Abstract

Adulteration of fuel is a global problem that needs to be curbed. Studies have proved that no technically easy solution has been developed and easily accessible to the Oil and gas industry to detect adulterated gasoline. The need therefore arises for adequate and substantial methods for easy detection of adulterated gasoline.•This study developed an effective and cost-efficient method to detect adulterated gasoline at the point of sales of Petroleum Product through the means of piece of litmus paper testing.•The method provides the marketers and gasoline users to easily detect adulterated fuel at the point of sales of Petroleum Product, to avoid damage to the combustion engine.•This method of developing a paper indicator is however efficient and meets the requirements of the issue of detection of gasoline adulteration.

Highlights

  • Method Article(http://creativecommons.org/licenses/by/4.0/) article info Method name: Fuel Adulteration Detection Keywords: Petroleum products, Adulterated fuel, Potassium dichloromethane Article history: Received 16 January 2020; Accepted 16 June 2020; Available online 20 June 2020

  • Utilization of the fuel adulteration mechanism can help in establishing the maximum operating capacity of the fuels at the given standard operating condition

  • This is a very necessity in the oil and gas industry because of the rate at which hazards has occurred in the past and it still is presently

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Summary

Method Article

(http://creativecommons.org/licenses/by/4.0/) article info Method name: Fuel Adulteration Detection Keywords: Petroleum products, Adulterated fuel, Potassium dichloromethane Article history: Received 16 January 2020; Accepted 16 June 2020; Available online 20 June 2020. Energy Petroleum engineering Fuel Adulteration Detection If applicable, include full bibliographic details of the main reference(s) describing the original method from which the new method was derived. Include links to resources necessary to reproduce the method (e.g. data, software, hardware, reagent)

Method details
Methodology
Procedures for the experiment
Results and Discussion
Summary

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