Long Beach WPCP Consolidation Pump Station Conversion Agency: Nassau County Category:Construction Vertical: Building Construction; Rehabilitation & New Construction - Construction Issue Date:06/22/2022 Due Date: 08/23/2022 Ad Type:General
Section 3 Opportunities - Long Beach WPCP Consolidation Pump Station Conversion Agency: New York State Contract Reporter Category:Construction Vertical: Building Construction; Rehabilitation & New Construction - Construction Issue Date:07/22/2022 Due Date: 08/18/2022 Ad Type:Contractor Ads
MWBE / SDVOB / Section 3 Opportunities - Long Beach WPCP Consolidation Pump Station Conversion Agency: New York State Contract Reporter Category:Construction Horizontal: Highways & Roadways; Maintenance, Repair & New Construction - Construction Issue Date:08/18/2022 Due Date: 09/20/2022 Ad Type:Contractor Ads
Long Beach WPCP Consolidation-Pump Station Conversion Agency: New York State Contract Reporter Category:Construction Vertical: Building Construction; Rehabilitation & New Construction - Construction Issue Date:10/05/2020 Due Date: 10/20/2020 Ad Type:Contractor Ads
GEOTECH LAB EXPANSION-GEOTECH AUTOMATED SMALL DIRECT SHEAR SYSTEMS, AUTOMATED CRS CONSOLIDATION SYSTEMS WITH FLOW PUMPS, AUTOMATED INCREMENTAL SWELL/CONSOLIDATION 2-KIP CAPACITY SYSTEMS, AND AUTOMATED... Solicitation ID/Procurement Identifier: 140R8123Q0236 Ultimate Completion Date: Wed Jul 24 17:00:00 GMT 2024
Bidding Information can only be downloaded at http://bidding.cityoffortwayne.org/city.php and/or www.questcdn.com for a non-refundable charge of $15.00. Contractors may view the contract documents at no cost prior to becoming a Planholder. Contact QuestCDN Customer Support at 952-233-1632 or info@questcdn.com for assistance in membership registration, downloading digital project information and vBid online bid submittal questions. Project bid documents must be downloaded from QuestCDN which will add your company to the Planhold...
GEOTECH LAB EXPANSION-Geotech Automated Small Direct Shear Systems, Automated CRS Consolidation Systems with Flow Pumps, Automated Incremental Swell/Consolidation 2-kip Capacity Systems, and Automated Incremental Swell/Consolidation 10-kip Capacity Systems
