An employee works at Sabanci University Nanotechnology Research and Application Center in Istanbul, Turkey, on Dec. 20, 2021. Turkey's leading nanotechnology laboratory has been striving to join forces with its Chinese counterparts within a win-win framework in the commercialization of the boron mineral, especially in the field of energy storage applications. (Xinhua/Shadati)

by Zeynep Cermen

ISTANBUL, Dec. 27 (Xinhua) -- Turkey's leading nanotechnology laboratory has been striving to join forces with its Chinese counterparts within a win-win framework in the commercialization of the boron mineral, especially in the field of energy storage applications.

The Istanbul-based Sabanci University Nanotechnology Research and Application Center (SUNUM) has been synthesizing the boron mineral and producing borophene for the last one and a half years. It recently directed its studies to energy applications.

Mert Umut Ozkaynak, Vice Director and Head of Strategy and Business Development at SUNUM, said Turkey, which has large boron deposits, aims to develop cooperation and establish partnerships with China, mainly in the production of new generation batteries and carbon zero products.

Ozkaynak said the Chinese electric vehicle (EV) battery giant Contemporary Amperex Technology Co., Ltd (CATL), China Aviation Lithium Battery Co., Ltd (CALB), and Chinese lithium-ion battery manufacturer EVE Energy are specifically on the radar of SUNUM.

"At this point, we really want to be a part of their product development processes and have relations with the Chinese industry," Ozkaynak told Xinhua at the laboratory on the Asian side of the city.

Ozkaynak pointed out that China is the market leader in EV and lithium-ion battery production, and SUNUM is good at producing borophene, which has the potential to meet the material needs emerging in energy systems.

"With the collaboration (of Turkey and China), we can have carbon zero efficient products and more valuable outcomes," he stressed.

SUNUM is also interested in boosting cooperation with some Chinese companies already operating in Turkey, like Huawei, one of the major global companies investing in R&D in the country.

"We can work together to have clean 5G technologies and also faster and long-life batteries," Ozkaynak noted, speaking of the collaboration possibilities with Huawei.

The assistant director also argued that the location of his country is offering remarkable possibilities for Chinese investors in helping them open up to other parts of the world through Turkey.

"The supply chain is now in a critical situation, and it is the main problem of the world," he continued. But Turkey, located between Europe, the Middle East, and Asia, has the potential to ease this problem, being a transit hub and a gate to the rest of the world, Ozkaynak added.

SUNUM, founded in 2010, was selected as one of the four National Research Infrastructures in 2017 in Turkey and continues its activities under the Industry and Technology Ministry.

Ozgur Ekin Felek, business development executive of SUNUM, said borophene created quite a stir in the technology world and was described as a "new super material" due to its features.

"The main application area is in the energy sector. It can be used in batteries, supercapacitors, hydrogen storage and also in micro-nano sensors, and various defense industry applications," he told Xinhua.

According to Felek, SUNUM researchers observed that the specific capacity of lithium-ion batteries increased by 20 to 30 percent when they added 3 percent of the borophene to a standard graphite-based battery system.

With the addition of 10 percent of the borophene to supercapacitors, the specific capacitance increases by 75 percent.

Ozgur Ekin Felek, business development executive of Sabanci University Nanotechnology Research and Application Center, speaks in a interview with Xinhua in Istanbul, Turkey, on Dec. 20, 2021. Turkey's leading nanotechnology laboratory has been striving to join forces with its Chinese counterparts within a win-win framework in the commercialization of the boron mineral, especially in the field of energy storage applications. (Xinhua/Shadati)

Mert Umut Ozkaynak, Vice Director and Head of Strategy and Business Development at Sabanci University Nanotechnology Research and Application Center, speaks in a interview with Xinhua in Istanbul, Turkey, on Dec. 20, 2021. Turkey's leading nanotechnology laboratory has been striving to join forces with its Chinese counterparts within a win-win framework in the commercialization of the boron mineral, especially in the field of energy storage applications. (Xinhua/Shadati)

An employee works at Sabanci University Nanotechnology Research and Application Center in Istanbul, Turkey, on Dec. 20, 2021. Turkey's leading nanotechnology laboratory has been striving to join forces with its Chinese counterparts within a win-win framework in the commercialization of the boron mineral, especially in the field of energy storage applications. (Xinhua/Shadati)

Mert Umut Ozkaynak, Vice Director and Head of Strategy and Business Development at Sabanci University Nanotechnology Research and Application Center, speaks in a interview with Xinhua in Istanbul, Turkey, on Dec. 20, 2021. Turkey's leading nanotechnology laboratory has been striving to join forces with its Chinese counterparts within a win-win framework in the commercialization of the boron mineral, especially in the field of energy storage applications. (Xinhua/Shadati)