Supplying and fixing of damaged equipments at Kavundampalayam Crematarium at Ward no 17 , West zone

Design, manufacture, supply, and installation of an LPG-fired automated cremation furnace system suitable for continuous and efficient cremation operations. The furnace shall be constructed with a 4 mm thick heavy-duty insulated steel outer shell reinforced with structural channels for enhanced strength and durability. The internal lining shall consist of high-grade refractory materials including IS-8 grade fire bricks, cold-face insulation bricks, and ceramic fiber insulation to minimize heat loss and ensure long service life. The combustion system shall comprise a primary cremation chamber, secondary combustion chamber, and flue gas outlet arrangement designed for complete combustion and uniform heat distribution.The furnace shall be provided with insulated access-cum-ash removal doors at the rear side with manual operation. The system shall be designed for semi-automatic/automatic operation with reduced manual intervention and safe operating conditions.The front loading door shall be of vertical sliding type (up-and-down movement) with heavy-duty frame construction, ceramic fiber blanket insulation, and suitable door closing arrangement.

Supply of fully automatic relay-based combustion system with burner and ID fan interlocks, automatic ON/OFF temperature control for primary chamber, temperature sensors, flame monitoring, safety shutdown and alarm system. Control panel shall include digital temperature indication, burner status, emergency stop, fault diagnostics, and operation sequence display for safe and efficient operation.

Supply of dedicated smoke suction arrangement with high-temperature resistant suction hoods at front and rear doors, connected through ducting to a 3 HP direct-drive ID extraction fan mounted on top of the furnace chamber for removal of fumes during loading and unloading operations. The system shall maintain adequate negative pressure near the loading area to minimize odor and visible smoke emissions and shall be integrated with furnace control logic for safe and efficient operation

Supply of four numbers working and one number standby fully automatic customized LPG-fired burners complete with independent combustion air blowers, ignition transformers, flame sensors, and fuel control system. Burners shall operate through temperature feedback and control panel automation to ensure efficient fuel-air mixing, stable flame, and complete combustion. System shall include safety interlocks for flame failure, low gas pressure, and high-temperature shutdown, with customized blast tube design suitable for continuous industrial duty and easy maintenance access

Supply of second-stage LPG pressure regulating skid complete with regulator assembly, pressure gauges, safety shut-off valves, gas filters, and isolation valves for maintaining stable fuel pressure to burners under varying load conditions. The gas train shall be designed with leak-proof connections, maintenance provisions, and emergency isolation facilities, complying with industrial LPG safety standards and operational requirements

Supply of 3-ton capacity manual lever-operated hydraulic body loading system complete with transfer platform for smooth and safe loading into the furnace chamber. The unit shall be fabricated with heavy-duty steel construction, corrosion-resistant finish, hydraulic lifting mechanism, locking and safety arrangements, stable wheel support, and heavy-duty rail-mounted platform for reliable operation, ease of handling, and long service life

Supply of pollution control system comprising cyclone separator, primary and secondary wet scrubber chambers, interconnecting ducting/pipelines, mist elimination arrangement, filter media, and induced draft fan assembly for treatment of flue gases from the LPG-fired cremation furnace. The system shall provide particulate separation, gas cooling, smoke and odor reduction, and effective pollutant removal prior to chimney discharge. Entire assembly including filter media shall be fabricated in SS-304 grade material with leak-proof construction, negative pressure operation, maintenance access provisions, and suitability for continuous-duty operation.

Supply of complete interconnecting ducting and pipeline network from furnace outlet to wet scrubber inlet, fabricated from 5 mm thick ERW grade pipe with necessary structural supports, flanges, dampers, fasteners, sealing arrangements, and maintenance access provisions. The system shall be designed for smooth flue gas flow with minimum pressure loss, thermal expansion flexibility, and efficient conveyance to the pollution control equipment

Design, manufacture, and supply of 100 feet high heavy-duty mild steel fabricated chimney comprising multiple cone and pipe segments fabricated from 8 mm, 5 mm, and 4 mm thick MS/ERW grade materials with required flanges, gazette plates, bed bolts, fasteners, and structural reinforcements. The chimney shall include ladder arrangements with guide supports, inspection platform and access provisions, top rain cap, guide rope supports with turnbuckles, aviation lamp, lightning arrestor with insulated down conductor, earthing provision, and heavy-duty reinforcement angle structure for improved stability, corrosion protection, and extended service life

Supply and installation of 32 mm dia × 1250 mm long bed bolts with 150 mm threaded length, M32 nut assembly, fabricated zig plates with 2 mm laser-cut components, and reinforced structural welding work complete with civil foundation works including earthwork, concrete, grouting, and related structural support arrangements