Latest news with #ZhaoJun
Borneo Post
06-06-2025
- Business
- Borneo Post
New tourism projects to ease Semporna congestion
Christina receives a memento from Zhao Jun (third from left). KOTA KINABALU (June 6): The Tourism, Culture and Environment Ministry has proposed two major projects aimed at retaining tourists in Tawau. Its minister, Datuk Seri Panglima Christina Liew, said one of the projects is the Tawau Tourism Jetty which will allow ferries to transport tourists between Tawau and Semporna on a fixed schedule. This initiative aims to encourage tourists to stay overnight in Tawau while easing congestion in Semporna. Christina noted that Semporna, a favorite destination among Chinese tourists, is facing congestion due to its popularity for diving. The long travel distance from Tawau Airport to Semporna has also led to traffic accidents. The other project is the development of Tawau Hill Park which will see the construction of chalets, guided tours and a Pangolin Research Centre to attract eco-tourists and provide overnight options in Tawau. The project is expected to begin by year-end. The Floating Club House at Gaya Island. In addition, Christina said Sandakan will also be promoted, with funding allocated for wildlife sanctuaries such as the elephant sanctuary to ensure balanced tourism development. 'Sandakan's wildlife attractions cater to a different segment of tourists, so facility upgrades are necessary,' she said at the launch of the Floating Club House at Gaya Island today. Christina disclosed that Sabah has recorded 1.18 million visitor arrivals from January to April this year, marking a 17.3% increase compared to the same period in 2024. 'We are optimistic that tourist arrivals will continue to grow in the coming quarters, especially with improvements in transportation, logistics, food and entertainment,' she said. Christina expressed confidence that the Sabah Tourism Board's 2025 target of 3.5 million tourist arrivals is achievable. She highlighted that tourists from China, South Korea, and even France are among those contributing to the growth, with tourism operators investing heavily in new facilities to accommodate the expected increase — particularly from China. Earlier in her speech, Christina described the launch of the Floating Club House at Gaya Island as a milestone in Sabah's tourism evolution. 'This represents strategic collaboration between the public and private sectors, aiming to elevate high-value tourism in Sabah,' she said. She praised Lazy Cat International Travel Service Co. Ltd. for their substantial investment in Sabah's tourism sector, including luxury yacht services, cultural tourism ventures, and marine transportation enhancements via their local subsidiary, Cheetah Transportation Sdn Bhd. The Floating Club House, uniquely constructed atop the sea, offers sustainable luxury with facilities for dining, leisure, and scenic appreciation — setting a new benchmark for marine-based tourism experiences in the state. Also present at the launch were Malaysian Tourism Federation President Datuk Tan Kok Liang, Sri Pelancongan Sabah Sdn Bhd Chairman Ken Pan Ying On, CEO Thonny Chee, Cheetah Transportation Sdn Bhd Director Eric Yong, and Lazy Cat Chairman Zhao Jun.
Yahoo
20-05-2025
- Science
- Yahoo
HKBU develops new catalytic membrane that boosts efficiency of cleaning wastewater using oxygen
HONG KONG, May 20, 2025 /PRNewswire/ -- A research team led by Hong Kong Baptist University (HKBU) has developed a novel catalytic membrane that can substantially boost the efficiency of cleaning wastewater using a modified advanced oxidation process (AOP). The invention contributes to the effort of tackling environmental pollution problems by offering a safer, more cost-effective, and environmentally friendly solution for wastewater treatment. The research findings have been published in the international academic journal Advanced Functional Materials. Novel technology targeting phenolic pollutants Water pollution is a pressing environmental issue. Phenolic compounds are a major group of pollutants that pose a significant threat to the world's potable water supply. They are widely present in industrial effluents, agricultural runoff and municipal wastewater. They can persist in the environment for long periods, accumulate in living organisms and pose significant risks to human health and water quality. Traditional methods for removing phenolic pollutants often require hazardous chemicals or energy-intensive processes. AOPs have been increasingly recognised and developed over the past few decades to remove pollutants from water. They are a set of chemical treatment