gas (GHG) intensity of 2.02 grams CO2 equivalent per megajoule (gCO2eq/MJ), yielding an estimated reduction of 120 MT CO2 equivalent emissions on this journey. Notably, this achievement was realized without any additional operational hindrances, underscoring the potential of bio-bunkering to contribute meaningfully to emissions reduction targets in the maritime sector.
Future Outlook
This operation not only illustrates the feasibility of integrating sustainable biofuels into shipping practices but also sets a precedent for future advancements in bio-bunkering technologies. The co-processing methodology developed by Vitol effectively addresses previous concerns related to the material compatibility of CNSL. It provides a viable solution for increasing the sustainability of marine fuels while adhering to existing fuel grade specifications.
Behind the Headline
The successful bio-bunkering operation conducted by Olam Agri and Vitol Bunkers marks a transformative milestone for the maritime industry, particularly in meeting escalating GHG reduction requirements. As regulators tighten emissions regulations leading up to 2030, innovations like this will be essential for operators seeking competitive advantages through sustainability. Furthermore, the co-processed VLSFO opens avenues for broader adoption of biofuels in maritime operations, potentially reshaping fuel procurement strategies and affecting long-term charter party agreements as operational considerations evolve.
