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| 1 | Design, Drawing, Improvement, Construction, supply, installation, testing & commissioning of Main Sewage Pumping Station (MPS) complete with civil, mechanical, electrical, instrumentation, automation, piping, finishing, curing, Air release valve, satisfactory water-tightness test and all allied civil, mechanical and electrical works, complete at Lamphel with all necessary requirements including joining with inlet and outlet mains etc. as per approved design and direction of Engineer-in-Chargeon turnkey basis as per specification mentioned in the relevant schedule/guideline and relevant design criteria:Capacity of the Main Pumping station at Lamphel = 1125 m3/hrDesign, drawing, Improvement, Construction of screen channels, distribution chamber, valve chamber, LT/HT/metering room, transformer room, diesel generator room, inter pathway, approach road, Zinc rich epoxy resin coating for steel bars, protection brush or spray applied for active anodic protection of steel reinforcement bars, boundary wall and fencing with gates, firefighting arrangements, landscaping, site development, water supply, sanitation etc, duty room, guard room etc. Providing wood works in frames of doors, windows, clerestory windows and other frames, thick panelled for doors, windows and clerestory windows, Providing and fixing rolling shutters and hand rail by welding etc. to steel ladder railings & staircases railing including applying a priming coat of approved steel primer with iron pipes etc. complete as per approved design and direction of Engineer-in-Chargeon turnkey basis as per specification mentioned in the relevant schedule/guideline and relevant design criteria. |
| 2 | Design, Drawing, Improvement, Construction, supply, installation, testing & commissioning of Main Sewage Pumping Station (MPS) complete with civil, mechanical, electrical, instrumentation, automation, piping, finishing, curing, Air release valve, satisfactory water-tightness test and all allied civil, mechanical and electrical works, complete at Lamphel with all necessary requirements including joining with inlet and outlet mains etc. as per approved design and direction of Engineer-in-Chargeon turnkey basis as per specification mentioned in the relevant schedule/guideline and relevant design criteria:Capacity of the Main Pumping station at Lamphel = 1125 m3/hrSupply, installation, testing and commissioning of suitable Thimble mounted Sluice gate complete with Extended spindle, coupling, extended spindle, headstock and gear arrangement , Mechanical Screen complete with rake, bar screen, drive frame in SS 304 construction and frame with base frame and foundation, Manual Screen complete guide channel , Conveyor Arrangement for mechanical screen complete with chute , Submersible Motor Sewage Pump sets including duck foot bend with foundation, submersible cable , guide pipe and lifting chain (suitable with adequate standby), DI Delivery piping upto the common delivery manifold including fittings, DI Common manifoldincludingfittingsuptothe Pumping station boundary limit, Rising type, CI Gate valve for each submersible pump delivery (suitable with one standby),CI Swing type check valve for each submersible pump delivery (suitable.), DI Dismantling Joint for each submersible pump delivery (suitable), Monorail complete with Chain Pulley Block and Geared Travelling Trolley (1 set), Mechanical float type level indicator with all accessories and board complete (1 set), Full bore electromagnetic flowmeter with flow transmitter/convertor including data loggers and communication interface for common delivery manifold (suitable), Double orifice kinetic type Air release valve complete with isolating sluice valve for common delivery manifold (suitable), Aluminium telescopic ladder (suitable), Pressure gauges including gauge cock for each pump delivery (suitable) etccomplete as per approved design and direction of Engineer-in-Chargeon turnkey basis as per specification mentioned in the relevant schedule/guideline and relevant design criteria. |
