Opportunity

Ohio Procurement Portal #SRC0000038129

3D Oil & Gas Well Formation Display Model for Ohio Department of Natural Resources

Posted

October 04, 2023

Respond By

April 17, 2026

Identifier

SRC0000038129

NAICS

339999

This opportunity involves the Ohio Department of Natural Resources seeking the construction of a specialized 3D display model for educational and demonstration purposes. - Government Buyer: - Ohio Department of Natural Resources, Division of Oil & Gas Resources Management - OEMs and Vendors: - No specific OEMs or vendors are named in the solicitation - Products/Services Requested: - One (1) hands-off, column-like 3D model display illustrating four styles of wells in Ohio's rock formations - Dimensions: 5 feet high, 3 feet wide - Portable, disassemblable into 2-3 sections, max weight 100 pounds - Constructed from sturdy, lightweight materials (e.g., model foam or equivalent) - Includes a 1-foot black pedestal with plexiglass enclosure - Features detailed representations of: - Horizontal Shale Well - Conventional Oil & Gas Well - Injection Well (Class II & VI) - Water Well - Surface equipment to be modeled: Pump Jack, Tank Battery, Valves, Christmas Tree, Surface Tanks, Pump House, Storage Tanks - Rocks modeled to resemble actual earth layers, with labeled formations and depths - Transport cases preferred; materials must withstand frequent movement - Depths for wells to be provided after award - Unique/Notable Requirements: - Model must be hands-off, durable, and suitable for repeated transport - Responsible bidders must be in good standing - Detailed project specifications and addendum provided as attachments

Description

The Ohio Department of Natural Resources is soliciting bids for a hands-off, column-like 3D model display illustrating four styles of wells in Ohio's rock formations. The model must be 5 feet high, 3 feet wide, portable, disassemblable into sections, and weigh no more than 100 pounds. It should include detailed representations of wells and formations, with materials resembling actual earth layers, and feature surface equipment and labeling. The project requires sturdy, lightweight materials and transport cases are preferred.

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