methods which activate oxidants into reactive oxygen species (ROS) that can be used to break down pollutants in wastewater. Among these ROS, singlet oxygen (1O2) is particularly effective in targeting phenolic compounds. More efficient in generating ROS However, existing methods to generate ROS usually require strong oxidants and energy inputs as catalysts, which can be costly and environmentally unfriendly. Moreover, traditional AOP systems face two significant challenges: the inefficient transfer of molecular oxygen (O2) in water due to its low solubility, and the difficulty in getting pollutants to interact with the catalyst surface due to the surrounding water film as a barrier. In response to these issues, a research team led by Professor Zhao Jun, Associate Professor of the Department of Biology at HKBU, has developed a novel catalytic membrane named "NGCF-OV". It is made from a composite material that combines two advanced materials, N-doped reduced graphene oxide and cobalt ferrite. This membrane offers a promising solution for AOP and addresses the challenge of efficiently activating molecular oxygen to become 1O2. Proven efficacy in degrading bisphenol A The NGCF-OV membrane contains unique sites (asymmetric Co-OV-Fe sites) that can adjust the bond length of O2, i.e., the distance between the centres of the two oxygen atoms that are bonded together, and thus facilitate faster and more efficient electron transfer. As a result, 1O2 can be produced without the need for other catalytic agents and external energy inputs. Additionally, the membrane also features graphitic nitrogen sites that trap pollutants close to the membrane's surface. The distance between the pollutants and the 1O2 molecules generated is therefore significantly reduced, overcoming the water film barrier issue with reaction efficiency greatly improved. The NGCF-OV membrane demonstrated superior efficiency in generating and utilising 1O2 for pollutant degradation. Test results show that this novel technology can completely degrade bisphenol A, a common and harmful pollutant, in just 86 milliseconds (one thousandth of a second), outperforming many existing cleanup methods. More sustainable and efficient wastewater treatment Professor Zhao said: "This research marks a significant advancement in the field of water treatment and represents a promising strategy for addressing environmental pollution. By effectively integrating the processes of O2 activation and pollutant degradation within a single membrane, this technology offers a more sustainable and efficient approach to treating contaminated water. "The ability to generate reactive oxygen species without external energy inputs makes this membrane particularly suitable for emergency pollution remediation and everyday water treatment applications," he added. Application of the NGCF-OV membrane is not limited to the degradation of a specific pollutant like bisphenol A. Instead, its catalytic properties can be harnessed for the degradation of a variety of organic pollutants in wastewater, such as antibiotics, pesticides, dyes, etc. It paves the way for more advanced practical pollution remediation technologies and contributes to the broader goal of protecting public health and preserving the environment. View original content to download multimedia: SOURCE Hong Kong Baptist University Sign in to access your portfolio
Cision Canada
14-05-2025
- Business
- Cision Canada
TCL CSOT Unveils Industry-Defining Advances Across Display Technologies at SID Display Week 2025
SAN JOSE, Calif., May 14, 2025 /CNW/ -- TCL CSOT, a global leader in advanced display technologies, made a commanding appearance at SID Display Week 2025, the premier global summit for the display industry. Showcasing a comprehensive portfolio that spans Inkjet Printing OLED (IJP OLED), MLED, FMM OLED and LCD display technologies, the company reaffirmed its leadership in shaping the next generation of intelligent, sustainable visual experiences. "What you see at SID 2025 with our APEX platform showcases our investment in display quality, sustainability, and forward-looking design, delivering breakthroughs in form factors, power efficiency, and image performance," said Zhao Jun, CEO of TCL CSOT. "APEX embodies our commitment to excellence." The IJP OLED Family Bucket Covers Every Form Factor from Pocket to Living Room TCL CSOT leads in IJP OLED development with the industry's most complete 'family bucket'. At SID 2025, the company is showcasing a selection of world-first innovations that highlight the platform's progress toward mass adoption. World's First IJP OLED Mobile Display (6.5"): This