| 3 | Design, Drawing, Improvement, Construction, supply, installation, testing & commissioning of Main Sewage Pumping Station (MPS) complete with civil, mechanical, electrical, instrumentation, automation, piping, finishing, curing, Air release valve, satisfactory water-tightness test and all allied civil, mechanical and electrical works, complete at Lamphel with all necessary requirements including joining with inlet and outlet mains etc. as per approved design and direction of Engineer-in-Chargeon turnkey basis as per specification mentioned in the relevant schedule/guideline and relevant design criteria:Capacity of the Main Pumping station at Lamphel = 1125 m3/hrDesign, Drawing and Construction of dedicated power feeder including suitable HT Panel (suitable with one standby), Transformer (suitable with one standby), LT Panel with Capacitors and APFC Relays (suitable) , Diesel Generator set (suitable with one standby) with control panel and accessories, HT Cables including termination, LT Cables including termination & jointing, Earthing Pit and earthing, Yard Lighting, Wiring and Illumination, Ventilation of Pump house superstructure, Safety Equipment, firefighting equipment, danger boards and rubber mats, Lightning arrestors etc complete as per approved design and direction of Engineer-in-Chargeon turnkey basis as per specification mentioned in the relevant schedule/guideline and relevant design criteria. |
| 4 | Design, Drawing, construction, supply, installation, testing & commissioning of 4 (four) Intermediate Sewage Pumping Station (IPS) complete with civil, mechanical, electrical, instrumentation, automation, piping, Air release valve, finishing, curing, satisfactory water-tightness test and all allied civil, mechanical and electrical works, complete at various locations with all necessary requirements including joining with inlet and outlet mains etc. as per approved design and direction of Engineer-in-Chargeon turnkey basis as per specification mentioned in the relevant schedule/guideline and relevant design criteria :i. Capacity of the Intermediate Pumping station at Keishampat = 612.5 m3/hrii. Capacity of the Intermediate Pumping station at Shamumakhong = 637.5 m3/hriii. Capacity of the Intermediate Pumping station at Yaiskul = 154.2 m3/hriv. Capacity of the Intermediate Pumping station at Kangla = 137.5 m3/hrDesign, drawing, Improvement, Construction of screen channels, distribution chamber, valve chamber, LT/HT/metering room, transformer room, diesel generator room, inter pathway, approach road, Zinc rich epoxy resin coating for steel bars, protection brush or spray applied for active anodic protection of steel reinforcement bars, boundary wall and fencing with gates, firefighting arrangements,landscaping,site development, water supply, sanitation etc, duty room, guard room etc. Providing wood works in frames of doors, windows, clerestory windows and other frames, thick panelled for doors, windows and clerestory windows, Providing and fixing rolling shutters and hand rail by welding etc. to steel ladder railings & staircases railing including applying a priming coat of approved steel primer with iron pipes etc. complete as per approved design and direction of Engineer-in-Chargeon turnkey basis as per specification mentioned in the relevant schedule/guideline and relevant design criteria. |
| 5 | Design, Drawing, construction, supply, installation, testing & commissioning of 4 (four) Intermediate Sewage Pumping Station (IPS) complete with civil, mechanical, electrical, instrumentation, automation, piping, Air release valve, finishing, curing, satisfactory water-tightness test and all allied civil, mechanical and electrical works, complete at various locations with all necessary requirements including joining with inlet and outlet mains etc. as per approved design and direction of Engineer-in-Chargeon turnkey basis as per specification mentioned in the relevant schedule/guideline and relevant design criteria :i. Capacity of the Intermediate Pumping station at Keishampat = 612.5 m3/hrii. Capacity of the Intermediate Pumping station at Shamumakhong = 637.5 m3/hriii. Capacity of the Intermediate Pumping station at Yaiskul = 154.2 m3/hriv. Capacity of the Intermediate Pumping station at Kangla = 137.5 m3/hrSupply, installation, testing and commissioning of suitable Thimble mounted Sluice gate complete with Extended spindle, coupling, extended spindle, headstock and gear arrangement , Mechanical Screen complete with rake, bar screen, drive frame in SS 304 construction and frame with base frame and foundation, Manual Screen complete guide channel , Conveyor Arrangement for mechanical screen complete with chute , Submersible Motor Sewage Pump sets including duck foot bend with foundation, submersible cable , guide pipe and lifting chain (suitable with adequate standby), DI Delivery piping upto the common delivery manifold including fittings, DI Common manifoldincludingfittingsuptothe Pumping station boundary limit, Rising type, CI Gate valve for each submersible pump delivery (suitable with one standby),CI Swing type check valve for each submersible pump delivery (suitable.), Service ladder with Railing, Anti-Rust Cover Plates, DI Dismantling Joint for each submersible pump delivery (suitable), Monorail complete with Chain Pulley Block and Geared Travelling Trolley (1 set), Mechanical float type level indicator with all accessories and board complete (1 set), Full bore electromagnetic flowmeter with flow transmitter/convertor including data loggers and communication interface for common delivery manifold (suitable), Double orifice kinetic type Air release valve complete with isolating sluice valve for common delivery manifold (suitable), Aluminium telescopic ladder (suitable), Pressure gauges including gauge cock for each pump delivery (suitable) etccomplete as per approved design and direction of Engineer-in-Chargeon turnkey basis as per specification mentioned in the relevant schedule/guideline and relevant design criteria. |
