Chemical Reaction Engineering Group

Name: Maryam Khoshtinat Nikoo
Origin: Tehran- Iran
Status: Married
Secondary education: year: Mathematics, Tehran, 1992

First Degree, year: Chemical engineering- food industries, Tehran, 1996
Masters degree, year: Chemical engineering- process design of petroleum industries, Tehran, 2003
Ph.D degree, year: ongoing
Current project: Syngas and oxygenates generation via OCM reaction by a catalytic plasma reactor

E-mail: m_k_nikoo@yahoo.com

Papers and Conferences

1- Reactor type selection and catalyst used for hydrogen production via Methanol steam reforming (SRM) for fuel cells was presented in 14^th national congress of chemistry and chemical engineering (2003- Teacher Training University)

2- Deactivation kinetic modeling of commercial Cu/ZnO/Al₂O₃ catalyst in methanol steam reforming process was presented in 9^th national congress of chemical engineering (Iran university of Science and Technology- 2004)

3- Deactivation kinetics of steam methanol reforming for hydrogen production was accepted in congress of Fuel Cells Science and Technology (October 2004)-Munich- Germany.

4- Derivation of kinetic deactivation model for SRM on Cu/Zn/Al2O3 was presented in 10^th national congress of chemical engineering ( University of Zahedan-2005)

5- Environmental Effects Production Resources, Reduction and Removal Approaches of CO₂ was presented in 11^th national congress of chemical engineering (Tarbiat Modaress University- 2007)

6- Reduction and Removal Methods of Mercury in cell-Mercury chlorine-Alkali plants, Accepted in (second national conference on safety engineering and HSE management, University of Sharif-2008)

7- Waste of mercury, reduction methods, monitoring job environment and biological evaluation of CA plants in BIPC and in the world(1^st national petrochemical conference- Tehran 2008).

BOOKS

1- Oil well testing, Navid Naderpour., Maryam Khoshtinat Nikoo, 2008 PUBLISHED BY: SBS PUBLISHERS & DISTRIBUTORS PVT. LTD. ISBN: 978-81-89741-64-8. 2/9, GROUND FL., ANSARI ROAD, DARYA GANJ, NEW DELHI 110002, INDIA