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Concrete has played a significant role in nuclear architecture, serving as the primary building material for structures related to nuclear disasters and power stations. In Hiroshima, the A-Bomb Dome, a concrete building that survived the atomic bomb, became a famous war memorial. Nuclear power stations also utilized concrete to encase reactors and store radioactive waste. The Chornobyl nuclear power station in Ukraine is known for its concrete structures, including the sarcophagus that covers the damaged reactor. Concrete has also been used in the construction of underground bunkers and the containment of radioactive waste. [Extracted from the article]

The article discusses the opportunities for chemical engineers in the UK nuclear sector. It highlights the growing demand for skilled professionals in the industry, with projections of 123,000 jobs by the end of the decade and 150,000 jobs by 2050. The nuclear sector encompasses various areas beyond energy generation, including the production of medicines, medical processes, and regulatory oversight. Chemical engineers play a crucial role in addressing technical challenges and developing solutions in the nuclear industry. The article emphasizes the need for clear pathways for apprentices and increased engagement with higher education to attract a diverse range of talent to the sector. [Extracted from the article]

Plant Vogtle Units 3 and 4 at the Plant Vogtle nuclear power plant in Georgia have been awarded POWER's Plant of the Year Award. The construction of these units, which began in 2004, faced challenges such as rebuilding the nuclear construction infrastructure and dealing with the Fukushima Daiichi nuclear plant disaster and the COVID-19 pandemic. The project created numerous jobs and prioritized safety, with a record-breaking number of man-hours without a lost time incident. The plant also focuses on environmental stewardship and has exceeded expectations in terms of capacity factor. The completion of the units is recognized as a significant achievement. [Extracted from the article]

The article offers information on the history of nuclear engineering, focusing on key developments and figures in the field. Topics include Britain's nuclear program in the mid-20th century, the development of nuclear reactors for energy production, and the role of chemical engineers in advancing nuclear technology.

This article discusses the Best of the Best 2023 projects recognized by ENR (Engineering News-Record), which represent the highest achievements in U.S. design and construction. The projects include the Microsoft Thermal Energy Center, which features a geothermal heating and cooling system, and the Geowell drilling project, which used drone flights for assessment. Other projects highlighted include the Kings Bay Dry Dock Recapitalization project, the National Bio and Agro-Defense Facility (NBAF) project, the Orlando International Airport Terminal C, the Orange County Museum of Art, the 1021 O Street State Office Building, the UVA Inn at Darden - The Forum Hotel, the Mayo Clinic East Expansion, the John and Lile Gibbons Center for Arctic Studies and Barry Mills Hall at Bowdoin College, the Riverbend Meats Processing Plant, the Aston Martin Residences in Miami, the Primary Children's Hospital Hybrid Operating Room, the Martin Marietta Texas Quarry project, and the Gainbridge Fieldhouse in Indianapolis. These projects showcase unique features, sustainability efforts, and overcoming challenges. [Extracted from the article]

The article focuses on the dominance of carbon-free energy sources like renewables and nuclear power in the 2024 industry forecast for global energy systems. Topics include the surge in clean energy investments, federal funding initiatives like the Inflation Reduction Act (IRA) driving renewable energy expansion and the IRA's influence on stimulating both the renewable and nuclear sectors.

The article focuses on the development of small modular reactors (SMRs) for advanced nuclear power generation. Topics include the challenges and opportunities of upscaling SMR designs, the potential role of SMRs in replacing conventional nuclear reactors, and the market demand and cost considerations for SMR deployment.

The article discusses the critical factors to consider when retrofitting the partial bypass piping of a naphtha hydrotreater/continuous catalyst regeneration (NHT/CCR) platformer reactor at an NHT plant. The platformer is used to convert high aromatic reformate while producing hydrogen on platinum/alumina catalysts. Other topics include the issues and challenges in areas like mechanical design, installation, and materials of said reactor.