| 6 | Design, Drawing, construction, supply, installation, testing & commissioning of 4 (four) Intermediate Sewage Pumping Station (IPS) complete with civil, mechanical, electrical, instrumentation, automation, piping, Air release valve, finishing, curing, satisfactory water-tightness test and all allied civil, mechanical and electrical works, complete at various locations with all necessary requirements including joining with inlet and outlet mains etc. as per approved design and direction of Engineer-in-Chargeon turnkey basis as per specification mentioned in the relevant schedule/guideline and relevant design criteria :i. Capacity of the Intermediate Pumping station at Keishampat = 612.5 m3/hrii. Capacity of the Intermediate Pumping station at Shamumakhong = 637.5 m3/hriii. Capacity of the Intermediate Pumping station at Yaiskul = 154.2 m3/hriv. Capacity of the Intermediate Pumping station at Kangla = 137.5 m3/hrDesign, Drawing and Construction of dedicated power feeder including suitable HT Panel (suitable with one standby), Transformer (suitable with one standby), LT Panel with Capacitors and APFC Relays (suitable) , Diesel Generator set (suitable with one standby) with control panel and accessories, HT Cables including termination, LT Cables including termination & jointing, Earthing Pit and earthing, Yard Lighting, Wiring and Illumination, Ventilation of Pump house superstructure, Safety Equipment, firefighting equipment, danger boards and rubber mats, Lightning arrestors etc complete as per approved design and direction of Engineer-in-Chargeon turnkey basis as per specification mentioned in the relevant schedule/guideline and relevant design criteria. |
| 7 | Design, Drawing, Improvement, Construction, supply, installation, testing & commissioning of 27 MLD Sewage Treatment Plant including inlet works, pretreatment, biological treatment, secondary clarification, disinfection, sludge treatment & odour control, smooth finishing of all surfaces, Zinc rich epoxy resin coating for steel bars, protection brush or spray applied for active anodic protection of steel reinforcement bars , curing, satisfactory water-tightness test, automation and all allied civil, mechanical and electrical works, complete at 27 MLD STP at Lamphelpat as per approved design and direction of Engineer-in-Chargeon turnkey basis as per specification mentioned in the relevant schedule/guideline and relevant design criteria and meeting effluent characteristics by latest NGT guidelines. |
| 8 | Design, Supply, installation, testing & commissioning of all mechanical equipment with anti-corrosive paint including screens, blowers, diffusers, pumps, mixers, centrifuges, sludge handling and chemical dosing systems etc. complete as per approved design and direction of Engineer-in-Charge on turnkey basis as per specification mentioned in the relevant schedule/guideline and relevant design criteria for all the Pumping Stations and STP. |
| 9 | Design, Supply, laying, jointing, testing & commissioning of all internal piping and valves including process, sludge, air and chemical pipelines with supports and fittings complete as per approved design and direction of Engineer-in-Charge on turnkey basis as per specification mentioned in the relevant schedule/guideline and relevant design criteria for all the Pumping Stations and STP. |
| 10 | Design, supply, installation, testing & commissioning of complete electrical works including MCC, LCP, panels, cabling, power distribution, earthing, lighting and backup systems complete at Pumping stations and Sewage Treatment Plant as per approved design and direction of Engineer-in-Charge on turnkey basis as per specification mentioned in the relevant schedule/guideline and relevant design criteria for all the Pumping Stations and STP. |
