SBIR-STTR Award

Low Cost Carbon Fluoride Active Materials for BA-5790/U Lithium Batteries
Award last edited on: 10/1/2022

Sponsored Program
SBIR
Awarding Agency
DOD : DLA
Total Award Amount
$2,154,844
Award Phase
2
Solicitation Topic Code
DLA152-001
Principal Investigator
Igor V Barsukov

Company Information

American Energy Technologies Company

220 West Campus Court Unit D
Arlington Heights, IL 60004
   (847) 414-6788
   customerservice@usaenergytech.com
   www.usaenergytech.com
Location: Multiple
Congr. District: 08
County: Cook

Phase I

Contract Number: SP4701-15-C-0109
Start Date: 9/26/2015    Completed: 9/25/2016
Phase I year
2015
Phase I Amount
$154,879
American Energy Technologies Co. will partner with Eagle Picher Technologies and Alion Science & Technology in order to develop a lean and efficient method for synthesis of Lithium battery grade carbon monofluoride (CFx). The focus of the development work will be on continuous processing, application of domestic raw materials and use of modern material de-aggregation techniques for particles of the end-product. Proposed reaction synthesis will yield a product with F/C ratio from 0.9 to 1.1. The project will address subjects of reactor design and fabrication; mapping the process; identifying, selecting and pre-treating raw material to produce experimental size batches of CFx. Using fluorinated samples, the contractor will further explore the effects of post-synthesis treatment of the finished product - a step aimed at minimizing the initial voltage drop phenomena in resultant CFx (a known drawback with CFx materials used today). The process development part of the project shall be complemented by electrochemical and physicochemical characterization studies of new materials vs control.

Phase II

Contract Number: SP4701-17-C-0079
Start Date: 9/30/2017    Completed: 9/29/2019
Phase II year
2017
(last award dollars: 2020)
Phase II Amount
$1,999,965

American Energy Technologies Co. will partner with Eagle Picher Technologies in order to develop a lean and efficient method for synthesis of Lithium battery grade carbon monofluoride (CFx). The focus of the development / prototyping work will be on continuous processing, application of domestic raw materials and use of modern material de-aggregation techniques for particles of the end-product. Proposed reaction synthesis will yield a product with F/C ratio from 0.9 to 1.1. The project will address subjects of a prototype reactor design and fabrication; mapping the process; identifying, selecting and pre-treating raw material to produce experimental size batches of CFx. Using fluorinated samples, the contractor will further explore the effects of post-synthesis treatment of the finished product - a step aimed at minimizing the initial voltage drop phenomena in resultant CFx (a known drawback with CFx materials used today). The process development part of the project shall be complemented by electrochemical and physicochemical characterization studies of new materials vs control.