China completes monumental task using declassified US documents: 'We mastered every technique in the literature — then pushed further'
Up to this point, uranium has been used in nuclear power. The use of uranium creates long-lived nuclear waste that's not only highly radioactive, but it can also be used to manufacture some of the most dangerous weapons on the planet. Besides that, if something goes wrong at a nuclear facility, the results can be catastrophic.
Thorium, on the other hand, creates less nuclear waste that's less radioactive, has a shorter lifespan, and is more difficult to weaponize. MSRs are also safer because the molten salt acts as a coolant. On top of that, thorium is incredibly abundant.
Construction on the reactor in the Gobi Desert, which has a two megawatt output, began in 2018, but research started decades earlier halfway around the world. American researchers built and tested MSRs in the 1960s but moved on to focus on uranium-based technology. The research was made public, and that's where the Chinese researchers took on the mantle.
Xu Hongjie, the chief scientist on the project, and his team studied the American research and recreated the old experiments before further developing the technology.
"We mastered every technique in the literature — then pushed further," Xu said.
Fission technology, which thorium MSR uses, is a cheaper way to generate energy compared to sources like coal and natural gas — savings that would presumably be passed on to consumers. It also doesn't release planet-warming pollution like those dirty energy sources.
China is already in the process of building a much larger thorium MSR that will generate 10 megawatts. It's scheduled to be operational by 2030.
But it's not stopping there. China has announced plans to manufacture container ships that will be powered by thorium, as well, which will go a long way toward reducing the country's carbon pollution output. Chinese container ships, domestic and international, are responsible for nearly 80 million tons of carbon pollution annually.
These are just a couple of examples of how China is diversifying its clean energy infrastructure. It's currently the world leader in clean energy development. China recently unveiled the world's largest floating wind turbine and plans to build an even bigger one. China also boasts the world's two largest solar farms, with another even larger solar farm currently in development.
The easiest way for consumers to take advantage of clean energy tech is to install solar panels. In the U.S., EnergySage provides a free service that allows consumers to compare quotes from local installers and potentially save thousands of dollars.
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Associated Press
5 hours ago
- Associated Press
Chun Wo Innovation Student Awards 2024 Successfully Concluded Four Outstanding Projects Showcase the Future of Engineering Innovation
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Chun Wo will assist winning teams to execute their innovative ideas by providing appropriate resources or investments. Sr Stephen LEE, Chairman of Chun Wo Construction Holdings Company Limited remarks, 'It is inspiring to witness the rise of future talents in engineering and innovation from Hong Kong and the Greater Bay Area. By leveraging innovation and technology to address challenges like infrastructure and climate change, the students have shown immense potential. We hope the award-winning students will continue to explore new possibilities and work together to create a better future for society.' Ir Michael FONG, JP, Director of the Civil Engineering and Development remarks, 'Having served as a judge for two consecutive years, I am deeply impressed by the level of innovation showcased in this year's entries — it not only demonstrates the students' growing ambition in their creations but also reflects the younger generation's spirit of breaking conventions and pioneering new possibilities.' The Gold Award of CWISA 2024 was presented to a team from The Hong Kong Polytechnic University for their project 'Renewable Material Coagulant', which uses industrial by-products to develop a low-carbon solidifying agent as a replacement for traditional cement in ground stabilisation. The project achieves more than 80% carbon emission reduction and offers a revolutionary alternative for green construction and land rehabilitation. The Silver Award went to a cross-institutional team from The Chinese University of Hong Kong, The University of Hong Kong, The Hong Kong University of Science and Technology, and The Hong Kong Polytechnic University. Their project 'RiceFort' upcycles discarded rice husks into eco-friendly fibreboards for use in furniture and construction. The project demonstrates high performance, low cost, and recyclability, and also won the Best Social Impact Award for its green entrepreneurship potential and community value. The Bronze Award was awarded to a team from City University of Hong Kong for their project 'AI-Driven Self-cleaning Air-to-Hydrogen System', which combines air-to-water extraction, solar photocatalysis, and AI-powered self-cleaning to produce hydrogen with zero carbon emissions and no external water consumption. The solution is especially suitable for arid and remote areas, and also won the Best Sustainable Solution Award. In addition, a joint team from The University of Hong Kong, City University of Hong Kong, and The Hong Kong Polytechnic University won the Best Business Potential Award for their project 'Generation Alpha Building Emergency System', which features an AIoT-powered fire detection system with high accuracy and low false alarm rates, offering an advanced fire safety solution for older buildings and high-density