Hollywood Opengov #256447

Construction of Emergency Bypass Bar Screen System at Hollywood SRWWTP

This opportunity seeks qualified contractors for the construction of an Emergency Bypass Bar Screen System at the Southern Regional Wastewater Treatment Plant (SRWWTP) in Hollywood, Florida. - Government Buyer: - City of Hollywood, Florida (local government) - OEMs and Vendors: - No specific Original Equipment Manufacturers (OEMs) or vendors are named in the solicitation - Products/Services Requested: - Construction and installation of a new coarse bar screen structure for emergency bypass - Installation of a 72-inch fiber-reinforced plastic/glass-reinforced plastic (FRP/GRP) bypass pipeline - Construction of a new junction box - Extensive utility relocations (potable water, brine, sewer, chlorine lines) - Site restoration after construction - Electrical and control system upgrades - Unique or Notable Requirements: - Bypass system must handle up to 140 million gallons per day during severe storms or maintenance outages - Deep excavation and removal/replacement of underground electrical duct banks - Temporary bypassing of multiple utility lines - Construction in high groundwater conditions with specialized shoring - Integration with existing infrastructure near the Eco Grande Golf Course interceptor box - Project addresses recent failures in the existing screening system to improve storm readiness and reliability - Attachments include technical specifications, drawings, forms, and legal documents

Description

The City of Hollywood is seeking proposals from qualified contractors to construct a new Emergency Bypass Bar Screen System at the Southern Regional Wastewater Treatment Plant. The project includes installation of a coarse bar screen structure, a 72-inch FRP/GRP bypass pipeline, a new junction box, utility relocations, site restoration, and electrical and control upgrades. This system is designed to handle up to 140 million gallons per day during severe storm events or maintenance periods, addressing past failures and improving operational reliability. The work involves complex construction challenges such as deep excavation, utility bypassing, and integration with existing infrastructure.

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