This tender invites qualified contractors in Karachi to undertake the provision and laying of sewerage lines for interconnection from streets to the main sewerage line at Bakhtawar Goth and Bashir Street under the jurisdiction of Town Municipal Corporation Ibrahim Hyderi. The project falls under the Construction & Civil Works Materials category and is crucial for improving the sewerage infrastructure in District Malir, Karachi. The scope includes excavation of trenches, laying of RCC pipes with rubber ring joints, construction of manholes and inspection chambers, refilling and compaction of excavated material, and manufacturing and supplying RCC ring slabs and manhole covers. The site is located near the Main National Highway Road close to Benazir, requiring careful engineering to manage soil conditions and ensure proper alignment and grade of sewerage lines. The work demands adherence to technical specifications and quality standards to ensure durability and functionality. Bidders must hold a valid PEC registration in the relevant category, maintain an active FBR/ATL status, and comply with the 2025-26 fiscal year requirements. The tender requires a 5% Earnest Money deposit and a security deposit of 10% of the bid amount. Contractors should have at least five years of relevant experience, valid Sindh Revenue Board registration, NTN certificate, and professional tax certificate. Affidavits confirming no blacklisting and no litigation involvement are mandatory. The submission deadline is set for 14th January 2026 at 2:00 PM, with bid opening at 2:30 PM on the same day at the office of the Superintending Engineer, TMC Ibrahim Hyderi, District Malir, Karachi. Bids must be submitted in sealed envelopes referencing the work name and number. Pro-Tip: Ensure to carefully review the newspaper advertisement for specific stamp duty and bid security requirements, as these are commonly overlooked and can lead to disqualification. Also, verify all eligibility documents thoroughly to avoid rejection during the preliminary evaluation stage.