BWR Operator Training Center Corporation

当社はBWR（Boiling Water Reactor：沸騰水型原子炉）原子力発電所運転員の養成を行う訓練機関です。原子力発電にまつわるありとあらゆる知識と技術を、実際に原子力発電所を操作している各電力会社の運転員たちに指導しています。採用に関するご案内もしておりますので、学生の皆さんもお気軽にお立ち寄りください。

Fuji Electric Co.,Ltd.

SIAL® is a geopolymer used for field of radioactive waste, and it is possible to solidify same way as the solidification of cement. It is able to solidify the spent ion exchange resin, simulated sludge, incineration ash, oil, concentrated liquid waste which are difficult to solidify by cement. Geopolymer is a general term formed by polycondensation of inorganic aluminosilicate components and it is attracting interest due to the confinement effect of cesium. SIAL® was developed by AllDeco Ltd (currently: Jacobs Nuclear Slovakia) and SIAL is first solidification material applied for radioactive waste disposal in the world. It acquired licence as the solidification meaterial of radioactive waste disposal from Slovakia Nuclear Regulator (UJD SR) in 2003 and Czech Nuclear Regulator (SUJB) in 2006. Fuji is proceeding development of SIAL® application of radioactive waste in Japan and currently conducting solidification of 200 litters drum in the laboratory at Kawasaki. Moreover, Fuji conducted first time in Japan to demonstrate of the solidification of the actual filter sludge and ion exchange coming from nuclear power plant, and it is already confirmed that it shows well characteristics of Kd and compressive strength as the waste body.
In this exhibition, we are introducing the following items: The process of disposal of radioactive waste and experiences in Slovakia.The characteristics of SIAL® : working time from viscosity after kneading, the outside and inside temperature of waste body itself, the result of solidification experiments from the nuclear power plant in Japan.

GL Sciences Inc.

GL SCIENCES INC. Exhibition

Ultra-trace radionuclide analysis requires a technique for efficiently extracting and separating/purifying the target nuclide from the sample of interest.
Samples to be analyzed range from environmental samples such as soil, river water, and oceanic samples to dietary products such as crops, marine products, and livestock, as well as waste from decommissioning of nuclear fuel facilities.
GL SCIENCES provides information on products for sample preparation and pretreatment necessary to analyze trace nuclides in such analytes.
We present equipment for rapid ashing of samples at high temperatures, automated alkali fusion systems, and closed vessel microwave decomposition systems.

GLS provides Specific separators dedicated to radionuclides to acid-resistant automated solid-phase extraction systems and UF6-QMS analyzers are also introduced.

Please feel free to contact us for further information.
Radio Nuclides Analysis Products Catalog

Multi-elements Standards "Plasamacal"

Hot block digestion system "DigiPREP"

Glenair, Inc

以下の原子力用コネクタを展示します。
SuperNGシリーズ
Mighty Mouse NGシリーズ
ITS-NGシリーズ
製品イメージ



カタログ（英語）のリンク先は以下です
矢印アイコンです

Hitachi-GE Nuclear Energy, Ltd.

Hitachi-GE Nuclear Energy, Ltd. has been providing a variety of solutions to the nuclear power plants throughout the overall plant lifecycle: design, development, construction, operation & maintenance, and decommissioning. In addition, based on our BWR development/construction experiences and fuel-cycle technologies, we are developing advanced reactors using international collaborations to reduce capital cost of the nuclear power plant project, reduce high level waste in the fuel cycle, and provide the long-term stable power supply.
Our booth presents the Development of the Advanced Reactors in Hitachi using application of innovative technologies, such as Innovative Light Water Reactor Highly Innovative ABWR (HI-ABWR), Highly Economic SMR BWRX-300, Light Water Cooled Fast Reactor RBWR and Small Sodium Cooled Fast Reactor PRISM.

Research and development/New reactors

Development of the Advanced Reactors in Hitachi

Attractiveness of small module light water reactor BWRX-300

Japan Atomic Energy Agency

　将来に向け、より安全で安定的なエネルギー供給をめざした原子力研究や健康で豊かな生活を支える放射線利用を持続可能なものとするために、「研究施設等廃棄物」の埋設施設の設置が喫緊の課題となっています。全国約２４００の事業所等から出るこれらの廃棄物について、私たち日本原子力研究開発機構は、その埋設事業の実施主体として、安全を最優先に埋設施設の設置に向けた活動を展開しています。ここではその安全確保方策に主眼を置きつつ、私たちの埋設事業の内容について説明します。

Japan Atomic Energy Agency (Center for Computational Science & e-Systems)

PRODAS(Program and Database retrieval System) is a database system that contains information about computer programs and databases developed by the Atomic Energy Agency. We are promoting the use of developed programs and spreading results by providing programs that can be provided externally to users outside the Atomic Energy Agency.