The article presents the discussion on advancements and investments in the mining industry. Topics include Epiroc's introduction of the first Boltec M10 Battery rig in the U.S., Wood's contract to enhance the Lihir gold mine, and SGS's joint venture to open a geochemistry lab in Saudi Arabia; and deployment of battery-electric mining equipment for environmental benefits and engineering support for gold mine improvements.

The article discusses energy company Constellation Energy including its generating assets, providing energy and technology solutions, and challenges the company is facing.

The article focuses on development of floating nuclear power plant.

The article offers information on difference between nuclear energy and nuclear power. Topics include information on strong momentum for the dispatch able zero-carbon energy source; how nuclear industry has sought acceptance by climate advocates for nearly a decade; and how an increasing number of energy leaders have conceded that these attributes cannot be fulfilled without nuclear energy.

The article offers information on new term global power sector trends. Topics include information on how Russia's invasion of Ukraine in early 2022 cascaded into full blown energy turmoil; how crisis has so far left Europe scrambling for gas supplies to offset Russian gas shortfalls; and a looming risk of recession.

The article focuses on the importance of hydrocarbon liquid fuels in the U.S. economy and their various applications. Topics include the dominance of hydrocarbons as an energy source, their role as a major feedstock for the chemical industry, and the challenges of reducing demand for these fuels due to their critical applications and cost advantages over alternatives.

Google has made a significant move towards using nuclear power to meet the energy demands of its AI systems, signing a deal with Kairos Power to source nuclear energy from small modular reactors (SMRs). Other tech giants like Amazon and Microsoft are also exploring nuclear power for their data centers. While nuclear power offers consistent energy output, challenges such as nuclear waste disposal and regulatory issues need to be carefully considered as companies transition to using SMRs for their operations. [Extracted from the article]

Equinor, a Norwegian oil major, has approved the conversion of one of its supply vessels to run on ammonia fuel, making it the first in the world to do so. The ship, owned by contractor Eidesvik Offshore, will use a new engine built by Finnish engineering firm Wärtsilä that can run on 70% ammonia, 29% LNG, and 1% marine gas oil. The conversion is part of the EU's Apollo Project and aims to demonstrate the technical maturity and commercial readiness of ammonia engines for waterborne transport. In a separate development, Danish company Maersk has partnered with Lloyd's Register and nuclear technology start-up CORE POWER to study the feasibility of using fourth-generation nuclear reactors to power container ships. The study will investigate regulatory and safety rules for nuclear-powered ships and aims to build a framework for the construction of a nuclear-powered container ship in a European port. Maersk has set a goal of reaching net zero emissions by 2040 and is investing in green methanol to decarbonize. [Extracted from the article]

Burns & McDonnell, a design-build firm, is working with BWX Technologies Inc. to develop small-scale reactors that can provide thermal and electric power for remote locations. The project, called the BWXT Advanced Nuclear Reactor, involves the engineering of microreactor balance of plant systems. The reactors will use TRISO nuclear fuel, which is more resilient and less likely to release radioactivity in an accident. Wyoming is becoming a center of advanced nuclear development, with projects such as the TerraPower Natrium reactor. [Extracted from the article]

According to a report from the Australian Academy of Technological Sciences and Engineering (ATSE), engineers have warned that Australia should wait until the 2040s to pursue small modular reactor (SMR) technology if it wants to avoid risks associated with nuclear power. The report cites skills gaps, regulatory barriers, and uncertainty around commercial viability as reasons to delay the adoption of SMRs. The Liberal Party in Australia, however, is pushing for the development of a nuclear fuels industry and has proposed several sites for nuclear reactors. The party aims to build two SMRs or conventional large nuclear plants by 2037 at the latest. [Extracted from the article]

Chinese engineers have successfully tested a passive cooling system in a commercial-scale nuclear reactor, demonstrating that it can prevent meltdowns without the need for external power or human intervention. The tests involved shutting off the power to the cooling systems of two large-scale reactors and monitoring the temperatures of key components. The results show that the reactors can be cooled down naturally without active intervention, providing a significant development in nuclear safety. This technology could have applications in various industries, including petrochemical and metallurgy. [Extracted from the article]

The article offers information on additions of the power plants over the last decades in the U.S. Topics include information on how Russia's invasion of Ukraine in early 2022 cascaded into full-blown energy turmoil; how Europe was scrambling for gas supplies to offset Russian gas shortfalls; and how International Energy Agency (IEA) acknowledged that the world's energy markets remain extremely vulnerable.

