SiO2 Materials Science, a privately-owned U.S. advanced materials science corporation introducing breakthrough disruptive technology for packaging biological pharmaceuticals and vaccines, has unveiled a $143 million agreement with the federal government. The agreement with the Department of Defense’s Joint Program Executive Office for Chemical, Biological, Radiological, and Nuclear Defense (JPEO-CBRND) in partnership with the Biomedical Advanced Research and Development Authority (BARDA), part of the Office of the Assistant Secretary for Preparedness and Response (ASPR) at the U.S. Department of Health and Human Services (HHS), accelerates the production scale-up of the company’s state-of-the-art, patented, primary packaging platform for storing novel coronavirus (SARS-CoV-2) vaccines and therapeutics.
SiO2’s patented materials science is a combination of a plastic container with a microscopic, thin, undetectable to the naked eye, pure glass coating for biological drugs and vaccines.
“The nation can produce all the vaccines we want, but we must have appropriate containers to store them and deliver them to patients safely,” said Dr. Robert S. Langer, institute professor at MIT and advisor to SiO2. “Many drug development and drug formulation innovations can be limited due to variables associated with traditional glass vials and syringes. The SiO2 vials and syringes eliminate these variables and allow drug development partners to bring their innovations to life.
Essential characteristics of SiO2’s patented materials coating include thermal stability and integrity, chemical stability, a gas barrier, mechanical durability, no breakage, and precision molding.
With a thermal stability range of -196˚C to 121˚C and with a seal integrity down to -80˚C, the SiO2 vials and syringes provide the ideal primary container for therapies in any storage conditions.
Chemical stability allows the product to be safe and suitable for a wide range of drug characterizations, including pH ranges from 3-14; there is no risk of delamination and no metal ions as observed with glass vials.
With a gas barrier, SiO2 vials have gas permeation properties like glass and therefore provide the shelf life and stability required by many therapies. SiO2 vials also can withstand 1,500 pounds of direct force, which potentially saves millions of dollars from breaking on filling lines and minimizes loss in the supply chain; and the vials are shatterproof, making them safe for use by healthcare staff and patients.
SiO2’s syringes are precision molded and up to 15 times more dimensionally consistent than glass, enabling error-free operation with autoinjectors and other drug delivery devices.
SiO2’s patented materials science was developed in Auburn, Alabama over 10 years with the assistance of experts from four major U.S. research institutions, University of California, Santa Barbara and Berkeley, University of Chicago, MIT, and Harvard, and included the participation of Dr. Glenn Fredrickson, one of the most prominent material scientists in the United States.
“The SiO2 vials solve significant challenges in the commercialization of vaccines and biological drugs, which presently cannot be solved by glass or plastic vials,” Fredrickson said. “Bringing this advanced coating to market will enable pharmaceutical manufacturers to safely and more rapidly deploy their critical products.”
SiO2 currently employs more than 200 engineers, scientists, and technicians, most of whom live in Lee County, Alabama and are Auburn University graduates, in a 165,000 square foot manufacturing plant in Auburn. The company expects to hire 200 more.
“We’re dramatically ramping up capacity to meet customer demands and to ensure that the surge seen due to the COVID-19 vaccine and therapeutic developments can be accommodated,” said Lawrence Ganti, president of customer operations and chief business officer, SiO2.
“We are extremely fortunate to have SiO2 in Auburn, and are grateful for the integral role Alabama’s prominent U.S. Senator Richard Shelby played in helping the company,” said former Auburn Mayor Bill Ham, who is currently on the Board of Auburn University’s Auburn Research and Technology Foundation (ARTF). “We are also very appreciative with the early investment in the project by the Retirement Systems of Alabama, who should benefit greatly with their investment. SiO2 is critical to Auburn because the c...
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