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Evergem, Belgium
11-50 Employees
2006
At CREATE.eu we are passionate about creative technology. At CREATE.eu, we offer the full range of services to produce multimedia experiences. In-house we are able to take care of all steps in the storytelling journey:from creative concept over design and content creation to AV hardware installation and after-sales. At CREATE.eu we offer state of the art facilities for multimedia productions.Our office in Ghent features a large warehouse with our own stock of AV hardware for event productions and a 24 projector immersive space for prototyping immersive content. As we strive to be a leader in this field, we are always looking to push the boundaries of multimedia experiences.Based in Belgium but active around the globe, our team of creative technologists is ready to help with your project. Based in Ghent (Belgium) but active around the world, we offer integrated content production (Studio), hardware integration (Systems) and event support (Live). We love projects where hardware and content seamlessly blend to deliver a unique experience. Multi-sensory projects to amaze the visitor and create that special goosebumps moment.
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Featured
Tabloo turns nuclear waste storage into an experience
... Tabloo turns nuclear waste storage into quite an experience. In Dessel, north of the city of Antwerp, arises a set of warehouses that are quite out of the ordinary. Here, the ins and outs of nuclear waste disposal are clarified in interactive installations that explain complex solutions in ...
Bridport, United Kingdom
We are a UK-based software company specialising in software development, turnkey control and automation solutions. Intelligent Information Limited is a dynamic software company with strong development skills of robust products and bespoke software, mainly for the industrial sector where maximum reliability and availability are paramount. We have undertaken many projects to collect data from diverse manufacturing systems to be presented in real-time.
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Featured
Software Development, Turnkey & Automation Solutions | Intelligent Information
... Nuclear Waste Storage Monitoring ...
Minsk, Belarus
51-100 Employees
1992
Radmetron is a Belarusian scientific and technological company that develops and manufactures a wide range of equipment, measuring instruments and software for radiation monitoring. Radmetron company begins its history with the creation of the first dosimeter for a wide range of users in the former USSR, Master-1, developed by a talented engineer-inventor Alexander Alekseevich Antonovsky against the background of the increased need for direct-indicating dosimetric devices after the tragic accident at the Chernobyl nuclear power plant in 1986. The company specializes in the production of dosimetric, radiometric, spectrometric and complex devices for monitoring personnel exposure, preventing unauthorized movement of radioactive and nuclear materials, radiation control of raw materials, finished products and waste, monitoring the radiation situation at facilities, territories, in crowded places for safety and incident prevention. Many years of experience in developing radiation monitoring equipment for various users allows us to create serial and unique products that ensure the radiation safety of professionals working with ionizing radiation sources, specialists responsible for the safety of the population and the environment, as well as ordinary people around the world. In 2022, the Belarusian division of the Polimaster Group of companies was reorganized into Radmetron LLC and became the property of one of the founders of the company. A wide product portfolio covering all areas of application of radiation monitoring equipment. Support of the entire life cycle of products, including modernization, modification and customization for special customer requirements. Close cooperation with leading relevant national, foreign and international organizations.
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Featured
Radiation Monitor PM5000B-01 - Radmetron
... Application: airports, seaports, railway stations, customs and border checkpoints, nuclear plants and other facilities of the nuclear industry, nuclear waste disposal and storage sites, scrap metal industry, governmental offices, banks and post offices. ...
Doha, Qatar
51-100 Employees
2006
We were the first company in the world to obtain a certificate and introduce an ultra-light, flexible rolling fire gates in EI 120/90/60/30 class. We have an extensive sales global network, providing technical support, assembly and service. Behind the idea, research and production process there are high-class engineers and specialists. Since 2006 NGR Technologie have been developing and offering fire&smoke gates and curtains both in Europe and worldwise. We specialize in the state-of-the-art solutions for fire, sound and bulletproof protection.
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Featured
Portfolio Archive - NGR Technology
... Nuclear waste storage for Posiva, ...
Berkeley, United States
11-50 Employees
2016
We are doing something that has never been done before. Our focus on public and stakeholder engagement reflects “best practice” and lessons learned from past experience in the field of nuclear waste disposal. Our lead investor is NAC International, a leading nuclear fuel cycle consulting and technology solutions. Headquartered in Berkeley, CA, Deep Isolation is a global company with offices in Washington DC, the United Kingdom, and Japan. Our partnerships with Bechtel and NAC International enable our capability for global solution delivery. PHOENIX AZ, March 11, 2024 — Deep Isolation, a leading innovator in nuclear waste storage and disposal solutions, will present its three latest publications and offer insights into site screening criteria at Waste Management Symposia 2024. Directional borehole disposal can provide robust and deep isolation for many types of radioactive waste, expanded location options for repositories as well as modular implementation adaptable to specific waste management programs and inventories. Mission-driven expertise to dispose of nuclear waste in the safest possible manner.
