WEST PALM BEACH, FL — (Marketwired) — 10/01/14 — . (OTCQB: ALLM) announced today that its affiliate, Carbolosic, LLC had increased its portfolio of patents with three additional Patent Cooperation Treaty (PCT) applications being filed in relation to its UCF License Agreement.
These new patents will give the company a distinct advantage in the marketplace and provide additional worldwide protection for its proprietary technologies and existing patents.
“We have been working diligently on alternate pathways and improvements to our existing patent portfolio and these new filings will further enhance our market edge. Said Carbolosic, LLC President Steve Dunkle. He went on to say: “Our scientific team and the soon to be opened Carbolosic Research center in Orlando, Florida, will focus on creating new patents while exploring new and improved pathways for our revolutionary and existing IP (intellectual property)”.
Alliance Media Group Holdings, Inc (“AMG”), is a Florida based public holding company (OTCQB: ALLM), focusing on the investments in, and development of, various renewable energy and emerging technologies. AMG currently operates wholly owned subsidiary, AMG Renewables, LLC., which is involved in the “Green” or “Environmental” Energy sectors and controls licenses and patents for several unique and revolutionary bio-fuel and fine chemical technologies. AMG Renewables management team, Board and Senior Advisors is made up of highly experienced professionals from the bio-fuels, petroleum, business, financial and bioscience industries.
CTS was invented by Dr. Richard Blair at the University of Central Florida (“UCF”) and patented by the University in 2012. Carbolosic, LLC was created in 2013 and obtained the exclusive, worldwide license to the patent from UCF, that same year. The patented CTS technology is the only known mechanical/chemical, dry process for converting most all cellulosic material into fermentable sugars for use in the bio- fuels industry as well as other fine chemical manufacturing, without the use of enzymes, bacteria, liquid acids, pressure or applied heat. CTS is poised to become the preferred global method for cellulose conversion due to the absence of: any hazardous acids, applied heat or pressure in its process; any need for enormous capital requirements; or the production of any perilous by-product materials.
Carbolosic–s goal is to develop the CTS technology to a commercial scale, build full scale Cellulose to Sugar plants both domestically and abroad as well as to license the technology to relevant international organizations and governments.
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