Group A, Guntur GA - Design, Installation and Commissioning of Permanent Cathodic Protection (PCP) System for Underground Steel Pipeline Networks.
Bid Value
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Closing Date
07 August 2026
Days Remaining
8 days
AI Tender Synthesis
Pre-generatedThis is a specialized infrastructure project for a major PSU, but the estimated value and specific eligibility criteria are not provided, necessitating careful review of the full tender document.
What's Being Procured
IndianOil in Guntur, Andhra Pradesh, is seeking bids for the design, installation, and commissioning of a Permanent Cathodic Protection (PCP) System for its underground steel pipeline networks. The project aims to ensure the integrity and longevity of these critical pipeline assets through comprehensive corrosion protection services.
Eligibility Criteria
None identified
Technical Scope
- 01Design of Permanent Cathodic Protection (PCP) System for underground steel pipeline networks
- 02Installation of Permanent Cathodic Protection (PCP) System for underground steel pipeline networks
- 03Commissioning of Permanent Cathodic Protection (PCP) System for underground steel pipeline networks
- 04Corrosion protection for underground steel pipeline networks
Documents Required
None identified
Watch Out For
- Estimated value not specified, requiring full tender document review to assess project scale and budget.
- Eligibility criteria are not detailed, requiring careful review of the tender document for specific financial, technical, and registration requirements.
Bid Value
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Summary
IndianOil, located in Guntur, Andhra Pradesh, is inviting bids for the design, installation, and commissioning of a Permanent Cathodic Protection (PCP) System. This system is crucial for protecting underground steel pipeline networks from corrosion. The scope of work includes the complete lifecycle from initial design to final commissioning of the PCP system. Bidders are expected to provide comprehensive services for this specialized infrastructure project, ensuring the integrity and longevity of the pipeline networks.