Dr Azam Marjani - Ali Rasoli - Mohammad Shams - Omid Sabzevari - Siavash Azizi - Mahdi Sarlak – Mojtaba Abdolhadian Islamic Azad University of Arak

1. TEMPLATE DESIGN © 2008
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SUN DRIVEN CHEM-E-CAR
Dr Azam Marjani - Ali Rasoli - Mohammad Shams - Omid Sabzevari - Siavash Azizi - Mahdi Sarlak – Mojtaba Abdolhadian
Islamic Azad University of Arak
About the group Papers and outline of the group for chemecar
Cost
Battery Testing results
Contact information
Advising Lecturer: Dr Azam Marjani
Ph.D Faculty of Chemistry I.A.U arak
Team Leader: Omid Sabzevari
M.sc Chemical Engineering I.A.U arak
Team Members: Ali Rasoli
B.sc Chemical Engineering I.A.U arak
Mohammad Shams
B.sc Chemical Engineering I.A.U arak
Mahdi Sarla
B.sc Chemical Engineering I.A.U arak
Siavash Azizi
B.sc Mechanical Engineering KNTU Tehran
Mojtaba Abdolhadian
B.sc Electrical Engineering I.A.U arak
Introduction
The car weighing 120 gr is
powered by Mg/Cu battery that
has 8 cells & stopping
mechanism is using Acid-Base
Titration.
Unique features of the car
Environmental and Safety features
1. The Mg/Cu battery is an environmentally-friendly sustainable
energy source with the use of recyclable materials like magnesium
and Copper.
1. Reusable materials such as Mg and Cu is used for the electrodes.
2. Have volume control package that control all of dangerous
substance from the cells.
3. …
Positive electrode:
Negative electrode:
Overall electrode reaction:
As shown on the data the car’s depend on how battery is made.
OPTIONAL
LOGO HERE
OPTIONAL
LOGO HERE
ACKNOWLWDGEMENT: this project was supported with fund from the scientific & research institute of martyr MAHDI BAKERI and mobilization of Azad University of Arak and Membrane Applied Science Circle.
1. Used of Plexiglas for the battery package to reduce the internal
resistance.
2. Used of laboratory equipment due to its light weight and easy
modifications characteristic.
3. Used of ball bearing SKF to help the car moving in straight line.
4. For the first time in chemecar tournament we use the new method for
braking with the acid sensor.
5. In the tricks for making studies the car approaching 300 meters with
one fuelling of cell materials.
6. …
For contact to the group:
Sites:
www.shbt.vcp.ir
Tell: 0098 939 800 8369
Material Cost(in rails) approximate
Car platform and motor 1350
Chemical materials 1500
Battery Cells 1240
Brake 1150
Electrical equipment 2200
other 4000
total 11500
1. A simple Mg/Cu battery can generate 2 volt and 100 mA from one cell.
2. Mg is used at the cathode and Cu at the anode.
3. HCl/H2O2/H2SO4 is used at the electrolyte.
4. Have very good package that prevent licking.
1. “Method for the preparation of polymer electrolyte
membrane” Siavash azizi Farschad Torabi ,HFFC-1396
2013 tehran
2. “The use of activated charcoal and magnesium plates
electrochemical cell design” Ali Rasoli –Azam marjani-
Mohammad Shams-Mahdi Sarlak and el, in the 1st
national conference on enviromental and energy
Stopping mechanism
Our stopping mechanism is based on the Acid-Base titration with consists of
reactions:
Overall reaction:
The sensor on the car sense the PH in the glass and when the solution recede the
PH=7 the electronic plate cut motor electricity.