| 11 | (I) SCADA Room, command centre, other components complete:Design, supply, installation, testing & commissioning of complete Instrumentation, PLC & SCADA with automation system (full-fledged SCADA) including sensors, analysers, networking, integration and dashboards complete as per approved design and direction of Engineer-in-Charge on turnkey basis as per specification mentioned in the relevant schedule/guideline and relevant design criteria:(a) Design, drawing and Construction and commissioning of SCADA Control Room with necessary amenities for wash-room, W/C etc. with RCC framework (footing, columns and beams) with RCC Roof, two coats of paint and floor tiles. The SCADA room should have electrification, with allied furniture, lighting, fixtures and air conditioning units, toilet complete and as per directed by Engineer-in-charge.(b) Design, delivery at site, Installation, Commissioning and Testing of Control Centre with the following components as per relevant codes and makes as approved by Engineer-In-Charge and specifications as per relevant clause mentioned in bid document.Control Centre should have the following:(i) Providing and fixing of operator work station at control Room with minimum configuration of I7 processor, 1TB Hard disk,256GB RAM, 21-inch monitor PC with all accessories and power connections PC loaded with SCADA software, Windows 2019 or higher server software standard edition 64 bit with Additional 5 user license for Windows 2019 or higher for schedule (user licences depends on No. of users)(ii) Supply of 2 numbers of 55\" display unit Resolution: 4K, Operation: 16/7, Make-Samsung/LG/Sony connected with above mentioned integrated work station with provision of integrated 4 no 32 inch display monitor of the work station cpu\"s. The integrated work station shall be motorised with up & down movement and horizontal adjustment PC vial internal LAN Network for monitoring and functioning as central Monitoring unit for operator(iii) LAN networking for the above items. All necessary hardware including, switches (both managed & unmanaged) along with bidirectional gateway modem and network server along with providing Static IP.(iv) Testing & Commissioning of Central processing and storage equipment. |
| 12 | (II)SCADA SoftwareDesign, Providing and delivery of Enterprise level SCADA software with redundant server and 1 ES+ OS and 1 no OS and 2 no web server with all necessary network switches and cabling and gateway modem and static IP and necessary firewall & shall have GIS Module, inbuilt NRW module loss module, dashboard module, configurable KPI based module and alarms and event scheduler and shall have AI enabled simulation and network module. The SCADA software shall have enterprise grade capability and shall be integrated with the existing SCADA and billing software to provide an integrated wholistic view of the entire water network. The SCADA shall have GIS Module, inbuilt NRW loss module, dashboard module, configurable KPI based module and alarms and event scheduler and shall have AI enabled simulation and network module.The SCADA shall have redundant server and two no’s webserver facility along with 1 no. of engineering and operating station and 1 no operating station. All the cost for static IP & sim card monthly cost shall be borne by the bidder itself. |
| 13 | (III)Electromagnetic flowmeter (mains operated)Providing, installation, testing commissioning of mains operated (24v dc) electromagnetic flowmeter with counter flanges and other ancillary for inlet and outlet including necessary cables, conduits of approved make, excavation works and various sizes for Sewage Pumping stations and STP complete and as directed by Engineer-in-Charge. Necessary numbers and sizes of flowmeters shall be as per the approved design and drawing. |
| 14 | (IV)Electromagnetic flowmeter (battery operated)Providing, installation, testing commissioning of Electromagnetic flow meter Battery operated with counter flanges and other ancillary units including necessary cables, conduits of approved make and various sizes for for Sewage Pumping stations and STP complete, including excavation complete and as directed by Engineer-in-Charge. (Battery operated flowmeter shall be configured or shall have diagnostic capability from central control room via fleet management software integrated with the supplied SCADA software over GSM/GPRS mode.) Necessary numbers and sizes of flowmeters shall be as per the approved design and drawing. |
| 15 | (V)Flow Control Valvesa. Providing, installation, testing and commissioning of flow control valve with throttling facility and other ancillary units including cables, conduits required of approved make, excavation works and as directed by Engineer-in-charge. Necessary numbers and sizes of Flow Control Valves shall be as per the approved design and drawing.b. Providing, installation, testing and commissioning of flow control valve with throttling facility and other ancillary units including cables, conduits required of approved make, excavation works and as directed by Engineer-in-charge. (These FCVs will be controlled from the branch RTUs) Necessary numbers and sizes of Flow Control Valves shall be as per the approved design and drawing. |
