Sanjay Tiwari

To attain a challenging and responsible position in an organization of repute, where I can leverage my technical knowledge, creativity, leadership, hard work and skills to contribute to my own and company's growth.

Certified Boiler Proficiency

Engineer & B.E. Mechanical worked as Head of the Department of a Captive Power Plant having hands on experience of 26+ years over Erection, Commissioning and Operations & Maintenance of Captive Thermal Power Plant.

Head-Utility - M/s Alok Industries Ltd - Silvassa (A associate company of Reliance Industries Ltd)

(2024-09 - 2025-09)

• Compressed air supply to the plant - 41 air compressors with capacity as high as 12300CFM
• Steam Supply to the plant - 4nos Natural gas fired boilers & 2nos coal fired boilers
• Chillers - 9 Chillers (VAM & Centrifugal both)
• Cooling tower - 28nos of Capacity-720CMH, 1100CMH, 1200CMH & 2100CMH
• DM plant - 2nos of 10Cum/hr each
• Softener - 4nos of 3x60Cum/hr + 1x75Cum/hr
• Liaison for boilers

General Manager-CPP - Grasim Industries Ltd (ADITYA BIRLA GROUP) - Grasim Cellulosic Division, Vilayat, Bharuch, Gujarat

Head of the Department (DH) – Operations. Managed 171 MW Cogeneration Power Plant including 5 boilers, 4 turbines, cooling towers, fuel handling system, ash handling system, and electrostatic precipitators.

• Total Capacity: 171 MW (3 x 32 MW, Cogeneration Power Plant)
• Boiler: 4 x 175 TPH + 1x200TPH, 106 ATA, 535±10 °C CFBC type Boiler Thermax make
• Turbine: 3 x 32 MW + 1x45MW, Double Extraction cum Condensing Turbine + 1x30MW BP, TG of BHEL make
• Cooling Tower: Induced draft counter flow type; Flow-6x3000 cu.m/Hr
• Fuel Handling System: 1 x 220 TPH + 1x250TPH Capacities for Coal Handling; 2 x 20 TPH Capacities for Lime
• Ash Handling System: Dense phase ash handling system
• Electro Static Precipitator: 5nos, Thermax make
• DCS control system ABB make

General Manager-CPP - Grasim Industries Ltd (ADITYA BIRLA GROUP) - Birla Cellulosic, Kharach, Bharuch, Gujarat

Head of the Department (DH) – Operations & Maintenance. Managed 44.8 MW Cogeneration Power Plant including 3 boilers, 3 turbines, cooling towers, fuel handling system, ash handling system, and electrostatic precipitators.

• Total Capacity: 44.8 MW (2 x 16.5 MW, 1 x 11.8 MW Cogeneration Power Plant)
• Boiler: 2 x 100 TPH, 62 ATA, 480±10 °C AFBC type Boiler BHEL make; 1 x 120 TPH, 62 ATA, 480±10 °C AFBC type Boiler ENMAS make
• Turbine: 2 x 16.5 MW Single Extraction cum Back Pressure Turbine, Shin Nippon, Japan make; 1 x 11.8 MW Extraction cum Condensing Turbine, Shin Nippon, Japan make
• Cooling Tower: Induced draft type 5400 m3 Capacity
• Fuel Handling System: 1 x 150 TPH Capacities for Coal Handling; 1 x 50 TPH Capacities for Lime & Coal Handling; 1 x 10 TPH Capacities for Sludge feeding
• Ash Handling System: 40 TPH ash handling system
• Electro Static Precipitator: 2 BHEL make & 1 ENMAS make
• DCS control system Honeywell make

Engineer-CPP - Jindal Power & Steel Ltd - Raigarh, Chhattisgarh

(1991-05 - 1997-01)

Power Plant Project and O&M. Managed 3 x 15 MW + 2 x 21 MW Steam Turbines (Extraction cum Condensing Turbine) with AFBC boilers, cooling towers, and ash handling systems.

• Plant Details: 3 x 15 MW + 2 x 21 MW Steam Turbines (Extraction cum Condensing Turbine)
• Boiler: 2 x 100 TPH, 62 ATA, 480±5 °C AFBC type Boiler BHEL make
• Cooling Tower: Induced draft type
• Fuel Handling System: 100 TPH Capacities
• Ash Handling System: Lean Phase

B.E. MECHANICAL - Mechanical Engineering - Nababharat Shiksha Parishad (NSP), India (2009)

Diploma Mechanical - Mechanical - Anjuman Polytechnic, Nagpur, Maharashtra (1990)

HSSCE - Burgess Higher Sec School, Bilaspur (1986)