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Sindwi Engineers

Environmental Clearance & Infrastructure Planning

Sindwi Engineering provide comprehensive Environmental Clearance and Infrastructure Planning services tailored to meet the needs of modern engineering projects. Our expertise ensures sustainable, efficient, and innovative solutions for water management, wastewater treatment, drainage, and renewable energy integration. From detailed water balance studies and underground storage designs to advanced sewage treatment and rainwater harvesting schemes, we address every aspect of infrastructure planning with precision. Our team delivers customized designs for plumbing, waste management, and stormwater systems, ensuring compliance with environmental standards. Partner with us for reliable, eco-friendly, and technically advanced solutions to elevate your project to the next level.

Environmental Clearance & Infrastructure Planning

  1. Water Balance Statement: Develop a detailed water balance statement based on the total population and the project type.
  2. Underground Storage Design: Design an underground storage system and water supply scheme tailored to the premises’ requirements.
  3. Pumping System: Propose an efficient pumping system and determine its appropriate sizing.
  4. Drainage & Wastewater Calculations: Provide comprehensive calculations for the drainage system and wastewater management from the building to the Sewage Treatment Plant (STP).
  5. STP Design: Prepare drawings and sizing calculations for the Sewage Treatment Plant.
  6. Organic Waste Management: Calculate the sizing of an Organic Waste Converter (OWC) or vermicomposting system.
  7. Storm Water Drainage: Develop detailed calculations for the stormwater drainage network, including piping and trench sizing.
  8. Rainwater Harvesting: Design an effective rainwater harvesting scheme.
  9. Internal Plumbing: Create detailed layouts for toilets, kitchens, and utilities, including plumbing for tile elevations and flat and top terrace drainage.
  10. Overhead Water Tank: Calculate sizing and prepare designs for overhead water tanks.
  11. Water Supply System: Develop a detailed route for the water supply system at the terrace level.
  12. Solar Hot Water Design: Calculate solar hot water requirements, determine the number of panels needed, and design the circulation system.
  13. Pipe Diversion: Plan pipe diversion routes from the building parking level to external networks.
  14. Chamber Network: Design a chamber network at the building level for effective flow and maintenance.