At NOAH Engineering, we believe that a successful industrial project is built not only with a strong steel structure but also with reliable civil infrastructure. As part of our turnkey industrial construction scope, we have successfully completed the RCC (Reinforced Cement Concrete) Storm Water Drain at our ongoing industrial PEB project in Chennai. A well-designed storm water drainage system is one of the most important yet often overlooked components of an industrial facility. During heavy rainfall, an efficient drainage network prevents water stagnation around the building, protects foundations, improves site accessibility, and significantly extends the life of roads, pavements, and utility services. Benefits of RCC Storm Water Drains - Efficient collection and disposal of rainwater - Prevents flooding and waterlogging around industrial buildings - Protects building foundations from soil erosion and water seepage - Reduces maintenance costs for roads, yards, and utility corridors - Improves safety for employees, vehicles, and material handling equipment - Ensures uninterrupted operations during monsoon seasons - Long service life with excellent durability and minimal maintenance - Suitable for heavy industrial traffic and large manufacturing facilities Importance in Industrial PEB Projects Industrial facilities generate significant surface runoff due to their large roof areas and paved yards. Properly designed RCC storm water drains efficiently collect rainwater from roof downpipes, loading bays, internal roads, parking areas, and open yards, directing it safely to recharge pits, retention ponds, or approved municipal drainage systems. A properly engineered drainage network helps industries comply with environmental and statutory requirements while maintaining clean, safe, and operational premises throughout the year. Design Standards and Good Engineering Practices At NOAH Engineering, civil infrastructure works are planned and executed in accordance with accepted engineering practices and relevant Indian Standards wherever applicable, including: IS 456:2000 – Plain and Reinforced Concrete – Code of Practice IS 3370 (where applicable for water-retaining structures) IRC: SP:50 – Guidelines on Urban Drainage (commonly referenced for drainage planning) Local authority [SIPCOT] requirements, Proper slope design, hydraulic capacity calculations, and durable concrete construction practices The selection of drain size, slope, reinforcement, and discharge capacity is based on project-specific rainfall data, catchment area, soil conditions, and operational requirements. Complete Turnkey Industrial Construction NOAH Engineering offers complete Turnkey Industrial PEB Building Construction, including: Industrial PEB Structures Civil Foundations RCC Storm Water Drains Compound Walls Internal Roads & Pavements Underground Utilities Rainwater Harvesting Systems Electrical & Plumbing Works Industrial Infrastructure Development From concept to commissioning, we deliver integrated engineering solutions that combine structural excellence with robust civil infrastructure. Contact NOAH Engineering www.noahengineeringcbe.com www.noahpeb.com admin@noahpeb.com +91 88385 60811