| 16 | (VI)Ultrasonic level transmitterProviding, installation testing commissioning of Ultrasonic level with counter flanges and other ancillary units including cables, conduits required for Sewage Pumping Stations and STP of approved make and as directed by Engineer-in-charge. Necessary numbers and sizes of Ultrasonic Level Transmitter shall be as per the approved design and drawing. |
| 17 | (VII)Pressure TransmitterProviding, installation, testing commissioning of Pressure Transmitter at site of approved make including necessary arrangements for installation at site and any other ancillary units required and as directed by Engineer-in-charge for inlet and outlets of Sewage Pumping Stations and STP of approved make. |
| 18 | VIII)RTU a) Providing, installation, testing, commissioning of RTU/PLC panel (mains operated) of approved make including earthing system and other wirings, cables, conduits, panel box with padlock complete and any other necessary ancillary units complete and as directed by Engineer-in-charge. Earthing for all PLC/RTU panel is in the scope of the bidder itself and it is mandatory to earth both PLC/RTU panel and instruments. Necessary numbers and sizes of RTU/PLC panels shall be as per the approved design and drawing.b) Providing, installation, testing, commissioning of RTU/PLC (battery operated) of approved make with necessary units for battery/ solar power including pole erections, earthing system and other wirings, panel box with padlock complete and any other necessary ancillary units including cables, conduits complete and as directed by Engineer-in-charge. Necessary numbers and sizes of RTU/PLC panels shall be as per the approved design and drawing. |
| 19 | (IX)Water Quality AnalyserProviding, installation, testing and commissioning of water quality analyser (PH, Chlorine, Turbidity) at site of approved make with necessary ancillary units, including necessary cables, other excavation works and as directed by Engineer-in-charge. (Water quality analysers should be compatible with the PLC/RTU for seamless integration into the SCADA). Necessary numbers of water quality analyser (PH, Chlorine, Turbidity) at site shall be as per the approved design and drawing. |
| 20 | (X)Chlorine Dosing UnitProviding, installation, testing and commissioning of Chlorine dosing (RTU/PLC compatible) unit at site of approved make with necessary ancillary units, cables, excavation works and as directed by Engineer-in-charge. (Chlorine Dosing Unit should be compatible with the PLC/RTU for seamless integration into the SCADA). Necessary numbers and sizes of Chlorine dosing (RTU/PLC compatible) unit at site shall be as per the approved design and drawing. |
| 21 | (XI)VFD pumpsProviding, fixing and Installation of Variable Frequency Drives (VFDs) with ancillary units and as directed by Engineer-in-charge. (VFD pumps should be compatible with the PLC/RTU for seamless integration into the SCADA system). Necessary numbers VFD Pumps at site shall be as per the approved design and drawing. |
| 22 | (XII)UPSa) Providing, installation testing and commissioning of UPS for RTU/PLC panel and as directed by Engineer-in-Charge.1 KVA – 5 numbers5 KVA – 1 numberb) Construction of RCC chambers and cable trench of required size including excavation works for various Electromagnetic flow meters, Flow control valves with covers complete and as directed by Engineer-in-Charge. Necessary numbers and sizes of RCC chambers and trench at site shall be as per the approved design and drawing. |
| 23 | Design, Drawing, Construction of administrative building cum SCADA building (G+1) of plinth area 350 sqm. at STP campus, watch tower, necessary sign board and labelling of different units, safety and warning signs, masterplan model of STP and Sewage Pumping stations, Chowkidar Quarter, Firefighting arrangement, Security Barrack, Laboratory, blower Room, Control Panel building , sludge dewatering building, chlorination building, chlorine contact tank, internal roads with CC pavement, separate washroom/W.C. for ladies and gents, Garage, Footpath with PCC base inside the campus, Horticulture, storm water drains, fencing with gate, Yard Lighting, site development and landscaping complete as per approved design and direction of Engineer-in-Chargeon turnkey basis as per specification mentioned in the relevant schedule/guideline and relevant design criteria. |
| 24 | Preparation and submission of as-built drawings, completion reports and handing-over documents, complete as per approved design and direction of Engineer-in-Charge on turnkey basis as per specification mentioned in the relevant schedule/guideline and relevant design criteria. |
