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Pittsburgh, United States
1-10 Employees
2021
We developed innovative products for nearly every industry, from coatings and chemicals, gas storage and separation, extraction and waste management, to heterogeneous catalysis. We develop custom-design materials based on the customer's needs. We engineer and scale-up these materials in forms of powder, monolith, membranes, hollow fiber, and pellets. We deliver optimal customer services through professionalism and high-quality products. The story of the SE-MAT started with the passion of our founder, Sameh Elsaidi, to design task-specific materials. Materials specifically designed to solve everyday problems in our society.
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Nuclear Waste Management
... Nuclear Waste Management ...
United Kingdom
1-10 Employees
2023
Our mission is to use our expertise and experience to contribute to building the next generation of the nuclear industry, which we believe will experience a high demand for nuclear skills in the coming years. Welcome to Nuclear Training Services, the leading training provider for the UK nuclear industry. Our company was founded by two well-respected consultancies, Nuclear Consulting and Global Nuclear Security Partners. With extensive experience and knowledge in the civil and defence nuclear sectors, we are uniquely positioned to offer customised and high-quality training solutions to individuals and organisations in the nuclear industry. At Nuclear Training Services, we are dedicated to providing innovative, flexible, and practical training programmes that meet the evolving needs of our clients. We believe that training is a critical component of success in the nuclear industry, and we are committed to providing the highest quality training solutions available. The nuclear industry is a complex and potentially hazardous field that requires highly skilled professionals. Nuclear Training Services is one of the leading providers of classroom-based training programmes for the nuclear industry in the UK.
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Introduction to Nuclear Waste Management and Decommissioning
... Introduction to Nuclear Waste Management and Decommissioning – Nuclear Training ...
Argenta, Italy
1001-5000 Employees
1853
Our civilization is built on energy: its generation, conservation and use has driven the evolution of human kind. The two Italian companies are committed to the research and development of Small Modular Reactors and Advanced Modular Reactors.
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Decommissioning & nuclear waste management
... Decommissioning & nuclear waste management ...
Walzbachtal, Germany
11-50 Employees
2019
Als zertifizierter Schweißfachbetrieb nach DIN EN 1090-2 EXC2, ISO 3834-2 sind wir auch Hersteller und Lieferant für Schweißbaugruppen und Schweißkonstruktionen von höchster Qualität.
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Ihr Spezialist für effiziente Fördertechnik und Nuclear Waste Management
... Ihr Spezialist für effiziente Fördertechnik und Nuclear Waste Management ...
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Waste Management Services - glseq.com
... GLSEQ's nuclear waste management experts provide consulting on all aspects of managing Low-Level Radioactive, NORM, Mixed, Below Regulatory Concern (BRC), and Hazardous waste generated from the operation of your facilities. Need help choosing the proper packaging and storage of Intermediate ...
Sofia, Bulgaria
1-10 Employees
Therefore, our services are the most diverse and include the study of new challenges or new approaches to the implementation of applicable international experience, development of programs, training, development of analytical support tools or information platforms, and others. Our expert professionals are ready to deliver tailor-made practical solutions, fast. The services we offer depend on the specific needs of our clients and the challenges they face. Our company’s combined experience helps us offer support to clients in various conventional, nuclear, and renewable energy knowledge fields, including:. To ensure access to the international best practices, our experts regularly provide services to the International Atomic Energy Agency, including in the development of guides and tools, expert missions, training courses, and webinars.
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About Us | Selmeda Ltd.
... High-level consultancy services in the field of conventional and nuclear energy, renewables, waste management, analysis and ...
Dombivali, India
251-500 Employees
1997
CORE specialises in providing a wide range of facility management solutions covering utilities, processes, mechanical, electrical & instrumentation. CORE caters to Nuclear Industry with specialized services related to nuclear waste management, spent fuel management, decommissioning and fuel reprocessing. CORE Energy Systems is an ISO 9001 :2015 / ISO 14001 :2015 / OHSAS 18001 :2007 certified Engineered Package Systems supplier, EPC company undertaking turnkey Projects and Manpower outsourcing company. CORE is headquartered in India with an Overseas office in U.K, Russia and network of offices in Europe. Through a range of services from operations and maintenance to energy management, we provide our clients with total facilities management. We undertake the complete turnkey projects covering entire spectrum of activities of Engineering, Manufacturing, Procurement and Site Construction. Executing High End Engineering Services like Operation & Maintenance, Shutdown Maintenance, Erection & Commissioning of Plant, Manpower Supply, Repairs & Maintenance for niche sectors. Supply range of Industrial Products, Electrical & Instrumentation Products, Accessories & Spares in Association with reputed OEM's.
