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1. E.SAHITHI P.SHANMAYI MANASI CH.RAHUL DETECTION OF OIL SLICK THICKNESS ON THE SURFACE OF WATER BODIES

2. Introduction Marine pollution is one of the nations challenging task which has an immense effect on marine and human life. Marine environment is contaminated by many factors, such as toxic chemicals, solid waste, sediment inputs due to human activities and oil spills. An oil spill is the release of a liquid petroleum hydrocarbon into the environment, especially the marine ecosystem, due to human activity. Motivation The   2017 Ennore oil spill  occurred outside the  KamarajarPort  in  Ennore  near Chennai in Tamil Nadu, India. The spill occurred on 28 January 2017. Oil destroys the insulating ability of fur-bearing mammals. When exposed to oil, adult fish may experience less rate of growth.

3. Solution To develop an low cost and compact instrument to measure the thickness of oil slick floating on water surface Using oil Level sensor, thickness of the oil slick can be found out The coordinates can be found out using GPS module and the data is transferred using Wi-Fi module and Mobile Telnet app REGULATED POWER SUPPLY LCD DISPLAY GPS MODULE ARDUINO UNO OIL LEVEL SENSOR BUZZER LDR WIFI MODULE

4. Project implementation

5. How are others handling the same problem - Their merits & demerits Mathematical model using GNOME tool Radar based Imaging technique LED based Spectrometric technique LED based Spectrometric technique using Buoy, a floating equipment MERITS DEMERITS measuring the thickness of the oil slick winds, currents and other elements influence the readings deals with different oils good for indoor tests only Modules used are compatible with all mobile apps No time logs of oil spill Can be equipped with a robotic vehicle to float on the surface of water

6. Business analyses - (B5.1) Team Capabilities & Markets (B5.2) Financials components cost Arduino UNO 550 Neo 6-M GPS module 420 ESP8266 WI-FI module 118 LDR sensor 40 Buzzer 50 IC LM324 200 Step down transformer 250 LCD display 249 IC7805 voltage regulator 100 BC547 transistors 110 total 2087

7. Merits, Demerits, Risks and Mitigation of the Innovations & Business Plan Execution MERITS measuring the thickness of the oil slick deals with different oils Modules used are compatible with all mobile apps Can be equipped with a robotic vehicle to float on the surface of water DEMERITS winds , currents and other elements influence the readings good for indoor tests only No time logs of oil spill

8. R eferences [1] Dongmei Song , Bin Wang ,  Weimin Chen ,  Ning Wang , Shiyong Yu ,Yi Ding ,Bin Liu , Zongjin Zhen ,  Mingming Xu  , Ting Zhang,“An  Efficient Marine Oil Spillage Identification Scheme Based on an Improved Active Contour Model Using Fully  Polarimetric  SAR  Imagery”,IEEE Access(2018)   [2] Mahdi Saleh ,Ghassan Oueidat  , Mohamad Ghamlouch  , Imad H. Elhajj  ,Daniel Asmar , “LED-based Spectrometer for In Situ Oil Slick Thickness  Measurement”,IEEE International Multidisciplinary Conference on Engineering Technology (IMCET)(2018 ) [3] Mark Nelson Pangilinan , Rommel Anacan  ,Ramon Garcia ,”Design and Development of an Oil Spill detection and Transmission System Using Artificial Illumination Using LEDs”,7th International Conference on Intelligent Systems, Modelling and Simulation (ISMS)(2016 ) [4] Lorena Parra, Sandra Sendra , Jose M. Jimenez,Jaime Lloret ,”Smart system to detect and track pollution in marine environments”, IEEE International Conference on Communication Workshop (ICCW) (2015) [5] Pablo Chamoso  ,Alberto Pérez ,Sara Rodríguez , Juan M. Corchado  , Mireia Sempere  ,Ramón Rizo  , Fidel Aznar , Mar Pujol ,”Modeling Oil-Spill Detection with multirotor systems based on multi-agent systems”, 17th International Conference on Information Fusion (FUSION)(2014) [6] Sangwoo Oh , Moojin Lee,”Oil spill detection sensor using aritificial illumination with blue LEDs’”, SENSORS, 2012 IEEE (2012)