Wer den Q10 lesen will:
http://www.pinksheets.com/quote/...004%255C08%255C24%255C&symbol=NSOL
Einige der Passagen daraus, was die Projekte betrifft, habe ich mal angehängt.
Dieser Teil kann aber die Eigenrecherche nicht ersetzen.
NSOL listet übrigens danach auch die Risikofaktoren auf. Sollte man auch mal gelesen haben.
Ich bin übrigens nur mit einer kleinen Partie bei NSOL dabei. Somit bestehen keine Interesse, diese Aktie zu pushen.
Fand ich aber ganz interessant was die Zukunft angeht. Stichwort Security, Nanotechnologie, Umwelt/Wasserbelastung.
Smoky
Und hier der Auszug über die NSOL-Projekte
Our Corporate History.
The Company was organized February 27, 1997 under the laws of the State of Nevada, as Stock Watch Man, Inc, an internet e-commerce company. We are a development stage company. On September 12, 2001, the Company amended its articles of incorporation to change its name to Nuclear Solutions, Inc. At that time, our primary business was the development of a new type of nuclear reactor technology. As of the date of this report, our business is now focused on commercial product technologies for homeland security and defense, nanotechnolology applications and nuclear remediation.
OUR TECHNOLOGIES:
SHIELDED NUCLEAR MATERIAL DETECTION/PORTABLE NUCLEAR WEAPON DETECTION
We are developing a new and unique technology to be integrated into a passive primary portal system that would screen trucks and shipping containers in real time for the presence of shielded nuclear weapons materials such as Uranium(U-235) and Plutonium (Pu-239).
Radiation emitted from weapons grade Uranium and Plutonium is relatively weak and easy to shield. Identification of these materials with conventional radiation detectors is unreliable, and in some cases not possible at all, when the radiation emitted from these materials is effectively shielded.
The company is working on funding prototype construction of a highly sensitive, portable, low cost, and rugged detection device that responds to minute gravitational gradient anomalies. These unusual disturbances can correspond to the presence of high-density nuclear materials such as Uranium and Plutonium. Unlike radiation, the force of gravity cannot be shielded. The company believes that this technology is a unique new concept suitable for the detection of shielded nuclear weapons. The company is unaware of any other similarly based technology in the marketplace.
We originally planned to submit a proposal for funding to the newly formed Homeland Security Advanced Research Projects Agency (HSARPA) in response to their solicitation titled "Detection Systems for Radiological and Nuclear Countermeasure" (DSRNC BAA04-02) by June 30, 2004. We have decided to delay submission of a proposal until a patent application for our technology is filed with the United States Patent and Trademark Office (USPTO). This is being done so that we can fully disclose the operational basis for the technology in the proposal while obtaining the intellectual property protection that is afforded by a pending patent application. We anticipate filing a new patent application for our shielded nuclear material detection technology within 30 days of the filing of this report. The HSARPA solicitation DSRNC BAA04-02 will reopen for round II submissions on September 1, 2004. Management will continue to seek both private and government funding opportunities to fund development of our shielded nuclear material detection technology.
The technical details about the operation of this technology cannot be released to the public at this time. Doing so would be considered a public disclosure and preclude our ability to obtain patent protection on our technology. Furthermore, it is possible that we may choose not to file a patent application on the technology if it is determined to be contrary to the security interests of the United States.
NUCLEAR MICRO-BATTERIES
This program is aimed at developing embeddable nuclear micro-batteries that can supply long-lasting power for computer chips, micromotors, remote sensors, implantable medical devices, and other defense and aerospace applications. This technology is also known as nuclear micro power generation or RIMS (radio isotope micro power sources). The science of nanotechnology is the design of Electrical and mechanical systems smaller than the width of a human hair. The field of nanotechnology includes making functional microscopic mechanical devices like motors, gear systems, and pumps. This field also includes making electronic circuits on an atomic scale. An opportunity exists to address the problem of providing reliable power to these devices for a long period of time. As electronic circuits and nanomachines grow ever smaller, a problem is created by the fact that conventional batteries cannot shrink to the same size and still hold enough power for the device to function for a reasonable period of time. Our nuclear micro battery technology may solve this problem by drawing energy from an embedded radioactive isotope due to the fact that nuclear batteries are known to have power densities up to 1,000 times greater than achievable with conventional chemical battery technology.
