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Plumbing Engineering.

Plumbing design is pivotal for effective water management, addressing challenges like clogging and corrosion. Through advanced technologies, we ensure compliance and efficiency, creating resilient infrastructure for clean water access and environmental stewardship.

Blue Wall

Hiren Nimavat

Design Manager

🌧️ STORMWATER MANAGEMENT DESIGN AND CALCULATIONS

  • Stormwater Drainage Layout Drawings: Illustrate the layout of stormwater drains, gutters, catch basins, and drainage channels.

  • Rainfall Intensity Analysis: Determine design rainfall intensities based on local climatic conditions and regulatory requirements.

  • Hydraulic Calculations: Size stormwater pipes and channels to safely convey peak flow rates without causing flooding or erosion.

At our core, we prioritize water management and treatment, tackling issues like clogging, corrosion, and leakage from the outset. With a keen understanding of challenges like water pressure and regulatory compliance, our engineers collaborate closely with clients to address risks from contaminants and scarcity. Through advanced techniques and cutting-edge technologies, we ensure efficient plumbing designs that endure, spanning intricate distribution systems, drainage solutions, and water treatment processes.

🚽 SEWAGE NETWORK DESIGN AND CALCULATIONS

  • Sewer System Layout Drawings: Show the arrangement of sewer lines, manholes, lift stations, and treatment facilities.

  • Population Equivalent Calculation: Estimate sewage flow rates based on the population served by the system.

  • Pipe Sizing and Slope Calculations: Determine the diameter and slope of sewer pipes to maintain self-cleaning velocity and prevent blockages.

💧 WATER DISTRIBUTION SYSTEM DESIGN AND CALCULATIONS

  • Water Supply Network Drawings: Illustrate the layout of water mains, valves, hydrants, and service connections.

  • Water Demand Estimation: Calculate water demand for domestic, industrial, and firefighting purposes based on building occupancy and usage.

  • Pipe Sizing and Pressure Calculations: Size water pipes to deliver adequate flow and pressure to all points of use while minimizing pressure losses.

🛑 CULVERT DESIGN AND CALCULATIONS

  • Culvert Cross-Section Drawings: Show the shape, dimensions, and orientation of culverts for conveying stormwater runoff.

  • Hydrological Analysis: Determine design flows and flood frequencies to size culverts appropriately.

  • Hydraulic Capacity Calculations: Calculate the capacity of culverts to safely convey flow without causing overtopping or structural failure.

🏭 SEWAGE TREATMENT PLANT (STP)AND EFFLUENT TREATMENT 

PLANT(ETP) DESIGN

  • STP/ETP Process Flow Diagrams: Illustrate the treatment processes, tanks, pumps, and control systems involved.

  • Pollutant Load Estimation: Estimate the quantity and characteristics of wastewater pollutants to be treated.

  • Treatment Unit Sizing: Size treatment units (e.g., sedimentation tanks, biological reactors) based on hydraulic and organic loading rates.

⬇️ UNDERGROUND TANK (UGT) DESIGN

  • Underground Tank Layout Drawings: Show the location, dimensions, and connections of underground storage tanks for water or fuel.

  • Tank Sizing Calculations: Calculate the capacity of underground tanks based on storage requirements and site conditions.

  • Structural Design and Stability Analysis: Ensure the structural integrity and stability of underground tanks under various loading conditions.

⬆️ OVERHEAD WATER TANK (OHWT) DESIGN

  • Overhead Tank Elevation Drawings: Illustrate the elevation, support structure, and piping arrangement of elevated water tanks.

  • Tank Capacity Calculation: Determine the capacity of overhead tanks to meet peak water demand and provide adequate storage.

  • Hydraulic Head and Pressure Calculations: Calculate the hydraulic head and pressure at various points in the distribution system to ensure proper water supply.

🔧 PUMP ROOM DESIGN

  • Pump Room Layout Drawings: Show the arrangement of pumps, piping, valves, and control equipment within the pump room.

  • Pump Selection and Sizing: Select pumps based on flow requirements, head conditions, and system characteristics.

  • Pump System Efficiency Calculations: Calculate pump efficiency and energy consumption to optimize system performance and minimize operating costs.

  Designing effective industrial buildings.

A successful factory design integrates functionality, safety, efficiency, and scalability seamlessly, optimizing workflow and fostering innovation.

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