Waste Water Treatment Facility

Project Overview: This project involved the structural, mechanical, and electrical design of a wastewater treatment facility, developed to support efficient and sustainable wastewater processing for an industrial client. The design focused on ensuring durability, operational efficiency, and compliance with environmental and safety standards. Scope of Services: Madhouse Engineering Consultancy provided multi-disciplinary engineering design services, including: Structural Design: Design and analysis of reinforced concrete tanks, foundations, equipment supports, and elevated platforms optimized for load-bearing capacity and chemical exposure resistance. Mechanical Design: Layout and sizing of pumps, blowers, piping systems, and mechanical equipment for efficient treatment operations and fluid transfer. Electrical Design: Load computation, panel board and motor control center (MCC) design, and electrical layout for process automation, instrumentation, and plant lighting. Coordination and Integration: Cross-discipline coordination to ensure smooth interface between civil, mechanical, and electrical systems for streamlined construction and operation. Design Highlights: Durable reinforced concrete structures designed to withstand hydrostatic pressure and chemical corrosion. Optimized mechanical system layout to enhance flow efficiency and minimize maintenance downtime. Energy-efficient electrical design incorporating safety, redundancy, and reliability for continuous plant operation. Compliance with environmental and safety regulations, ensuring long-term performance and sustainability. Outcome: The project successfully delivered a fully engineered wastewater treatment facility that combines robust structural design, efficient mechanical systems, and safe electrical integration, reflecting Madhouse Engineering Consultancy’s capability to execute complex industrial infrastructure projects with precision and reliability.