Design of a Prototype Chemical Process System that Separates Gypsum and Rare Earths

expired opportunity(Expired)
From: Florida State University(Higher Education)
RFQ 6632-J

Basic Details

started - 15 Mar, 2024 (1 month ago)

Start Date

15 Mar, 2024 (1 month ago)
due - 05 Apr, 2024 (22 days ago)

Due Date

05 Apr, 2024 (22 days ago)
Bid Notification

Type

Bid Notification
RFQ 6632-J

Identifier

RFQ 6632-J
Florida State University

Customer / Agency

Florida State University
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15 March 2024 Design of a Prototype Chemical Process System that Separates Gypsum and Rare Earths Design of a Prototype Chemical Process System that Separates Gypsum and Rare Earths from Industrial Waste 15 March 2024 Open 3/15/2024 12:00 AM EDT Type Request for Qualifications Close 4/5/2024 3:00 PM EDT Number RFQ 6632-J Currency US Dollar Sealed Until 4/5/2024 3:00 PM EDT 15 March 2024 Contacts Mitchell Jermyn mlj06c@fsu.edu Phone +1 850-644-9730 15 March 2024 Commodity Codes Commodity Code Description 22000000 Building and Construction Machinery and Accessories (741121) 30000000 Structures and Building and Construction and Manufacturing Components and Supplies (741376) 30190000 Construction/ Maint equip (741361) 72000000 Building/Construction/Maint Se (740930) 72100000 Building Construction/Maint/re (740930) 72130000 General Building Construction - For use with 8xx funds only (780001) 72150000 Specialized trade construction and maintenance services (740223) 15 March 202415 March 202415 March 2024 mailto:mlj06c@fsu.edu The Florida State University seeks an engineering partner for the design of a prototype chemical process system that separates gypsum and rare earths from industrial waste. The prototype concept is based on a laboratory process that would be scaled up for field operations with the intention of a construction phase to follow the design phase. The scale of the prototype is negotiable but is conceived to process 1-10 tons of gypsum per day. In the interest of maintaining the schedule, preference to off-the-shelf components over custom-built components may determine the final scale of the system. The prototype concept and raw material and chemical inputs for the system available at the site are described in more detail in Attachment 1.

A1400 University Center Tallahassee, FL 32306Location

Address: A1400 University Center Tallahassee, FL 32306

Country : United StatesState : Florida

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