NanoSun to be Acquired by Raffles Capital

NanoSun is being purchased by investment firm Raffles Capital Group

Just a week after announcing their $3 million joint venture with China Commerce Group for International Economic Cooperation - CCIEC - to develop waste water treatment technology, NanoSun is being purchased by investment firm Raffles Capital Group. Raffles is expected to retain current NanoSun directors and shareholders, Dr Darren Sun and Mr Wong Ann Chai while the two continue to develop their water filtration nanotechnology and their joint venture with the CCIEC.

Raffles Capital has officially offered to fully acquire NanoSun and both companies have entered into an implementation deed. The deal is dependant on both companies fully completing due diligence. The purchase will consist of issuing Convertible Notes with a face value of $2 million and convertible to 10 million shares at 20 cents a share. The Notes are expected to mature on December 31st 2017, with interest at 5% per annum.

Nanyang Technological University Associate Professor Darren Sun and Mr. Wong Ann Chai founded NanoSun about two years ago. NanoSon is a company that was spun-off from Singapore's Nanyang Technological University, where Sun has been developing and researching his water filtration process since 1997. The China Commerce Group for International Economic Cooperation is a state-owned technology development company that is located in Beijing. The CCIEC works with other businesses to bring agricultural production, food management and chemical treatment technology to the people of China.

The young start-up has developed a 3D printed, flexible titanium dioxide nanofiber membrane that can filter and clean polluted or contaminated waste water. The membranes are self-cleaning, and rather than create large amounts of waste filtered out of the water, they convert the waste material into nitrogen that can be converted into a clean, renewable energy source. The process works by exposing the water and titanium dioxide nanofibers to sunlight or artificial UV rays which causes photocatalytic oxidation. And because the 3D printed filters have a high temperature tolerance any remaining, unconvertible organic pollutants or bacteria can easily be burned off.

NanoSuns joint venture with the CCIEC will use their water-filtering membranes to treat industrial wastewater in the Qingdao National High-Tech Industrial Development Zone. The 20 sq km industrial zone in the Shandong Province will treat an estimated 100 million liters of textile industry wastewater and reclaim it for reuse. The membrane will also be marketed and sold internationally.

Source: 3D Print

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• Business Development
• Filtration
• Nano Materials