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NuclearProducts
... Nuclear waste management ...
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Nuclear Fuel & Waste Management - Holtec International
... Nuclear Fuel & Waste Management - Holtec ...
Burnley, United Kingdom
1-10 Employees
Spencers Haulage has provided a reliable and efficient link between production and end user in a wide range of industries including nuclear, engineering, printing and waste management. Spencers Haulage is equipped to deal with time critical deliveries, working seven days to provide quality next-day services. Providing general haulage, bespoke solutions, consulting and exports, Spencers Haulage is the efficient bridge between your product and its end destination. Bespoke transport solutions for nuclear and manufacturing corporations. We can arrange exports for your business, product and collateral from beginning to end. Operating throughout the whole of the UK, Spencers Haulage provides a personal distribution service, connecting your business with its clients professionally – every time. With 20 years experience in haulage distribution and logistics, we handle all deliveries with pride, becoming an extension of your team. From small loads to bespoke deliveries with transport management, we strive to be your best sales representative who doesn’t wear a suit.
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about us - Spencers Haulage Ltd
... and efficient link between production and end user in a wide range of industries including nuclear, engineering, printing and waste management. With a background in engineering, Managing Director Gary Spencer is hands on in the day-to-day, taking care of delivery requirements ...
United States
51-100 Employees
Aesom is a professional construction management agency that offers an all-in-one solution to all kinds of construction projects. AESOM is a renowned engineering, architecture, and Commercial Construction Company. AESOM is among the top construction consulting companies that offer all-in-one architecture and construction management solutions with excellence. We are a skilled professional for premium digital infrastructure services. We are among the leading construction consulting services providers. We deliver high-quality business value and economical solutions with our program management services. We are here to assist you with every step of your project development. AESOM eases our clients' worries by streamlining their most challenging construction projects.
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Nuclear Engineering Services | Nuclear Engineering & Services Company
... AESOM provides comprehensive nuclear engineering services, including reactor design and analysis, radiation shielding, and nuclear waste management. ...
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Some interesting numbers and facts about the results you have just received for Nuclear Waste Management
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 13 |
| Amount of suitable service providers | 20 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 1853 |
| Youngest suiting company | 2023 |
Nuclear waste management refers to the meticulous processes and strategies employed to handle radioactive materials that are no longer useful for commercial, research, defense, or medical applications. This discipline encompasses the collection, transportation, treatment, and disposal of nuclear waste, ensuring minimal impact on human health and the environment. The cornerstone of effective nuclear waste management is the segregation of waste based on its radioactivity levels—low, intermediate, and high-level waste—each requiring different handling and disposal methods. For instance, low-level waste may be disposed of in near-surface facilities, whereas high-level waste, which includes spent nuclear fuel, necessitates containment in deep geological repositories to isolate it from the biosphere for thousands of years. The role of nuclear waste management is pivotal in the nuclear energy sector, as it directly influences public safety, environmental sustainability, and the industry's social license to operate. By implementing rigorous waste management protocols, the industry not only mitigates the risks associated with radioactive materials but also plays a crucial role in the broader context of sustainable energy development. Effective management of nuclear waste thus contributes to the reduction of environmental footprint and advancement of nuclear technology as a viable, low-carbon energy source, underscoring its significance in addressing global energy and climate challenges.
1. Environmental Protection
Nuclear waste management prioritizes the containment and isolation of radioactive materials, significantly reducing the risk of environmental contamination. This approach ensures that air, water, and soil remain safe for ecosystems and human populations, contrasting sharply with more hazardous disposal methods that can lead to long-term ecological damage.
2. Public Health and Safety
By securely storing nuclear waste away from populated areas, nuclear waste management minimizes the risk of exposure to harmful radiation. This proactive stance safeguards public health by preventing potential acute and chronic health effects associated with radiation exposure, underscoring the value of this method over less secure alternatives.
3. Resource Efficiency
Nuclear waste management includes reprocessing and recycling of some waste materials, extracting valuable elements for reuse in nuclear reactors. This not only extends the life of nuclear fuel but also reduces the volume of waste requiring disposal. Such practices demonstrate a commitment to resource efficiency and sustainability, distinguishing nuclear waste management from other disposal options that may not leverage technological advancements for waste reduction.
4. Long-term Stability
Through the development of advanced containment technologies and geological repositories, nuclear waste management ensures the long-term stability and security of radioactive waste storage. This foresight contrasts with other methods that might not account for future environmental or technological changes, highlighting the strategic advantage of nuclear waste management in maintaining public safety and environmental integrity over centuries.
