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Design and development of fire fighting (Alarm, Hydrant, sprinkler, and pumping unit(s)) Systems for fire detection and protection in multistory buildings and industry.

Hydrants and Sprinklers

Design, calculations, layout, CAD drawing preparation and tendering of Fire hydrant and Fire sprinklers system(s) in buildings, localities/towns and industry as per NFPA and/or custom Standards

Services include

  1. Optimum water resource determination
  2. Selection of suitable fire protection (single and/or combination) systems according to nature of hazard, area occupancy, building type etc.) as per NFPA and/or custom standards
  3. Complete selection, determination (dry and/or wet) and layout of piping (single and/or branched) network as per NFPA and/or custom standards
  4. Piping calculations (selection of pipe type and size) as per NFPA, API and/or custom standards
  5. Determination of hydrant requirement (nature and type of cabinet and hose real selection and calculations)
  6. Plumbing work (calculations, selection and determination of elbows, connectors, reducers, expanders, joints etc.)
  7. Determination of water requirement
  8. Pumping requirements calculations and selection of pump/pump set(s) (pressure maintenance/boosting units)
  9. Design (nature and type) and positioning of water storage tank
  10. Complete design and manufacturing of pressure maintenance/boosting units including their size and positioning

Fire fighting pumping unit (FFPU)

Design, Development, Engineering (calculations, analysis (mechanical, electrical, thermal, flow, stress, noise etc.), CAD drawing preparation, Tendering, Procurement, Manufacturing/Fabrication, Installation, Testing and Commissioning after sale services of fire fighting pumping unit consisting of

  1. Primary Pump (Electrical)
  2. Backup Pump (Diesel engine driven)
  3. Pressure compensating/Jockey Pump (Electrical)

Services include

  1. Pump selection (as per NFPA Standards)
  2. Motor Selection
  3. Engine Selection
  4. Cascade development (single or multiple/combination pump stands, single and/or common suction and discharge etc.)
  5. Flow calculations
    1. Hydraulic calculations of main system
    2. Calculation of losses in piping and pump set and their incorporation back into the final design as per NFPA and/or custom standards)
    3. Valve selection (calculations and analysis for types, ratings, characteristics (linear, equal percentage etc.))
    4. Piping (calculations and analysis for size, lengths etc)
    5. Diagram development (Flow/Hydraulic, piping, electrical etc.)
    6. Instrumentation (Ammeter, Voltmeter, tachometer, flow meter, temperature and pressure gauges etc.) selection and integration
    7. Flange, fasteners (nut, bolt, stud) and connectors  type, calculations and selection (strength calculations, pressure calculations, life determination/estimation calculations, welding requirements determination)
    8. Water and diesel tank design and making
    9. Control System development (Calculations for Sensor(s), connectors, controller etc. including control unit preparation (diagram, positioning and making of control unit)
    10. Complete controller (selection, parameter determinations, programming etc.) and integration
    11. Skid design and analysis (stress, structural and mechanical etc.)
    12. Civil foundation design and development (calculations (structural, stress etc.)
    13. Sound proof canopy design and selection (calculations (noise, vibration, stress, mechanical etc.)) (optional)

Facilitation of ready equipment/material supply via close personal liaison with renowned manufacturers (KSB and Grundfos for pumps, KSB, Siemens for motors, MAN, CAT, Perkins for Engines, KSB, Danfos for valves, KSB, Siemens for controls etc.) upon order

 

Contact:

Muhammad Musaddique Ali Rafique

ali.rafique@ua.pt