The article reports that Ultra Safe Nuclear's fully ceramic micro-encapsulated fuel is made possible by binder jetting silicon carbide matrix designs to keep radioactive material safely enclosed and contained at all times. It mentions that exploiting a 3D printing technology could allow them to more effectively use silicon carbide to control nuclear fission and prevent accidents altogether.

The article focuses on the crucial role of nondestructive testing (NDT) in ensuring the safety and reliability of nuclear energy production. Topics discussed include various NDT methods such as visual testing, liquid penetrant testing, and microwave testing, the importance of assigning the correct value to inspection activities, and the significance of timing considerations in conducting efficient and safe inspections for nuclear power plants.

The article focuses on Japan's continued reliance on coal as a key component of its energy mix despite commitments to renewable energy and carbon neutrality. Topics discussed include Japan's struggle to balance energy security with environmental concerns, the challenges of transitioning away from coal, and the country's investment in alternative technologies such as low-carbon ammonia and carbon capture.

The article offers information about the corporate growth of the Atlanta-based energy giant Southern Co., along with mentions that how company has pioneered technologies that have reshaped diverse fields, including those related to coal, natural gas, and nuclear. It discusses the company's efforts to explore carbon capture, utilization, and storage for existing natural gas plants.

The article focuses on reduction of water consumption in cooling water system through water captured from plumes of cooling tower. Topics discussed include efficiency of cooling tower operating suggested by the U.S. Environmental Protection Agency (EPA), removal of plume appearance through abatement systems, and desalination servie provided by water recovery system.

The article offers information on the efforts regarding advanced nuclear reactor development, to create new nuclear technologies that do not emit greenhouse gases. It further discusses nuclear energy, presently a major supplier of the world's carbon-free electricity; assessment of the chances of success in helping deal with the threat of climate change; and exciting area is the development of small modular reactors using non-standard coolants and designs.

The article discusses the 110-year-old story of Entergy Corp., a multi-billion-dollar energy company in the Gulf Coast. Topics include the humble beginnings and ambitions of the company's founder, Harvey Couch; its expansion and growth over the decades, challenges faced, transition into a global energy company; and its current operations and sustainability goals.

The article discusses the recent resurgence of nuclear power in the United States and the importance of the country leading in this industry. It highlights the significance of nuclear power in fighting climate change and meeting the growing demand for electricity. The article also emphasizes the need for the U.S. to regain dominance in the global nuclear industry, as other countries have filled the void left by the U.S. in nuclear plant construction. It mentions specific projects in Georgia, Wyoming, and Poland that are contributing to the revitalization of the U.S. nuclear industry. [Extracted from the article]

The article focuses on the British government's investment in Urenco to establish an advanced uranium enrichment facility in Cheshire, England, aiming to produce high-assay low-enriched uranium (HALEU) for advanced nuclear reactors.

The article focuses on the inauguration of the MULTIForm facility at the University of Leeds, England, emphasizing its role in advancing nuclear research through multiphase fluid flow analysis.

The article focuses on regulators and suppliers encouraged to consider digital instrumentation approaches due to emergence of small modular reactors (SMRs). Topics discussed include capital investment of nuclear power station represented by instrumentation and control (I&C) technology, openness of U.S. Nuclear Regulatory Commission (NRC) for digital I&C technology, and importance of central control rooms to facilitate reduced staff.

The article focuses on challenges faced by energy company Duke Energy while planning for energy transition, and mentions timeline for the legacy of the company. Topics discussed include wind power business entered by the company with 2008, appointment of Lynn Good as president of the firm in 2013, and preparation of the company to sell interests in several power plants in 2014.