In November 2003, the Company entered into a licensing option agreement for three issued U.S. patents for nuclear micro-battery technology (Pat. Nos. 5,087,533; 6,118,204; 6,238,812) with Jackie Brown. The company purchased a one-year option to exclusively license the technology, with an additional six month first right of refusal, in exchange for 100,000 shares of our common stock. When the company chooses to exercise its rights under the agreement, we will execute a license royalty agreement for 7% of the after tax profits on the sale or licensure of the technology to be paid to Ms. Brown. Subsequently, we began efforts to form development partnerships to assist in the development of and to secure government funding for this technology. We have initiated the process of forming a teaming arrangement with Lawrence Livermore National Laboratories to further develop this technology. We anticipate finalizing a teaming relationship with Lawrence Livermore National Laboratories by the third quarter of 2004.
Our nuclear micro battery technology relies on the application of tritiated amorphous silicon as a beta voltaic, thin-film, intrinsic energy conversion device. A betavoltaic battery is a nuclear battery that converts energy from beta particles released by a beta emitting radioactive source, such as tritium, into electrical power. Common semiconductor designs of betavoltaic batteries use a semiconductor p-n junction device that is either directly exposed to beta decay Lucent Technologies or is illuminated by photons created when betas strike a phosphor Trace Photonics, Inc.. These common betavoltaic batteries suffer from technical problems in that the directly irradiated cells suffer material degradation of the p-n junction limiting the operating life to days while the photo conversion systems are indirect and limited by efficiency to less than 1%. A limitation of conventional betavoltaic batteries is the self-absorption of beta energy in the radioactive source itself. In order to reduce the self-absorption of beta energy we incorporate the radioactive isotope into the lattice of a semiconductor.
Tritiated amorphous silicon is a novel thin film material where a suitable radioisotope is bonded with silicon in the amorphous network or adjacent to it. Thin-film contact potential tritiated amorphous silicon cells have been built and operation verified by an independent laboratory.
We are aware of several types of nuclear batteries in development. By organizations such as Lucent, The University of Wisconsin, and Trace Photonics, Inc. While we believe that our technology is superior due to higher resistance to radiation degradation, our competitors have greater access to capital and resources.
The operation of our nuclear micro battery was proven by an independent lab. However it is still considered a development stage technology. We cannot guarantee that we will either receive any additional patents on the technology or that the technology can be successfully commercialized.
TRITIATED WATER REMEDIATION PROJECT (TWR) (FORMERLY KNOWN AS GHR)
We have identified a need in the nuclear industry for an inexpensive method for tritiated water remediation by way of isotope separation. This is a method to reduce the volume of stored water contaminated with tritium, the radioactive isotope of hydrogen.
We are currently developing a tritiated water remediation method using a combination of in-house and external expertise. During 2003, we performed a patentability search on this new TWR method. Our Patent law firm has concluded that our method appears to have patentable novelty. We are currently drafting a U.S. Patent application and expect to obtain "Patent Pending" status by the end of 2004.
Our TWR development program is aimed at developing a tritiated water separation technology that can be transportable and modular or integrated directly into a nuclear power plant. The specific target market for this technology is tritium contaminated water (tritiated water) produced as a by-product of nuclear complex activities. Data indicates the Unites States houses approximately Six billion gallons of tritiated water with an additional 11 million gallons created annually. Countries such as Japan, the United Kingdom, France, and Germany also have this problem.
As of the date of this report, we anticipate the overall development cost not to exceed $500,000. However, since this is a development stage technology the final development cost may differ substantially from what we currently anticipate. We will need to raise additional money to fund this project. We intend to use debt, equity or a combination thereof to fund this project. There is no guarantee that we will be able to successfully raise the required funds for operations, or that such funds will be available on terms satisfactory to us. Any inability to raise additional funds would require that we significantly scale back our planned operations and would lengthen the period of time required to bring the technology to the marketplace.
Our process is currently a proprietary trade secret owned by Nuclear Solutions, and being developed for us under contract by Boris Muchnik. Since we anticipate filing for patent protection by the end of 2004, We will not disclose the technical details of operation at this time. Doing so would be considered a public disclosure and preclude our ability to obtain patent protection on our technology. Furthermore, it is possible that we may choose not to file a patent application on the technology if it is determined to be contrary to the security interests of the United States. TWR technology is a development stage technology. We cannot guarantee that we will either receive any patents on the technology or that the technology can be successfully commercialized.
On June 16, 2004 the company filed a patent application with the USPTO titled "Apparatus and Method for Separating Tritiated and Heavy Water from Light Water" serial number 10/710071.
Progress in the development of our technologies has been slower than expected due to the reorganization of our business strategy and lack of working capital. We estimate that with working capital of $2,000,000 dollars at least one of our technologies could be ready for licensing within 18 months.
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