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Featured
Nuclear Waste Disposal Solutions - Deep Isolation
... Deep Isolation offers nuclear waste storage and disposal solutions using directional drilling technology and community partnerships. ...
Portland, United States
11-50 Employees
1996
We are experienced simulation engineers that have successfully analyzed and validated hundreds and hundreds of finite element analysis (FEA) projects. Our mission is to be honest brokers of information in our consulting services and the software we represent. We are also proud of work in the renewable energy fields from wind to solar. Through Predictive Engineering we are now capable of seeing the benefits of FEA analysis. We are lucky to have George on our team. We are experienced simulation engineers that have successfully analyzed and validated hundreds of structures and systems. The product design cycle is expected to be improved component sizing iterations, design efficiency and confidence of the product during certification efforts. Over many years Pacific Rim Engineered Products (PREP) has earned a reputation as a premium supplier for robust and well performing equipment for the oil and gas industry (on-shore and off-shore).
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Featured
Nonlinear & Transient Dynamic Consulting | Predictive Engineering
... Drop Test Analysis of Large Nuclear Waste Storage ...
Surrey Heath, United Kingdom
101-250 Employees
1985
We provide innovative filtration solutions to help companies in the process industry do more with less. We provide hands-on community volunteering opportunities for our 200-strong team based at our Camberley production centre. Every day, we deliver quality filtration solutions – made with care to your exact standards. Europe’s leading manufacturer and supplier of quality, long-lasting industrial filtration solutions. Supported by our unrivalled expertise and over 35 years of experience, we help you streamline your processes to improve product quality, cut costs, and minimise your environmental footprint. Fast delivery, with manufacturing facilities in the UK and Poland. To provide high-quality, reliable, and sustainable products and services that exceed client expectations. We help you worry less about the filtration process so you can focus on what you do best.
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Featured
Amazon Filters Secure Magnox Contract
... Amazon Filters was chosen by Magnox to manufacture vent filter assemblies used on nuclear waste storage containers. Learn more. ...
Lancaster, United Kingdom
11-50 Employees
1987
We are in essence a ‘One Stop Shop.’ As well as warehousing your books in our secure facility, our marketing team produce subject targeted sales material and apply social media as a tool to promote our publishers’ titles. Gazelle Book Services is a book distribution company that offers publishers the opportunity to increase their sales in the UK and throughout Europe. In recent times Lancaster is also well-known for its University, founded in 1964 and one of the top Universities in the country with students attending from around the world. The book distribution business is constantly changing and we are well positioned to adapt to these changes. Continued focus on sourcing personnel that will both compliment and add further value to the Gazelle brand, to actively look to extend our network of sales and to invest in additional channels and new ideas that would benefit us, our publishers and our clients. Receive information on our latest titles and offers.
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Featured
Nuclear Waste — Gazelle Book Services Ltd
... Nuclear Waste Management, Storage and Disposal Edited by: Samuli Tikkanen Published by Nova Science Publishers, Inc Temporarily Out-of-Stock Available to Pre-order £203.99 | / ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Nuclear Waste Storage
| Country with most fitting companies | United Kingdom |
| Amount of fitting manufacturers | 7 |
| Amount of suitable service providers | 4 |
| Average amount of employees | 51-100 |
| Oldest suiting company | 1985 |
| Youngest suiting company | 2016 |
Nuclear waste storage refers to the process and facilities used for safely isolating radioactive materials produced as by-products of nuclear reactions from the environment and living organisms until they decay to levels that pose minimal risk. This type of waste, generated from nuclear power plants, medical procedures, and research activities, requires meticulous management due to its potential hazard. The primary goal of nuclear waste storage is to prevent the release of harmful radiation into the environment, safeguarding human health and ecological systems. There are several methods of storage, including on-site storage in cooling pools or dry casks at nuclear facilities and deep geological repositories, where waste can be isolated for thousands of years. The effectiveness of nuclear waste storage plays a critical role in the sustainability and public acceptance of nuclear energy, addressing key concerns over environmental and public safety. By ensuring the secure containment of radioactive materials, nuclear waste storage contributes significantly to minimizing the ecological footprint of nuclear technology and advancing its role as a clean energy source. This practice not only supports the operational continuity of nuclear facilities but also underpins international efforts aimed at enhancing nuclear safety standards and promoting responsible waste management strategies.
1. Safety
Nuclear waste storage is designed with advanced safety features to isolate hazardous materials from the environment and human populations. This method significantly reduces the risk of radioactive contamination compared to other disposal methods, which may not offer the same level of containment and protection.
2. Longevity
Storage facilities for nuclear waste are constructed to last for thousands of years, ensuring that radioactive materials are securely contained over their hazardous lifetime. This long-term solution offers a peace of mind that alternatives, such as shallow land burial or ocean dumping, cannot match due to their potential for leakage and environmental damage over time.
