Refinery Engineering plays a major role in achieving Company business objectives by maximizing overall plant equipment productivity through improved maintenance techniques.
Ensures safe and uninterrupted Refinery operation at desired throughput within budget through concerted effort of Electrical, Instrument, Rotary, Stationary and Civil Engineering sections.
Following sections come under the domain of Maintenance Department
Rotating Equipment Section or Rotary is responsible for reliability of all rotating equipments e.g. pumps, compressors, turbines, fans, diesel engines, mixers, mobile equipments, cranes, etc. In order to achieve and ensure the desired performance of machines, Rotary section employs well planned Preventive, Routine maintenance programs and latest techniques like ‘Condition Monitoring’ through state-of-the-art tools.
Rotary section has the in-house capability to develop specifications, installation and commissioning of Plant machinery.
Stationary is responsible for maintenance, fabrication and major overhaul of Stationary equipments e.g. boilers, furnaces, heat exchangers, air coolers, pipelines, valves, vessels, reactors and towers. The section is equipped to undertake and execute major overhauls and repairs of Stationary equipments.
Electrical Section
Maintains all electrical equipment like HT and LT electric motors, transformers, switch gears, generators, VFD, UPS, fire alarm system, smoke detection system. It also carries out maintenance of lighting arrangement and air conditioning.
Maintains construction of roads, building, foundations, insulation, wrapping & coating of pipelines, painting, masonry works, refractory works, carpentry, plumbing, excavation, sandblasting, and scaffolding.
Responsible for detail planning and monitoring of turnarounds and small project through latest computer software. It is also responsible for the preparation and monitoring of operating and capital budget of maintenance department.
BDG has 61 Bulk Oil Steel Storage Tanks, with capacities upto 20,000 cubic meters. Construction of new Storage Tanks and repair and maintenance of existing Tanks lies in the domain of Construction Section. This section also takes up construction of offsite infrastructure such as Transport Pipelines as well as repair and maintenance of existing Crude Oil and Product Transport and Fire Fighting Piping System.
Dairy Farm Engineering ensures efficient and uninterrupted operations by maintaining farm machinery and infrastructure to support livestock health and productivity.
Machinery Maintenance ensures the functionality of all milking machines, cooling systems, feed mixers, and tractors. The team performs preventive and routine maintenance, using condition monitoring techniques to avoid breakdowns.
Barn and shelter areas require regular maintenance to ensure a safe environment for livestock. Civil works include repairs to structures, ventilation systems, water troughs, and fencing to optimize hygiene and comfort.
Handles the maintenance of electrical systems, including lighting, milking machines, cooling equipment, and emergency backup generators, to ensure consistent power.
Maintains pipelines and pumps that provide clean water to livestock. Regular checks prevent leaks, contamination, and water shortages.
Poultry Farm Engineering is essential for ensuring equipment reliability and maintaining an optimal environment for poultry health and productivity.
Maintains critical equipment, such as feeders, water lines, climate control systems, and ventilation fans. Regular servicing and preventive maintenance prevent equipment failure, ensuring poultry health.
The team performs upkeep on poultry pens, barns, and ventilation systems, ensuring biosecurity and maintaining temperature and humidity levels.
Maintains the power systems and lighting essential for poultry growth and egg production, ensuring proper light cycles and backup generators.
Responsible for the water supply and disinfection systems, ensuring a reliable, clean water source to maintain flock health.
Plans major maintenance and upgrades, ensuring minimal disruption to production cycles and effective budget utilization.
Stud Farm Engineering is critical for maintaining facilities and equipment that support breeding and training operations.
Ensures all equipment such as feeders, horse walkers, and grooming tools are regularly serviced. Preventive maintenance techniques reduce breakdowns, supporting optimal operations.
Maintains stables, training tracks, and paddocks. Civil maintenance includes repairs to fencing, drainage systems, and stable climate control to ensure animal safety and comfort.
Handles all electrical needs, including lighting for stables and training facilities, as well as emergency generators to prevent power outages during critical breeding and training periods.
Ensures clean, uninterrupted water supply to stables, along with maintenance of pipes, troughs, and waste disposal systems.
Engineering in agriculture supports efficient farm operation by maintaining machinery and infrastructure.
Responsible for upkeep of tractors, harvesters, and irrigation equipment. Routine maintenance reduces downtime and increases productivity.
Handles repair and maintenance of storage silos, water pumps, and other stationary equipment used in processing and storage.
Ensures stable power supply for irrigation and machinery, with backup generators for reliable operation.
Maintains farm buildings, storage units, and fencing. Regular checks ensure safe and efficient facilities.
Rice Mill Engineering ensures the smooth operation of processing machinery and infrastructure, maximizing productivity and efficiency.
Maintains critical milling equipment such as huskers, polishers, conveyors, and storage silos. Regular servicing and condition monitoring prevent downtime.
Responsible for maintenance of boilers, heat exchangers, and dryers. This includes regular overhauls and repair of machinery essential to rice milling.
Handles maintenance of motors, transformers, and lighting, ensuring uninterrupted operation of processing lines and cooling systems.
Includes infrastructure maintenance, from silos and storage facilities to pipelines and conveyors. Ensures equipment and building safety.
Textile Mill Engineering is essential for the maintenance of production equipment and infrastructure, ensuring uninterrupted production.
Responsible for maintenance of textile machinery, such as looms, dyeing equipment, and spinning machines. Regular preventive maintenance is performed to ensure production reliability.
Maintains boilers, heat exchangers, and storage tanks used in fabric processing and dyeing, ensuring consistent performance.
Maintains all electrical motors, transformers, and lighting systems in production and finishing areas, including backup systems.
Maintains factory infrastructure, including flooring, pipelines, and insulation. Routine checks prevent wear and tear, ensuring employee safety.
Engineering in Surgical Instruments Manufacturing is essential for maintaining precision in equipment used for crafting high-quality instruments.
Responsible for the maintenance of lathes, grinders, and polishing machines. Condition monitoring ensures precision, reducing downtime.
Handles upkeep of heat treatment furnaces and other specialized equipment to maintain the quality and integrity of instruments.
Maintains all electrical systems, including motors, HVAC, and air filtration, which are crucial for sterile manufacturing environments.
Performs structural maintenance, including HVAC systems and cleanrooms, to ensure contamination-free production spaces.
Maintenance Engineering in leather garment production is critical for maintaining machinery efficiency and ensuring quality control.
Regular upkeep of sewing machines, cutting equipment, and leather processing machinery, including condition monitoring to prevent interruptions.
Ensures proper function of dyeing vats, drying systems, and heat presses. Regular overhauls maintain efficiency and product quality.
Covers all electrical systems, ensuring stable power for machinery and climate control, with backup generators for uninterrupted operation.
Maintains factory buildings, including pipelines, insulation, and safety measures. Routine maintenance ensures worker safety and efficient operations.
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