Abstract:
This research investigates the performance of an automated engine cleaner in a commercial
industrial setting. The research particularly sets out an elaborate assessment of the efficiency of
the cleaning, environmental impact, and substitutability for standard manual cleaning techniques.
By using a custom-made experimental that simulates conditions of a real engine cleaning
environment. Parameters have been recorded including cleaning time, effectiveness, material
condition safety, and environmental impact are carefully determined. The methods of assessment
involve varied kinds of cleaning and comparative efficiency analyses. The aim is to provide in
depth details of the automated capabilities of an engine degreaser, with the view to realizing useful
high-value data for the optimization of maintenance methodologies. The expected end result will
be a creation of innovation in engine cleaning practices while advocating for alternative sustainable
and economically sound alternatives from automotive and industrial domains. Ultimately, this
research tries to bring about established engine washing practices that promote environmentally
friendly and proficient approaches within the industry
