Rigid GI Pipe (BHEL)
N/a
Posted:
10 December 2024
Closed:
20 December 2024
GEM
Tender Overview
The Panchayat Raj Commissionerate Karnataka, under the Rural Development And Panchayat Raj Department, invites bids for Rigid GI Pipe (BHEL) in Raichur, Karnataka 584101. The procurement category targets GI piping, with no BOQ items listed, and an indicative quantity framework subject to change. The governing terms include a 25% quantity variation allowance at contract award and during the currency of the contract, at contracted rates. Delivery timing hinges on a calculated extension formula linked to the original delivery period, with a minimum 30 days extension in most scenarios. This ATC-driven tender requires bidders to align with the option clause and the purchaser’s flexible quantity strategy.
Technical Specifications & Requirements
No explicit technical specifications are provided in the tender data. The procurement focus is identified as Rigid GI Pipe (BHEL) under the Karnataka government framework. In the absence of a BOQ, bidders should prepare proactively by mapping standard pipe sizes, coating, thickness, and jointing methods typical of BHEL-grade GI products. The ATC file and clause 1 deliver critical delivery-time logic: if quantity increases, the extended delivery period is calculated as (Increase ÷ Original) × Original delivery period, with a minimum 30 days. Compliance planning should address delivery readiness, quality controls, and traceability for GI pipes to withstand regional use in rural infrastructure.
Terms, Conditions & Eligibility
Key terms include a discretionary 25% quantity variation at contract placement and during the contract. Delivery timelines are tied to last delivery order dates and extended periods per the option clause, with minimum 30 days added for extensions. EMD and exact financial terms are not disclosed. Bidders must adhere to the ATC and generic Bid Specific Terms. The absence of BOQ items implies bidders should propose a robust compliance and supply plan, including documentation and risk mitigation for fluctuating volumes.
