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Business Condition and Liquidity
12 Months Ended
Dec. 31, 2012
Business Condition And Liquidity  
Business Condition and Liquidity

NOTE 2 – BUSINESS CONDITION AND LIQUIDITY

 

Business condition – The Company has a history of recurring losses with an accumulated deficit of $114,235,302 at December 31, 2012, and a net loss of $2,240,810 for the year then ended. The Company’s working capital, which includes inventory that will not be sold for up to three years, has increased by $218,905 from the prior year. The Company has used cash flows from operations of $2,734,752. During 2012, the Company sought to improve future cash flows from operating activities through improving operating cost control measures, obtaining additional quality certifications to permit expanded sales of products, and raising capital. The Company’s net loss was $2,240,810 in 2012, compared to a net loss of $5,950,438 in 2011. The decrease in loss of $3,709,628, or approximately 62%, was the result of capitalizing certain costs related to the planning, licensing, and construction of the proposed de-conversion facility rather than expensing them to research and development expense as well as a significant decrease in non-cash interest expense related to a convertible debenture that matured in 2012.

 

In 2004, the Company acquired seven patents for the Fluorine Extraction Process (FEP) and began the design and construction of an FEP pilot plant to produce a fluoride gas. The plant was completed to the extent required to conduct some initial production testing in early 2006. During the remainder of 2006 and 2007, the Company expanded the scale of production testing in order to define the operational parameters for regular commercial production and completed installation of additional ancillary equipment and systems. In 2008, the Company produced qualification samples of fluoride gas to provide to their prospective customer. This pilot plant has successfully demonstrated the technical viability of FEP and its ability to produce high purity fluoride gas, but, because of changing market conditions, is not producing that specific fluoride gas on a commercial scale at this time. From 2009 through 2012, the pilot plant was used to complete the testing program for the development of various fluoride gas analytical processes and testing certain key components for the planned uranium de-conversion and fluorine extraction processing facility. The Company expects to shut down the pilot facility in 2013 upon the conclusion of the testing.

 

Beginning in 2008, the Company started a major undertaking to construct the first commercial uranium de-conversion facility in the United States (U.S.). The Company believes this will provide an excellent commercial opportunity because there is one company operating and expanding a new uranium enrichment facility, and there are several other proposed new commercial enrichment facilities in various stages of licensing, design, or financing. Collectively, these new U.S. enrichment facilities will produce a large amount of depleted uranium hexafluoride that must be de-converted for disposal. In the process of de-conversion, the Company plans to use the FEP process to produce high value, high purity, fluoride gases.

 

In April 2010, the Company entered into an agreement with URENCO U.S.A. (UUSA), a wholly-owned subsidiary of URENCO, to provide depleted uranium de-conversion services for its enrichment facility located in Eunice, New Mexico. These services will begin once commercial operations of the Company’s planned de-conversion facility, to be built in Lea County, near Hobbs, New Mexico, are underway. The term of the agreement extends through the first five years of the Company’s operation of the planned uranium de-conversion facility. It will require significant capital and time to design, license, and construct such a uranium de-conversion facility before the Company can recognize revenue under this agreement.

 

In July 2011, the Company announced the selection of Parsons Corporation as the lead design-build contractor for the planned uranium de-conversion facility. The Company plans to execute a design and build contract with Parsons Corporation if and when it secures additional capital to further support the project.

 

In August 2011, the Company completed the acquisition of property for the planned uranium de-conversion facility with Lea County, New Mexico. The property is a 640 acre parcel that was offered to the Company as part of an incentives package prepared by the Economic Development Corporation of Lea County. Pursuant to a project participation agreement and an industrial revenue bond transaction, the property was transferred to the Company in accordance with the Local Economic Development Act of Lea County, New Mexico. Under the project participation agreement, the Company is required to commence construction on the facility no later than December 2014 and to substantially complete Phase 1 of the facility and have hired at least 75 persons by December 2015. If the Company fails to perform either of these obligations, and at the time of such failure has not secured financing for Phase 1 of the facility and expended at least $200,000 in costs of improvement of the property, then the Company must either re-convey the property to Lea County, New Mexico or purchase the property from Lea County in accordance with the project participation agreement. In accordance with ASC 360-10-Property, Plant and Equipment, the land was recorded at a zero basis representing the costs incurred by the Company for the acquisition. Should the Company not meet its obligations under the project participation agreement, and therefore decide to purchase the land, the Company would adjust the carrying value of the land to include the costs paid to Lea County to keep the land.

 

In March 2012, the Company commenced sales of radioactive material transportation containers through an exclusive worldwide distributor agreement with Alpha Omega Services Inc. (AOS), of Bellflower, California, signed in August 2007. AOS and the Company had been awaiting Nuclear Regulatory Commission (NRC) approval as well as the NRC Certificate of Compliance for the containers in order to begin marketing efforts. The series of AOS model containers will address a wide range of needs for the transportation of radioactive materials and provide the Company with some expanded business opportunities in the Radiological Services and Cobalt Products segments.

 

In April 2012, the Company received the air permit from the New Mexico Environment Department for the proposed depleted uranium de-conversion facility. Although other state permits are required prior to the commencement of operations, the air permit will allow the Company to start construction on its planned project.

 

In October 2012, the NRC issued a Part 40 combined construction and operating license for the Company’s planned depleted uranium de-conversion and fluorine extraction processing facility. The Company originally submitted its license application to the NRC in December 2009, and the NRC had been reviewing the application since that time. The planned facility is a first-of-its-kind depleted uranium de-conversion facility and the first source material facility to implement full-integrated safety analysis, consistent with requirements of Part 70, Subpart H of NRC regulations. The facility is the first source material facility to be licensed by the NRC for a forty-year license term.

 

The Company intends to continue to explore opportunities to raise funds to support the engineering, construction, and start-up of the planned uranium de-conversion facility through debt financing, equity offerings, or other means over the next year.