Telephone: 2144789
RESUME
| NAME: | NAZISH QURESHI | |
| FATHER'S NAME: | M. T. QURESHI | |
| DATE OF BIRTH: | 2nd January, 1968 | |
| ADDRESS: | B-51, GHARONDA APARTMENTS, SHRESTHA VIHAR (NEAR ISBT ANAND VIHAR),DELHI -110092. INDIA Telephone: 2144789 |
EDUCATIONAL QUALIFICATIONS:
| S. No. | Examination Passed | School/ University | Year of Passing | %age of marks |
| 1. | AISSE(Class X), CBSE, New Delhi | Ramjas School, R.K. Puram,
New Delhi |
1983 | 78% |
| 2. | AISSCE(Class XII), CBSE, New Delhi | Ramjas School, R.K. Puram,
New Delhi |
1985 | 79% |
| 3. | BSc Engg (Mechanical) | AMU, Aligarh | 1989 | 88% (2nd position) |
WORK EXPERIENCE:
| S. No. | Name of the Organisation | Period |
Designation/Grade | |
From |
To |
|||
| 1. | National Thermal
Power Corporation Ltd. (A Government of India Enterprise) |
September, 1989 | August, 1990 | Engg Executive Trainee |
| 2. | - do - | September, 1990 | December, 1994 | Engineer |
| 3. | - do - | January, 1995 | March, 1998 | Sr. Engineer |
| 4. | - do - | April, 1998 | March, 2001 | Asstt. Chief Design Engineer (Mech) |
| 5. | - do - | April, 2001 | Till Date | Dy. Chief Design Engineer (Mech) |
Details of Experience
September 1989 - May 1990May 1990 - December, 1993
Worked as a commissioning engineer incharge of 4 X
210MW Turbine Generator package and associated auxiliary systems at the National Capital
Power Project (NTPC) 4 X 210MW coal-based Thermal Power Station, Dadri, Distt. Ghaziabad
(U.P.) India. Successfully commissioned the following systems of 4 units of 210MW each:
Steam Turbine (210MW KWU design) - Turbine oil system and hydraulic turning gear; Turbine Governing system; Turbine seal steam system, Turbine extraction steam system; Generator seal oil system, Generator Stator cooling water system, Generator gas cooling system; Condenser evacuation & vacuum system; HP/LP Bypass control system; Bolier feed pumps and feedwater system; Condensate extraction pumps & condensate system; Auxiliary Equipment cooling water system; Central air conditioning plants and package air conditioning plants.
Worked as commissioning engineer incharge of Fire Fighting, Fire Protection & Alarm systems at National Capital Power Project (NTPC) 4 X 210MW coal-based Thermal Power Station, Dadri, Distt. Ghaziabad (U.P.) India. Successfully commissioned the folowing systems:
Fire hydrant system; Fire sprinkler systems for oil units, fuel storage, transformers etc.; Fire annunciation systems for control rooms & switchyard.
Also assisted in the following commissioning activities in addition to the above:
Boiler hydro-test; Boiler acid cleaning; Boiler alkali boil-out; Steam blowing; Alkali flushing of feed & condensate lines.
Operations of National Capital Power Project (NTPC) 4 X 210MW coal-based Thermal Power Station, Dadri, Distt. Ghaziabad (U.P.) India from unit control board with the most advanced control & instrumentation (DDCMIS); Worked as unit control engineer incharge of operations of Boiler Turbine, associated auxiliary systems, electrical systems, control & instrumentation and unit control board.
Boiler: BHEL make (Combustion Engg. USA design); pulverised coal/oil fired with tilting tangential firing; also operated the boilers on 100% oil firing upto full load i.e., 210MW.
TURBINE: BHEL make (Kraftwerke Union, Germany design); tandem compounded. regenerative, reheat, condensing, 3-cylinder.
June, 1997 - Till date
Feasibility Studies and Techno-economic evaluation of advanced technologies for adoption by NTPC :
Feasibility study for IGCC Urea fertilizer coproduction along with M/s Toyo Engg, Japan.
Feasibility study for setting up an Integrated Gasification Combined Cycle (IGCC) demonstration plant along with Council for Scientific & Industrial Research (CSIR).
Study & evaluation of refuelling project for NTPC's Combined Cycle Gas Turbine Plants, using synthesis gas generated from refinery residue, along with Texaco Corporation,USA.
Feasibility study and project engineering of 20MW capacity NTPC Wind Power Project in Tamil Nadu, India.
Design & Engineering of 4 X 4000 lpd solar water heating system for the residential complex at NTPC's Power Management Institute at NOIDA (U.P.) India
Evaluation of Technology Options for refinery residue based power plant considering Conventional Boiler, Circulating Fluidised Bed Combustion (CFBC) and Integrated Gasification Combined Cycle (IGCC).
Decentralised Distributed Generation for Village Electrification: Feasibility study for setting up village electrification project based on biomass gasifier based DG sets.
Technology scanning and evaluation of suitability of Advanced Power Generation Technologies for adoption by NTPC:
Clean Coal Technologies: Integrated Gasification Combined Cycle (IGCC), Circulating Fluidised Bed Combustion (CFBC, Pressurised Fluidised Bed Combustion (PFBC), Fuel Cells etc.
Renewable Energy: Wind Power Generation, Solar Thermal Power Generation systems, Geothermal Power Generation, Biomass gasification, Ocean thermal energy conversion, magneto-hydrodynamic power generation etc.
Significant Achievements:
The Dadri Thermal Power Station of NTPC where I was engaged in commissioning & operations of the power plant from 1990-1997, has achieved remarkable performance in terms of availability, efficiency, make-up water consumption, oil consumption & auxiliary power consumption.
The Dadri Thermal Power plants are being operated with the minimum manpower amongst all power stations in India.
The Dadri Thermal Power Station became the 1st power station in India, to modify & operate the existing 210MW coal-fired boilers of BHEL-make, at 100% oil firing. All the modifications were carried out in-house.