urban environments. Chun Wo aims to continuously inspire the creativity and sense of social responsibility among young engineers through the CWISA platform. The company will continue working with academia, industry, and government partners to promote the implementation of innovative technologies and nurture more engineering talent with global vision and a commitment to sustainability, contributing to a smarter and greener future. Download High-Resolution Photos HERE Photo Captions: Hashtag: #ChunWoDevelopment The issuer is solely responsible for the content of this announcement. About Chun Wo Innovation Student Awards The Chun Wo Innovation Student Awards ('CWISA') is a biennial competition established in 2018 by Chun Wo Development Holdings Limited. It aims to inspire young innovators to develop creative engineering solutions that strengthen urban connectivity and promote sustainable city development. Since its inception, CWISA has attracted over 650 students from more than 20 tertiary institutions and universities across Hong Kong and the Greater Bay Area. The fourth CWISA is themed 'Engineers Overcoming the World's Challenges,' motivates students to propose innovative engineering solutions in response to climate action, sustainable cities and communities, and innovative architecture and infrastructure. By leveraging emerging technologies such as artificial intelligence (AI), robotics, and augmented/virtual reality (AR/VR), students are encouraged to help shape a better future for society and the environment. The Awards recognise outstanding ideas with Gold, Silver, Bronze, and Merit Awards. The Gold Award winner will receive a cash prize of HK$100,000, with a total cash prize of approximately HK$200,000 for all winners. For more information, please visit: About Chun Wo Development Holdings Limited Chun Wo Development Holdings Limited ('Chun Wo') was founded in 1968 and is a key subsidiary of Asia Allied Infrastructure Holdings Limited (stock code: The Company is principally engaged in the core construction and property development businesses with the professional capability to undertake large integrated construction projects. Recent examples of large infrastructure projects which the Company has undertaken works include the Tseung Kwan O – Lam Tin Tunnel Tseung Kwan O Interchange, the Central-Wan Chai Bypass, the Liantang/Heung Yuen Wai Boundary Infrastructure, the Hong Kong-Zhuhai-Macao Bridge Passenger Clearance Building, the Guangzhou-Shenzhen-Hong Kong Express Rail Link (Hong Kong Section), the MTR Shatin to Central Link and the Redevelopment of Kwong Wah Hospital (Phase 2) etc. About Asia Allied Infrastructure Holdings Limited (Stock Code: Asia Allied Infrastructure Holdings Limited ('Asia Allied Infrastructure', 'the Group') is listed on the Main Board of the Hong Kong Stock Exchange under stock code 00711. The Group operates businesses such as construction engineering and management, property development and assets leasing, security and facility management, tunnel management, non-franchised bus services, as well as medical technology and healthcare. 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Yahoo
12 hours ago
- Yahoo
Agilent and Nanyang Technological University's NEWRI Sign Agreement to Enhance Water Contaminant Research in Singapore
SINGAPORE, July 29, 2025 /PRNewswire/ -- Agilent Technologies Inc. (NYSE: A) announced the recent signing of a Memorandum of Understanding (MOU) with the Nanyang Environment & Water Research Institute (NEWRI), outlining their collaboration in advancing environmental and water research over the next three years. NEWRI is a leading research institute at Nanyang Technological University, Singapore (NTU Singapore), ranked 13th globally for Environmental Sciences by QS World University Ranking in 2025¹. The collaboration aims to further strengthen Singapore's capabilities in detecting emerging contaminants, such as microplastics, in the face of growing concerns. This marks the third partnership between Agilent and NEWRI in the context of environmental contaminant research addressing Singapore's national priorities in water needs and wastewater treatment. The strategic collaboration leverages Agilent's next-generation technologies, including an extensive portfolio of LC/MS systems, ICP-MS series, Seahorse XF technology, xCELLigence real-time cell analyzer, and LDIR chemical imaging spectroscopy. Through the development of advanced analytical and bioanalytical methods and building relevant databases, this partnership enables new chemical and bioassay screenings and applications, supporting continuous efforts in environmental sustainability. Professor Wang Rong, Executive Director of NEWRI, highlighted, "We are really excited to take our partnership with Agilent to the next level. Over the past 12 years, NEWRI has made significant contributions in the detection of emerging contaminants, developing robust methods to identify these challenging compounds. This collaboration will pool our strengths and deliver more impactful outcomes in advancing environmental monitoring and protection." Bharat Bhardwaj, Vice President of Sales for Asia Pacific, said, "This enduring partnership exemplifies the trust that NEWRI places in our groundbreaking innovations, which bring transformative science to reality. With a robust presence spanning over 25 years and a dedicated team of 600 local experts in Singapore, we take immense pride in advancing targeted projects alongside our collaboration partner. Together, we are pioneering new pathways in safe water testing, addressing the challenges posed by emerging contaminants." Over the past decade, NEWRI has advanced new solutions in low energy desalination, cutting-edge solid-waste solutions, autonomous water