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Mechanical Engineering.

Our consultancy's specialized expertise in mechanical design engineering, includes advanced Cooling Water Systems engineered to meet stringent temperature control standards, crucial for optimizing manufacturing processes in industries such as automotive and electronics. Moreover, our proficiency extends to designing sophisticated Thermal Fluid Systems, meticulously crafted to ensure seamless heat transfer and operational efficiency, vital for energy-intensive applications in sectors like power generation and petrochemicals. Whether it's developing robust machinery or designing intricate systems for the industry, we are dedicated to delivering cutting-edge solutions that meet the highest standards of reliability and efficiency.

💨 COMPRESSED AIR SYSTEM DESIGN AND CALCULATIONS

  • System Layout Drawings: Show the arrangement of compressors, receivers, dryers, filters, and distribution piping.

  • Pressure Drop Calculations: Determine pressure losses along the piping network to ensure adequate pressure at points of use.

  • Air Receiver Sizing: Calculate the required size of air receivers based on demand fluctuations and compressor capacity.

 

❄️ CHILLED WATER SYSTEM DESIGN AND CALCULATIONS

  • Chiller Plant Layout Drawings: Illustrate the placement of chillers, pumps, cooling towers, and associated equipment.

  • Cooling Load Calculations: Estimate the cooling load of the building based on factors such as occupancy, equipment, and climate.​

  • Pipe Sizing Calculations: Determine the size of piping to deliver chilled water to various zones while maintaining flow and pressure requirements.

🌊 COOLING WATER SYSTEM DESIGN AND CALCULATIONS

  • Cooling Tower Layout Drawings: Show the configuration of cooling towers, pumps, piping, and heat exchangers.

  • Heat Rejection Calculations: Calculate the heat rejection capacity required for cooling equipment and processes.

  • Flow Rate and Velocity Calculations: Determine the flow rate and velocity of cooling water through the system to prevent fouling and scaling.

🔥 THERMAL FLUID SYSTEM DESIGN AND CALCULATIONS

  • Thermal Fluid Heater Layout Drawings: Illustrate the arrangement of heaters, pumps, expansion tanks, and heat exchangers.

  • Heat Transfer Calculations: Estimate heat transfer rates and fluid temperatures in heat exchangers and process equipment.

  • Pipe Stress Analysis: Analyze the stress and deformation in piping systems due to thermal expansion and contraction.

💨 STEAM SYSTEM DESIGN AND CALCULATONS

  • Steam Boiler Plant Layout Drawings: Show the placement of boilers, steam headers, traps, and condensate return systems.

  • Steam Load Calculations: Estimate the steam demand for heating, process, and power generation applications.

  • Steam Pipe Sizing: Determine the size of steam piping to deliver steam at the required pressure and flow rate.

⛽ HIGH -SPEED DIESEEL SYSTEM DESIGN AND CALCULATIONS

  • Fuel Storage and Distribution Drawings: Illustrate the layout of fuel storage tanks, pumps, filters, and piping.

  • Fuel Consumption Calculations: Estimate the fuel consumption of diesel engines based on load profiles and operating conditions.

  • Pump Head Calculations: Determine the pump head required to deliver diesel fuel from storage tanks to engines.

🔧 GASESE SYSTEM DESIGN AND CALCULATIONS

  • Gas Distribution System Drawings: Show the arrangement of gas storage tanks, regulators, valves, and distribution piping.

  • Gas Flow Calculations: Calculate the flow rate and pressure drop of gases through piping networks.

  • Gas Composition Analysis: Analyze the composition of gases to ensure compatibility with equipment and processes.

💧 WATER TREATMENT SYSTEM DESIGN AND CALCULATIONS

  • Water Treatment Plant Layout Drawings: Illustrate the configuration of filters, softeners, disinfection units, and chemical dosing systems.

  • Water Quality Analysis: Analyze the quality of raw water and determine treatment requirements.

  • Chemical Dosing Calculations: Calculate the dosage of chemicals required for water treatment based on feedwater characteristics.

🚰 WATER SUPPLY REVERSE OSMOSIS(RO) SYSTEM DESIGN AND CALCULATIONS

  • RO Plant Layout Drawings: Show the arrangement of RO membranes, pumps, pressure vessels, and control systems.

  • Water Recovery Calculations: Estimate the recovery rate and reject stream volume of the RO process.

  • Membrane Sizing and Flux Calculations: Determine the size and number of RO membranes required to achieve desired water quality and production rate.

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