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T3 Scientific is a world leader in separation technology innovation. The company is located in the Twin Cities, Minnesota. We bring innovation to separation technology and the technology to customers. Our mission is to create cost efficient and environmental friendly solutions. We specialize in extremely hard to separate materials and highly valuable materials. The technology is ideal for a wide range of applications including: carbon dioxide capture, hydrogen separation, clean water and energy, low concentration solid, liquid and gas separations.
On research front, we develop novel technologies and corresponding critical materials to provide enabling solutions. From concept to prototype to pilot scale to full production, we handle every single stage of development, from start to finish.
On application front, we provide customers full flexibility to enter into and exit partnership from any of these stages. This unique one-stop all stage technology partnership provides cutting-edge intellectual property development all the way to ultimate technology capitalization that enables our customers to capture critical market share and minimize bottom line. It essentially sets us apart.
Success History
We have a long and successful history in developing novel materials to meet challenging needs. Our patented membrane technology was quoted as one of the major breakthroughs in the membrane research community (Euromembrane 1999).
Bringing our expertise to the industry, we partner with our customers to develop highly specialized solutions. Through stage development process, we developed a customized material recovery system that slashed 40% of the cost with over $1 million potential annual saving to our customer. The system helped our customer realized their waste reduction goal.
Hydrogen Separation - MembraGuardTM Technology
The patent pending MembraGuard technology uses a sulfur-resistant thin film coating to protect the membrane against common contaminants in the gas stream for hydrogen purification. This coating material is inert to most chemicals to ensure protection against sulfur species and other contaminants. Its sulfur resisting power is at least 10x over the competitors’. The surface coating is permeable to hydrogen and is ultra thin to ensure high hydrogen permeability. MembraGuard can be applied to oil and natural gas refineries and coal gasification where high temperature operation is preferred because the operating temperature is consistent with upstream gas exit temperature. Expected benefits of this technology include:
- High protection against sulfur and common contaminants in gas stream.
- Produces high purity hydrogen with high throughput for high efficiency.
- Membrane is robust and stable to ensure low maintenance.
- Allows membrane technology to be used to provide the most economical solution.
- Allows bundling multiple steps together to maximize cost savings.
Award
Our "Nano Pervaporation Membrane" won the NASA 2009 Technical Brief Award for Medical Design More
News
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