smartphone display uses a Real RGB structure to achieve 824×1833 resolution with 326 ppi, equivalent to Pentile 460 ppi. It provides vivid color reproduction and fast motion rendering, making it ideal for high-performance use cases like mobile gaming and video streaming. World's First Oxide IJP OLED Notebook Display (14"): This 2.8K panel combines oxide and IJP technologies to deliver faster response and higher brightness while reducing material waste and lowering production energy consumption. World's First IJP OLED Pad Display (14"): Designed for creative professionals, this tablet display delivers 1920×1200 resolution and 99% DCI-P3 coverage. With an anti-glare coating, ultra-thin glass and precise stylus support, it offers smooth interaction and accurate visual output. Together, the showcase underscores TCL CSOT's progress in bringing IJP OLED closer to commercial readiness through improvements in efficiency, process maturity, and product scalability. The MLED Ecosystem Expands Technical Boundaries TCL CSOT's comprehensive MLED strategy comes to life at SID 2025, highlighting the company's leadership in next-generation display formats through a portfolio of advanced products: World's Smallest Si-Micro LED Display (0.05"): As the world's smallest silicon-based Micro LED screen, this module achieves 5080 ppi per inch and over 4 million nits brightness. Its ultra-compact design makes it an ideal solution for next-gen wearables and micro projector. Ultra Large 36:9 MLED Display (219"): This modular 5760×1440 Micro LED display delivers 120Hz refresh rate and exceptional contrast performance. With scalable size and superior uniformity, it meets the demands of immersive commercial installations like command centers and showrooms. Ultra Brightness Micro LED PHUD Display (14.3"): Designed for automotive PHUD modules, it achieves over 45,000 nits peak module brightness with support for transparent projection and wide FOV for enhanced safety and user visibility on the road. The APEX Platform Yields Innovations Across Categories TCL CSOT's APEX platform is anchored in four core values: delivering amazing visual quality, protecting visual wellness, promoting sustainable energy performance, and enabling imaginative design across use cases. These pillars guide the company's breakthroughs in display form factors, environmental impact, and user-centered experience—and are brought to life through a set of new APEX-driven innovations unveiled at SID 2025. World's Highest Image Quality LCD TV Display (98"): This flagship TV features a Mini LED backlight with 0.8% ultra-low reflectance and a 178° ultra-wide viewing angle. It supports 95% BT.2020 coverage, delivering lifelike visuals and theater-quality viewing in home environments. World's First Natural-Spectrum Slim Pad Display (12.1"): As the first tablet to adopt natural-spectrum backlighting, this display balances eye-care benefits with brightness and thinness for portable productivity. World's Narrowest Splicing Dual-Curved Display (23.6"): Designed for cars, each Mini LED panel features 9589 local dimming zones with 1.0mm panel-to-panel gap. Its curved form factor and hidden wood-grain integration deliver a refined and immersive visual cabin experience. Together, these category-spanning products demonstrate the depth and maturity of TCL CSOT's APEX platform as a focal point for innovation across industries. Advancing Global Leadership Through Innovation With this unveiling of globally pioneering display technologies, TCL CSOT reinforces its position as a platform-scale innovator. Backed by an annual R&D investment equivalent to 6.5% of its revenue - more than twice the industry average - the company channels technical expertise into the development of human-centric, sustainable solutions. By uniting engineering excellence with ecological responsibility and user-focused design, TCL CSOT is charting a future where visual systems deliver greater impact, deeper immersion, and broader application. About TCL CSOT Established in 2009, TCL China Star Optoelectronics Technology Co., Ltd. (TCL CSOT) is a leading global innovator in display technologies. Its LCD, OLED, and MLED solutions power applications across TVs, smartphones, tablets, laptops, monitors, automotive systems, VR/XR, and commercial displays. With continuous investment in R&D and a strong global supply ecosystem, TCL CSOT is committed to shaping the future of display technology with intelligent, energy-efficient, and user-centric innovations. As part of TCL's Worldwide Olympic Partnership, TCL CSOT is proud to deliver display solutions that elevate experiences on the global stage.