treatment systems, and resource recovery. The R&D work is supported in part by a remarkable array of Agilent's state-of-the-art analytical instruments, deployed across multiple projects nationwide. As a well-established local supplier in Singapore, Agilent has grown its presence since 1999. In 2022, the company was recognized by the World Economic Forum (WEF) as a global leader in Factory Lighthouse for responsible scaling through smart manufacturing that prioritizes the environment and people. Agilent remains the sole analytical and clinical laboratory technology company worldwide to be recognized by WEF. About Agilent Technologies Agilent Technologies Inc. (NYSE: A) is a global leader in analytical and clinical laboratory technologies, delivering insights and innovation that help our customers bring great science to life. Agilent's full range of solutions includes instruments, software, services, and expertise that provide trusted answers to our customers' most challenging questions. The company generated revenue of $6.51 billion in fiscal year 2024 and employs approximately 18,000 people worldwide. Information about Agilent is available at To receive the latest Agilent news, subscribe to the Agilent Newsroom. Follow Agilent on LinkedIn and Facebook. About Nanyang Technological University, Singapore A research-intensive public university, Nanyang Technological University, Singapore (NTU Singapore) has 35,000 undergraduate and postgraduate students in the Business, Computing & Data Science, Engineering, Humanities, Arts, & Social Sciences, Medicine, Science, and Graduate colleges. NTU is also home to world-renowned autonomous institutes – the National Institute of Education, S Rajaratnam School of International Studies and Singapore Centre for Environmental Life Sciences Engineering – and various leading research centres such as the Earth Observatory of Singapore, Nanyang Environment & Water Research Institute and Energy Research Institute @ NTU (ERI@N). Under the NTU Smart Campus vision, the University harnesses the power of digital technology and tech-enabled solutions to support better learning and living experiences, the discovery of new knowledge, and the sustainability of resources. Ranked amongst the world's top universities, the University's main campus is also frequently listed among the world's most beautiful. Known for its sustainability, NTU has achieved 100% Green Mark Platinum certification for all its eligible building projects. Apart from its main campus, NTU also has a medical campus in Novena, Singapore's healthcare district. For more information, visit Media Contacts Grace ThongAgilent Technologies +65 9688 Lester Kok Wei Ming Nanyang Technological University, Singapore +65 97415593 lesterkok@ ¹ View original content to download multimedia: SOURCE Agilent Technologies


Forbes
19 hours ago
- Forbes
First-Ever Fault Rupture Captured On Video During Myanmar Earthquake
Video showing shaking of the surface and at 0:16 a sudden offset as part of the ground moves (for ... More the observer) from the left to the right. A video uploaded just a few days after a powerful earthquake hit Myanmar on March 28, 2025, quickly captured attention of the geological community, as it shows the exact moment the ground ruptures along a fault. The video comes from a CCTV security camera recording along the trace of Myanmar's Sagaing Fault, which ruptured in a magnitude 7.7 earthquake. The camera was placed about 20 meters to the east of the fault and was 120 kilometers away from the earthquake's center. When geophysicist Jesse Kearse and his colleague Yoshihiro Kaneko at Kyoto University analyzed the video more carefully, they noted that the video not only shows a fault in motion as never seen before — shaking followed by a visible slide of the ground — but reveled the dynamics of fault slip. 'I saw this on YouTube an hour or two after it was uploaded, and it sent chills down my spine straight away,' Kearse recalls. 'It shows something that I think every earthquake scientist has been desperate to see, and it was just right there, so very exciting.' Geological clues, like curved scrape marks on fault planes, already suggested that blocks of rock moving past each other during faulting rotate slightly , but until now there has been no visual proof for this geomechanical behavior. 'Instead of things moving straight across the video screen, they moved along a curved path that has a convexity downwards,' Kearse explains. The researchers decided to track the movement of objects in the video by pixel cross correlation, frame by frame. The analysis helped them measure the rate and direction of fault motion during the earthquake. They conclude that the fault slipped 2.5 meters for roughly 1.3 seconds, at a peak velocity of about 3.2 meters per second. This shows that the earthquake was pulse-like, which is a major discovery and confirms previous inferences made from seismic waveforms of other earthquakes. In addition, even if most of the fault motion is vertical (a classic strike-slip fault), the slip curves at first, then remains linear as the slip slows down. The pattern fits with what earthquake scientists had previously proposed, as the ground breaks first at the weakest point (in this case the surface) and then the rupturing fault follows. The video confirmation can help researchers create better dynamic models of how faults rupture and how the energy of an earthquake spreads from its point of origin, Kearse and Kaneko conclude. The full study, "Curved Fault Slip Captured by CCTV Video During the 2025 Mw 7.7 Myanmar Earthquake," was published in the journal The Seismic Record and can be found online here. Additional material and interviews provided by the Seismological Society of America.