Search results for: engineering and feasibility

The Groundwater Sustainability Department is soliciting proposals from qualified firms to provide water resources planning, contracts and policy assessment, engineering, and preliminary design services as required to complete a water supply feasibility and engineering study and Preliminary Engineering Report (PER) to assess the feasibility of delivering water supplies from the State Water Project (SWP) to the Paso Robles Groundwater Basin (Basin)

Terms:#1 Oct 9, 2023 Jun 28, 2024 Project: City of GoodyearStatus: ActiveVendor: J2 Engineering & Environmental Design, LLCExtendable: YesDescription:RFQ― On Call Service Contract terrm includes Task 100,200,300,400, 500,through final feasibility documentValue:$203,102.00Remaining Contract Extensions (in years):0Buyer:Victoria JacksonCurrent COI Expiration Date:23 Oct 2024FilesShow/Hide Download grid export Drag here to set row groupsDrag here to

Advanced Water Purification Feasibility Study / Professional Services - WS85700103 AND WS90700059 Updated: 04/08/2024 9:22 AM Updated: 04/08/2024 9:22 AM Solicitation Details Solicitation/Project Number 6000001582/WS85700103 AND WS90700059 Register Department Water Services Submit Response Contract Specialist/Procurement Officer Heather Roye Pre-Offer Conference/Pre-Submittal Meeting 04/09/2024 11:00 AM Date Due 05/03/2024 12:00 PM NIGP 925-00 - ENGINEERING

Description:New Submission Date: June 28, 2019 @ 10AM EST This contract is for professional engineering services for miscellaneous tasks. The Engineer will conduct a comprehensive feasibility analysis of future road projects and compile a report that summarizes proposed alternatives and impacts.

Clearly label your proposal submission using key words: Proposal No. 324008 CFS Mechanical Systems and Operations Feasibility Study 5.

The results of this study should help KT prioritize potential solutions or strategies and will help define KT’s development of a future preliminary engineering design project.

ENGINEERING SERVICES FOR FEASIBILITY STUDY OF THE SAND CREEK INTERCEPTOR PARALLE