Yahoo
14-05-2025
- Business
- Yahoo
TCL CSOT Unveils Industry-Defining Advances Across Display Technologies at SID Display Week 2025
SAN JOSE, Calif., May 14, 2025 /CNW/ -- TCL CSOT, a global leader in advanced display technologies, made a commanding appearance at SID Display Week 2025, the premier global summit for the display industry. Showcasing a comprehensive portfolio that spans Inkjet Printing OLED (IJP OLED), MLED, FMM OLED and LCD display technologies, the company reaffirmed its leadership in shaping the next generation of intelligent, sustainable visual experiences. "What you see at SID 2025 with our APEX platform showcases our investment in display quality, sustainability, and forward-looking design, delivering breakthroughs in form factors, power efficiency, and image performance," said Zhao Jun, CEO of TCL CSOT. "APEX embodies our commitment to excellence." The IJP OLED Family Bucket Covers Every Form Factor from Pocket to Living Room TCL CSOT leads in IJP OLED development with the industry's most complete 'family bucket'. At SID 2025, the company is showcasing a selection of world-first innovations that highlight the platform's progress toward mass adoption. World's First IJP OLED Mobile Display (6.5"): This smartphone display uses a Real RGB structure to achieve 824×1833 resolution with 326 ppi, equivalent to Pentile 460 ppi. It provides vivid color reproduction and fast motion rendering, making it ideal for high-performance use cases like mobile gaming and video streaming. World's First Oxide IJP OLED Notebook Display (14"): This 2.8K panel combines oxide and IJP technologies to deliver faster response and higher brightness while reducing material waste and lowering production energy consumption. World's First IJP OLED Pad Display (14"): Designed for creative professionals, this tablet display delivers 1920×1200 resolution and 99% DCI-P3 coverage. With an anti-glare coating, ultra-thin glass and precise stylus support, it offers smooth interaction and accurate visual output. Together, the showcase underscores TCL CSOT's progress in bringing IJP OLED closer to commercial readiness through improvements in efficiency, process maturity, and product scalability. The MLED Ecosystem Expands Technical Boundaries TCL CSOT's comprehensive MLED strategy comes to life at SID 2025, highlighting the company's leadership in next-generation display formats through a portfolio of advanced products: World's Smallest Si-Micro LED Display (0.05"): As the world's smallest silicon-based Micro LED screen, this module achieves 5080 ppi per inch and over 4 million nits brightness. Its ultra-compact design makes it an ideal solution for next-gen wearables and micro projector. Ultra Large 36:9 MLED Display (219"): This modular 5760×1440 Micro LED display delivers 120Hz refresh rate and exceptional contrast performance. With scalable size and superior uniformity, it meets the demands of immersive commercial installations like command centers and showrooms. Ultra Brightness Micro LED PHUD Display (14.3"): Designed for automotive PHUD modules, it achieves over 45,000 nits peak module brightness with support for transparent projection and wide FOV for enhanced safety and user visibility on the road. The APEX Platform Yields Innovations Across Categories TCL CSOT's APEX platform is anchored in four core values: delivering amazing visual quality, protecting visual wellness, promoting sustainable energy performance, and enabling imaginative design across use cases. These pillars guide the company's breakthroughs in display form factors, environmental impact, and user-centered experience—and are brought to life through a set of new APEX-driven innovations unveiled at SID 2025. World's Highest Image Quality LCD TV Display (98"): This flagship TV features a Mini LED backlight with 0.8% ultra-low reflectance and a 178° ultra-wide viewing angle. It supports 95% BT.2020 coverage, delivering lifelike visuals and theater-quality viewing in home environments. World's First Natural-Spectrum Slim Pad Display (12.1"): As the first tablet to adopt natural-spectrum backlighting, this display balances eye-care benefits with brightness and thinness for portable productivity. World's Narrowest Splicing Dual-Curved Display (23.6"): Designed for cars, each Mini LED panel features 9589 local dimming zones with 1.0mm panel-to-panel gap. Its curved form factor and hidden wood-grain integration deliver a refined and immersive visual cabin experience. Together, these category-spanning products demonstrate the depth and maturity of TCL CSOT's APEX platform as a focal point for innovation across industries. Advancing Global Leadership Through Innovation With this unveiling of globally pioneering display technologies, TCL CSOT reinforces its position as a platform-scale innovator. Backed by an annual R&D investment equivalent to 6.5% of its revenue - more than twice the industry average - the company channels technical expertise into the development of human-centric, sustainable solutions. By uniting engineering excellence with ecological responsibility and user-focused design, TCL CSOT is charting a future where visual systems deliver greater impact, deeper immersion, and broader application. For more information, please visit: About TCL CSOT Established in 2009, TCL China Star Optoelectronics Technology Co., Ltd. (TCL CSOT) is a leading global innovator in display technologies. Its LCD, OLED, and MLED solutions power applications across TVs, smartphones, tablets, laptops, monitors, automotive systems, VR/XR, and commercial displays. With continuous investment in R&D and a strong global supply ecosystem, TCL CSOT is committed to shaping the future of display technology with intelligent, energy-efficient, and user-centric innovations. As part of TCL's Worldwide Olympic Partnership, TCL CSOT is proud to deliver display solutions that elevate experiences on the global stage. View original content to download multimedia: SOURCE TCL China Star Optoelectronic Technology Co, Ltd. View original content to download multimedia: Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data
