The statement below was provided by Lloyd’s Register Fuel Oil Bunkering Analysis and Advisory Service (FOBAS) as an update to an earlier April notice found here:
This bulletin serves as an update to the bulletin issued on the 24th April regarding operational problems reported by ships during the use of fuels bunkered in Galveston, Houston and other nearby ports. Since the last update, FOBAS has been investigating fuel samples from a high number of vessels that have experienced operational problems whilst using fuels bunkered from multiple suppliers and barges from the same area. The issues specifically relate to sticking/seizing fuel pumps and in some cases filter blockages have also been reported.
Many of the suspect fuel samples are still undergoing extended FTIR/GCMS analysis. Initial findings show that there are similarities observed in the results so far available. GCMS analysis on suspect fuels revealed presence of various long chain fatty acids (specifically palmitic acid and the more reactive C18-1) which are non-petroleum derived species that have been historically linked with operational issues with the fuel injection system components and the filters. The specific source of these fatty acids is under investigation in conjunction with other compounds identified in the suspect fuel. A range of other oxygenated compounds such as phenols and diols (including Bisphenol F and Cyclohexane diol isomers and Benzene diol) have also been identified in most of the suspect fuels. In the past, we have identified certain diols and phenols present in problematic fuels, so there seems to be a link between their presence and operational problems, specifically relating to sticking and damage of fuel pumps.
We are continuing to investigate this issue and to look into the specific chemistry and reactions that may take place at the temperatures and pressures of a marine fuel system. However, we can say that the presence of these contaminants in a fuel are a cause for concern and as mentioned in both MARPOL Annex VI regulation 18.3 and ISO 8217, Clause 5, no material should be present in the fuel at a concentration that is harmful to personnel, jeopardizes the safety of the ship, or adversely affects the performance of the machinery.
Related: FOBAS: Fuel Problems in the Galveston Area
Published: 5 June, 2018
Octamar™ Ultra HF, Octamar™ Complete, and Octamar™ F35C were found to have improved the fuel economy while reducing exhaust gas and other emissions of marine engines in a series of trials, states report.
Disposal of evidence has resulted in Singapore not being able to provide full details to the United Nationals Panel of Experts which sought information regarding the case, says Ministry of Foreign Affairs.
‘We are proud to be amongst the first to show the successful steps taken by Singapore’s bunkering ecosystem to remain forward thinking and relevant,’ Choong Sheen Mao, Director of EMF, tells Manifold Times.
‘With the launch of a common data infrastructure, Kenoil aims to continue achieving an end to end visibility and transparency on the bunker data supply chain,’ states Kenoil Managing Director.
Digitalization can help shipping achieve its decarbonization goals but only if human factors are considered enough when introducing smarter maritime operations with ‘user-friendly’ technology.
Anand S/O Omprekas, Noruliman Bin Bakti, and Muhammad Khairul Asri Bin Mohamad Hanafiah were tasked to verify the quantity of cargo supplied to vessels by Shell Eastern Petroleum Private Limited.