San Jacinto Community College Ionwave #CSP 26-11 Addendum 1 (CSP 26-11 Roof Drain Repairs, Building S12)

SJCCD Seeks Roof Drain Repairs and Piping Installation for Building S12, South Campus

San Jacinto Community College District (SJCCD) is seeking competitive proposals for roof drain repairs at Building S12 on its South Campus in Houston, Texas. - Government Buyer: - San Jacinto Community College District (Facilities) - Project managed by Charles Smith; architect is Huitt-Zollars, Inc. - Products and Materials Requested: - Zurn Z199-DC roof drain covers required for each roof drain opening - Various PVC piping components (8" and 6" insulated pipe, eccentric reducers, low-sweep elbows, couplings, pipe hangers, cleanouts) - Pipe penetrations, insulation removal/replacement, ceiling tile and T-grid repair, gypsum board patching - Services Requested: - Rerouting existing roof drain lines to new exterior discharge locations - Installation of new piping, wall penetrations, collector boxes, and downspouts with direct connections - Construction services including safety, environmental compliance, commissioning, and project closeout - Unique or Notable Requirements: - All work must comply with prevailing wage rates per Texas Government Code Chapter 2258 - Detailed qualifications, safety records, and subcontractor listings required - Strict adherence to SJCCD's terms, insurance, and DBE participation encouraged - Coordination with utilities and site access restrictions - Liquidated damages of $500 per day for late completion - Estimated contract value: approximately $500,000 - Place of Performance: - SJCCD South Campus, 13735 Beamer Road, Houston, TX 77089

Description

San Jacinto Community College District is soliciting competitive sealed proposals for roof drain repair services at Building S12 on the South Campus in Houston, Texas. The project involves rerouting existing roof drain lines to new exterior discharge locations, including new piping, wall penetrations, collector boxes, and downspouts with direct connections. The estimated contract value is approximately $500,000, with work scheduled to start in May 2026 and complete by July 2026. Proposals must be submitted electronically through the IonWave e-Bidding system by April 13, 2026.

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