3. Environmental Protection
By securely isolating nuclear waste, storage facilities prevent the release of radioactive materials into the earth, water, and air, thereby protecting ecosystems and biodiversity. This method of waste management is far superior in safeguarding the environment compared to other options that might expose wildlife and habitats to radiation.
4. Monitoring and Control
Nuclear waste storage sites are equipped with comprehensive monitoring systems, allowing for constant oversight and prompt response to any potential issues. This level of control and surveillance is unmatched by alternative disposal methods, ensuring a higher standard of safety and environmental protection.
While evaluating the different suppliers make sure to check the following criteria:
1. Safety Certifications
Ensure the supplier has up-to-date safety certifications and complies with international nuclear waste storage standards. This demonstrates their commitment to maintaining the highest safety protocols.
2. Storage Technology
Examine the technology used for nuclear waste storage. Opt for suppliers that utilize advanced, proven technologies to ensure the long-term containment and stability of stored waste.
3. Environmental Compliance
Check that the supplier follows stringent environmental regulations. This includes measures for preventing contamination and ensuring the protection of the surrounding environment.
4. Cost Efficiency
Consider the cost implications of their storage solutions. While safety and compliance should not be compromised, efficient cost structures are essential for sustainable operations.
5. Experience and Reputation
Evaluate the supplier's experience in the field and their reputation within the industry. Long-standing, positive track records indicate reliability and expertise in handling nuclear waste.
Nuclear waste storage solutions are vital across multiple industries, beyond the immediate sector of nuclear energy production. One significant use case is in the medical industry, where radioactive materials are used for diagnosis and treatment of diseases, including cancer. These materials eventually turn into waste, necessitating secure storage solutions to prevent environmental contamination and ensure patient and worker safety. In the research and development sector, especially within universities and private laboratories, nuclear materials are often used in experiments and studies. This usage generates a variety of nuclear waste, ranging from lightly contaminated items to high-level radioactive waste. Secure and compliant storage solutions are critical for these institutions to safely continue their innovative work without posing risks to public health or the environment. The manufacturing industry, particularly companies involved in the production of nuclear reactors and related components, also generates nuclear waste. This includes everything from contaminated tools and clothing to parts of the reactors themselves. Proper storage is essential to manage this waste effectively, ensuring that it does not interfere with production processes or compromise workplace safety. Lastly, the military, known for its use of nuclear technology for defense and power generation, faces unique challenges in managing the waste produced. High-level waste storage solutions are indispensable for maintaining operational integrity and safeguarding against environmental and health risks associated with nuclear materials.
Nuclear waste storage technology predominantly operates at a Technology Readiness Level (TRL) of 7 to 9, indicating that the methodologies and systems involved have been fully demonstrated and validated in operational environments. This high TRL is attributable to the extensive research, development, and deployment efforts that have been undertaken globally over several decades. The core technical reasons for this classification include the successful demonstration of long-term storage methods such as deep geological repositories, which are designed to isolate radioactive waste from the biosphere for millennia. Additionally, advancements in materials science have led to the development of robust containment vessels and barriers that significantly mitigate the risk of radiation leakage, further validating the technology's effectiveness and safety. Moreover, the integration of sophisticated monitoring systems ensures real-time surveillance of storage conditions, enabling timely interventions if necessary. These technical achievements underscore the maturity of nuclear waste storage solutions, reflecting a comprehensive understanding of the challenges associated with radioactive waste management and the development of effective strategies to address them.
In the short-term, advancements in nuclear waste storage technology are expected to focus on improving containment materials and methods. Researchers are developing more durable containers that can resist corrosion and prevent leakage over extended periods. There is also a push towards enhancing the monitoring systems within storage facilities to ensure the safety and security of the stored waste. These developments aim to minimize environmental impact and increase public trust in nuclear energy as a viable option. Looking into the mid-term, the emphasis will likely shift towards the recycling and reprocessing of nuclear waste. This phase aims to reduce the volume of waste requiring long-term storage by extracting usable materials from spent nuclear fuel. Innovations in this area could transform nuclear waste from a burden into a resource, with recovered materials being used for new fuel fabrication or in other industries. This approach not only addresses storage issues but also contributes to the sustainability of nuclear energy. In the long-term, the focus is expected to be on permanent disposal solutions and advanced wasteform technologies. Research is being directed towards finding geologically stable sites where nuclear waste can be stored without risk for thousands of years. Additionally, advancements in wasteform technologies, such as synthetic rock and glassification, are being developed to immobilize nuclear waste, making it inert and significantly safer for long-term storage. These long-term strategies aim to provide a final solution to the nuclear waste dilemma, ensuring safety and environmental preservation for future generations.
