Influence of storage conditions of liquid fuels on functional parameters in the processes of long–term storage

Ryczyński, Jacek

doi:10.1201/b19094-81

Cited by 2 publications

(1 citation statement)

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“…It should be assumed that in the case of a subsequent test (another 3 months of aging), the normative limit value would be exceeded. This phenomenon has a similar mechanism to the contamination of gasoline with diesel fuel (Ryczyński & Smal, 2017;Ryczyński, 2015).…”

Section: Resultsmentioning

confidence: 81%

Exploring the Possibilities of Using Bio-Additives in Military Aviation Fuels

Ryczyński,

Kierzkowski,

Kisiel

et al. 2024

Aviation

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Analyzing the research directions of leading aviation companies, it is evident that biocomponents will soon become a very important addition to the fuel used in turbine aircraft engines. Similarly, intensive efforts are underway to implement this type of solution in the armed forces. Here, the situation is more complex. All military fuels are intended for long-term storage, and bio-additives significantly alter the properties of fuels during this specific storage process. These changes invariably result in the deterioration of fuel quality parameters. The article presents an analysis and conclusions related to biocomponents as additives to F-35 fuel (NATO code-the military equivalent of Jet A-1 fuel). F-35 aviation fuel mixtures with the addition of biocomponents (HVO-Hydrorefined Vegetable Oil) at concentrations of 0–20% (V/V) were independently composed and stored for extended periods (0–6 months). The disadvantages and potential problems of this solution are discussed. The research has demonstrated that using biocomponents in the mixtures significantly alters the course of the distillation curve and increases the fuel’s electrical conductivity. Another adverse effect observed was a significant deterioration in the fuel’s low-temperature properties. The research indicates that using a bio-additive like HVO in F-35 fuel will require addressing many challenges. At the level of laboratory tests, it is to determine the limit value of the share of a biocomponent in a mixture at which the normative values are not yet violated and to confirm or rule out whether the mixtures are suitable for long-term storage.

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Section: Resultsmentioning

confidence: 81%

Exploring the Possibilities of Using Bio-Additives in Military Aviation Fuels

Ryczyński,

Kierzkowski,

Kisiel

et al. 2024

Aviation

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Selected Problems of Liquid Fuels Storage in Army

Ryczyński

Narloch

2019

Journal of KONBiN

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The assessment of the suitability of fuel delivered to fuel bases and forecasting the maximum time of safe storage in specific storage capacities is a key element of an efficiently functioning storage system. Paper presents the results of research of long-term stability of liquid fuels, which, according to the authors, is crucial in the process of refreshing and rotation of fuels stored as tactical reserves of the Armed Forces. In addition, an analysis of the impact of selected factors on the increase in the intensity of ageing mechanisms is presented.

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Influence of storage conditions of liquid fuels on functional parameters in the processes of long–term storage

Cited by 2 publications

References 0 publications

Exploring the Possibilities of Using Bio-Additives in Military Aviation Fuels

Exploring the Possibilities of Using Bio-Additives in Military Aviation Fuels

Selected Problems of Liquid Fuels Storage in Army

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