The article presents views of Jennifer Granholm, Energy Secretary of U.S., presented during virtual annual Regulation Information Conference of the U.S. Nuclear Regulatory Commission (NRC) on development of nuclear power technology. Topis discussed include liquid water reactor technology use welcomed by the nuclear industry, reactor development program of the U.S. Department of Energy (DOE), and adaption of digital computer technology by industry for plants.

The article discusses impact of Russian invasion of Ukraine on Europe's energy market. Topics include discusses the initiative REPowerEU taken by Europe which encourages energy conservation and electrification, problems in gas power generation, and information on H2-ready plants that will provide full decarbonized residual power in electricity grids along with renewable energy.

The article focuses on repowering a process in which a higher-capacity turbine or renewable energy site with more efficient components gets replaced by old generating units at thermal plants. It mentions repowering of wind turbines for a wind farm in Netherlands, Europe, repowering coal initiative launched for helping the countries get net-zero emissions targets, and reduction in investments by repurposing coal plant sites.

The article discusses the technical and economic aspect of district heating systems utilizing nuclear power as their energy source. It mentions the design of the heating system done to maximize electric power production, gives various approaches for its development, and challenges faced in its implementation.

The article discusses the decommissioning of the Pilgrim Nuclear Power Station located in Plymouth, Massachusetts by Holtec International.

The article offers news briefs on topics including restarting of construction of Angra 3 nuclear reactors by Brazil; inauguration of hydropower project by Turkey; and how Kansai electric will seek life extension of taka hama nuclear reactors.

The article discusses Japanese Prime Minister Fumio Kishida's plan to reinstate nuclear power in the country by resuming the majority of the reactors and develop new next-generation nuclear reactors. It describes the Nuclear Regulation Authority's (NRA), safety assessment process to restart the reactors. It details NRA commissioner Shinsuke Yamanaka's proposals to increase the lifespan of reactors.

The article focuses on Nuclear-based district heating system and Next-generation nuclear plant development having high-temperature gas-cooled reactor (HTGR).

The article discusses a renewable energy company NextEra Energy located in Florida. Topics include discussing the company's history and how it got involved in renewable energy, addresses the challenges faced by the company, and gives the outlook of two principal businesses Florida Power & Light and NextEra Energy Resources which comprises the infrastructure of NextEra Energy.

The article focuses on fourth-generation advanced nuclear technology and talks about high-temperature gas-cooled reactor pebble-bed module (HTR-PM) located at Shidaowan site in Shandong, China.

The article offers information on how proper water chemistry has always been important for dependable steam plant operation. Topics include information on changes in operating routines and increased plant cycling; how failure not only affects plant reliability, but also personnel safety; and information on fundamental elements in steam electric power plants.

The article offers information on how optimism is warranted in the power industry in 2022. Topics include information on how some sectors of the power industry are struggling to stay relevant; how new technologies are developed and perfected; and how people in the power industry to be optimistic about the future.

The article offers information on improvements in nuclear power technology which are being driven by research into safer reactor designs and new fuel types. Topics include information on smaller reactors that offer flexible siting options with modular construction; how nuclear power is also finding support in the fight against climate change; and public and private investment into research and development of advanced technologies for nuclear power generation.

The article offers information on how thermal energy storage offers hot prospects for power. Topics include information on how thermal energy storage (TES) is gaining interest ; array of in front of TES technologies under development; and the potential for demand shifting, variable supply integration, sector integration, network management, and seasonal storage in the thermal energy.

The article focuses on the British government's significant nuclear investment plans, including the construction of new reactors and fuel production facilities. Topics discussed include challenges such as skills development, spiraling costs, and the introduction of advanced reactor technologies, as well as the importance of nuclear power for energy security and the need for regulatory reforms to accelerate project implementation.

The article offers information on nuclear power foundation of China's future generation. Topics include information on nuclear power technology of the China; strategic tool for the government to promote nuclear power technologies abroad; and how China is building more new nuclear plants than any other country.