3rd KANS (Knowledge Application and Notion for Society)



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The Mustafa(PBUH) Prize is a top science and technology prize, awarded biennially to the top scholars of the Islamic world. This award is named after the Prophet(PBUH) of Islam due to his great emphasis on learning science, named after one of his titles, Mustafa (PBUH).

The Mustafa(PBUH) Science and Technology Foundation (MSTF) aims to identify, introduce and appreciate the young thinkers and researchers of the Muslim world, holding a competition called “KANS”. This name has been taken from the hadith of the holy prophet of Islam, who says:

Example of someone who learns science and doesn't share it, is like the one who has a treasure and does not spend it.

The competition is held at two levels of Muslim students and professors under 45 years in 5 categories namely: health, information and communication technology, water and environment, energy and economics.

Presenting science-based solutions to human issues is one of the important attributes for judging works. In this competition, participants are supposed to submit their scientific achievements to the Secretariat in form of a 3 to 5 minute video file through this website.

I participated in KANS competition with this invention🥉 Apparatus & method for automatic decantation of multi phase chemical fluid.







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Invention Title:

APPARATUS AND METHOD FOR AUTOMATIC DECANTATION OF MULTI-PHASE CHEMICAL FLUID

Applicant & Inventor: Ghadyani; Mohammad; (Tehran, IR)

Patent No: 9610519

United States Patent Application Number: 15/257777

Publication Number: US2016367913A1

Filed: September 6,2016

Publication Date: December 22,2016

Registered in United States Patent And Trademark Office (USPTO) & World Intellectual Property Organization (WIPO)

Abstract

An apparatus for automated decantation of a multi-phase fluid mixture comprising a decantation container, a floating marker, a sensor, a plurality of engines and a plurality of micro-switches. The decantation container comprises an inlet valve and at-least two outlet valves. The floating marker is housed within the decantation container. The floating marker is of a selective density. The sensor is attached at a bottom surface of the decantation container. The plurality of engines are connected with the sensor. The plurality of engines controls an opening and a closing of the at-least two outlet valves. The plurality of micro-switches are connected to the plurality of engines. The plurality of micro-switches control an amount of power supplied to the plurality of engines.