Responsibilities for handling SNG Projects (LPG- Air Mix Technology), in which includes (Sizing, Consumptions, Material Selection, Piping, Installation and Commissioning.
ï‚· HVAC Equipment( AHU, Temperature Sensor, Actuators, Regulators, Solenoids, Manifolds, DPS, DTS, RHS, Relays, Contactors, Motors, VFDs, Inverters, Power Supply, Filters, Valves and Many More).
ï‚· Process Instrumentation (Flow Meters, Level, Pressure, and Temperature).
ï‚· Straight LPG System Installation and commissioning.
ï‚· Gas Leak Detection (Calculation, Installation and Commissioning).
ï‚· Industrial Valves for the different application.
ï‚· Flow Computer.
ï‚· LPG Bottling/Cylinder filling scales.
 LPG Storage Vessels, pumps, compressors, safety valves, regulators, accessories & other equipment.
 Estimation & Preparation of RFQ’s according to scope requirements and floating inquiries to Suppliers/Principle manufacturer & Sub-Contractors.
 Offer preparation after complete calculation of user consumption of natural gas and proposed SNG proposals or Straight LPG system as per customer need, preparing BOQ’s, follow-up & building strong customer relationship and order acquisition.

Responsibilities for handling Sales Team, Working as a Head of Sales Team to give my input as Technical And Commercial Aspects.
ï‚· Flow Meters Sizing and its election according to the application.
ï‚· Temperature Transmitter (RTD, Thermocouple).
ï‚· Level Transmitter (Continuous and Point Type).
 Pressure Transmitter. 
ï‚· Differential Transmitter.
 VFDs. 
ï‚· Motors.
ï‚· Flow Computers.
ï‚· Industrial Valves.
ï‚· Pneumatic Positioner.
ï‚· Sensors.
ï‚· Auto Tank gauging equipment.
ï‚· Paper and Paperless recorder and Loggers.
ï‚· Temperature and Pressure Gauges.
ï‚· Digital and Clamp Meters.
ï‚· Calibrators.
ï‚· Regulators.
ï‚· Oxygen Analyzer.
ï‚· Flue Gas Analyzer.
ï‚· Boiler Efficiency Equipment.
ï‚· Electrical Equipment ( Relay, Electrical Contactor, Circuit Breakers, Power Supply, and Many More)

Air Compressor (Oil Type and Oil Free according to the application and customer requirement.
ï‚· Complete Analysis of Compressed Air Network.
ï‚· Leakage monitoring through ultrasonic instrument.
ï‚· Compressor Efficiency Test.
ï‚· Measuring compress air flow to install the thermal mass flow meter.
ï‚· Finding the cause of Pressure Drops.
ï‚· Compressor room Designing.
ï‚· Quantification of Leakages in the term of cost saving.
ï‚· Prevention through the fix leakages and increase efficiency of the Complete System.
ï‚· Reviewing customer drawings, plans and other documents in order to prepare detailed technical proposal or report.
ï‚· Measuring compress air flow to install the thermal mass flow meter.