While evaluating the different suppliers make sure to check the following criteria:
1. Regulatory Compliance and Certifications
Ensure the supplier strictly adheres to local and international nuclear waste management regulations. Look for certifications that guarantee their compliance.
2. Technology and Methodology
Evaluate the technological solutions and methodologies they use for waste treatment, storage, and disposal. Advanced and proven technologies indicate a reliable supplier.
3. Safety Record
Investigate their safety records and incident management history. A strong track record indicates a high level of operational safety and risk management.
4. Environmental Sustainability
Check their commitment to environmental sustainability. Suppliers that prioritize minimizing environmental impact through innovative waste reduction and recycling methods are preferable.
5. Experience and Expertise
Consider the supplier's experience and expertise in the nuclear waste management sector. Long-standing operation and a team of experts suggest reliability and competence.
6. Cost-effectiveness
Assess the cost-effectiveness of their services. While quality and safety should never be compromised, competitive pricing and value-added services can be a deciding factor.
Nuclear waste management is a critical aspect of the energy sector, ensuring the safe disposal of radioactive materials. One primary B2B use case involves the collaboration between nuclear power plants and waste processing companies. These partnerships are fundamental in handling, treating, and disposing of nuclear waste, adhering to strict environmental and safety standards to mitigate risks associated with radioactive materials. In the healthcare industry, hospitals and research facilities that utilize radioactive materials for diagnosis, treatment, and research activities also rely on specialized waste management services. These services ensure that biomedical radioactive waste is safely removed, treated, and disposed of, minimizing exposure risks to both healthcare professionals and the public. Furthermore, industrial and manufacturing sectors that use radioactive materials for non-destructive testing, gauging, and other applications engage with nuclear waste management companies. This collaboration ensures that even low-level radioactive waste is handled with the utmost care, from collection to final disposal, adhering to regulatory requirements and protecting worker health. Lastly, the defense sector, particularly in countries with nuclear capabilities, presents another significant B2B use case. The management of nuclear waste from weapons production and decommissioning of nuclear-powered vessels requires specialized knowledge and facilities, highlighting the importance of partnerships with firms that specialize in high-level radioactive waste management.
Nuclear waste management, a critical component of the nuclear energy sector, currently spans a broad spectrum of Technology Readiness Levels (TRLs), primarily ranging from TRL 6 (technology demonstrated in relevant environment) to TRL 9 (actual system proven in operational environment), depending on the specific technology or method in question. For instance, techniques such as vitrification, where radioactive waste is turned into glass, have achieved TRL 9, being fully operational at industrial scales in countries like France. However, emerging technologies aimed at recycling or transmuting waste into less hazardous forms are at lower TRLs, around 6 or 7, due to technical challenges and the need for extensive testing in operational environments. The variation in TRLs highlights the complexity of managing nuclear waste, which encompasses a range of materials with different levels of radioactivity and lifespans. Higher TRLs for certain methods reflect successful integration and efficacy in addressing specific types of waste, while lower TRLs for others underscore ongoing research and development efforts aimed at improving sustainability, safety, and efficiency in waste management. This ongoing advancement in nuclear waste management illustrates the sector's commitment to innovation and the critical role of technology in ensuring the safe, long-term handling of nuclear materials.
In the Short-Term, advancements in nuclear waste management are expected to focus on improving containment materials and methods. Researchers are developing more durable and corrosion-resistant containers to safely store high-level waste. Additionally, there is a significant push towards refining reprocessing techniques to reduce the volume of waste that requires long-term storage. These improvements aim to enhance the safety and efficiency of current storage facilities, minimizing environmental impact. Moving into the Mid-Term, the adoption of advanced partitioning and transmutation technologies is anticipated. These methods will not only decrease the lifespan of radioactive elements but also potentially recycle waste into new fuel. This phase marks a shift towards more sustainable and less hazardous nuclear waste management practices. Furthermore, the exploration of deep geological repositories is expected to progress, offering a more secure solution for the disposal of high-level waste. In the Long-Term, the focus will likely shift towards fully integrating nuclear fusion waste management strategies, which promise significantly less radioactive waste compared to current fission processes. Innovations in synthetic biology could also play a crucial role, with research into bio-remediation techniques using microorganisms to neutralize or absorb radioactive materials. These pioneering approaches are poised to redefine nuclear waste management, aiming for minimal environmental footprint and enhanced safety measures.