This system is Japanese only. For requests from overseas, please search and apply from the OECD/NEA Databank site below.
https://www.oecd-nea.org/dbcps/

In addition, public software can be downloaded from the following URL.
https://ccse.jaea.go.jp/software/index_eng.html

JAPAN ATOMIC INDUSTRIAL FORUM,INC. (JAIF)

SDGsに貢献する原子力産業！


原子力関連の業界にはどんな仕事があるんだろう？
学生の皆さんのそんな疑問にお答えします！
原子力産業の仕事は、原子力発電所での様々な業務をはじめ、工業分野、医療分野などに技術が応用され、私達の日々の暮らしに直接的に役立っており、人々の生活面の利便性、安全、健康に大きく寄与しています。
原子力産業にはみんなが活躍できる幅広いフィールドがあります！
経験豊富な担当者が産業界の仕事についてご紹介いたします。

国連持続可能な開発目標達成への原子力の貢献
https://www.jaif.or.jp/cms_admin/wp-content/uploads/2021/10/Nuclears-contribution_211029.pdf

イベントのご案内「エネルギー未来フォーラム」～原子力産業セミナー2025～

https://www.jaif.or.jp/cms_admin/wp-content/uploads/2023/05/nis2025_flyer.pdf

Laser Decontamination and Decommissioning Corporation

Mitsubishi Heavy Industries, Ltd.

三菱重工業は、カーボンニュートラル達成に向けて、将来の多様な社会ニーズに応える革新炉開発や、更なる安全性向上に資する開発を推進しています。
展示会場では当社の「高温ガス炉開発の取組み」、「高速炉開発の取組み」、及び「事故耐性燃料の開発」についてご紹介致しますので、ぜひお立ち寄りください。

MUROMACHI CHEMICALS INC.

As a "liquid treatment specialist," we propose systems that meet the needs of our customers, from water purification treatment and wastewater treatment to liquid processing and purification.

We provide total support from the supply of ion exchange resins and separation membranes to regeneration treatment.

Ion exchange resins
It is important to select an ion exchange resin that is suitable for the intended application.
We propose the most suitable ion exchange resins to meet the customers’ requirements.

Separation membranes
We chemically clean various separation membranes (RO, NF, UF, MF) with chemicals. By restoring the filtration performance of the membranes and reusing them, we contribute to cost reduction and environmental protection of resources.

Ion exchange resins
In addition to our own brand "Muromac", we have a wide range of products from various manufacturers to meet a wide range of needs.
It is important to select the right product for the intended application, even the ion exchange resins are of the same type.
We propose the most suitable ion exchange resin according to the type of ions contained in the liquid to be treated, the amount of liquid, and the speed of treatment.

Separation membranes (RO, UF, MU, NF)
We chemically clean various clogged separation membranes (RO, NF, UF, MF) with chemicals.
By restoring the filtration performance of the membranes and reusing them, we contribute to cost reduction and environmental protection of resources.

Nagano.LTD

Display of "the super high temperature small vacuum atmosphere furnace" with the delivery results a lot of for atomic energy relations

National Institutes for Quantum Science and Technology, Naka Fusion Institute

Japan, the European Union, the United States, Russia, South Korea, China and India are collaborating to build a fusion reactor to prove the feasibility of fusion called ITER in southern France.
National Institute for Quantum Science and Technology (QST) is representing as a Japan's domestic agency for the ITER project by procuring components and dispatching staff member from Japan.
If you would like to know about ITER project and interested working as a ITER Organization staff member or as Internship, please stop by.

Siemens K.K

Simcenter STAR-CCM+ is a physics-based 3D simulation platform. It includes finite volume, discrete element, and finite element methods in a single product and covers a wide range of multiphysics with a full range of state-of-the-art technologies including CAD, auto-mesher, thermal fluid, particle flow, structural stress, combustion, electromagnetic, plasma, electrochemical, acoustic, viscoelastic, design exploration, GPU solvers, and cloud computing, and more. In recent years, examples of applications in the area of AI/ML and ROM have been expanding.
The applications include light water reactors, high temperature gas reactors, fast reactors, core thermal-hydraulic structure coupling, severe accidents, spent fuel, hydrogen combustion, fuel cells, nuclear fusion, and many more.

SUKEGAWA ELECTRIC CO.,LTD.

当社は、1949年（昭和24年）創業以来一貫して熱と計測というテーマに取り組み「熱と計測のシステムエンジニアリング」を基本とする技術、製品およびサービスを提供し、「技術力」で社会に貢献する企業です。
原子力エネルギー分野では、各発電所に温度センサー、各種ヒーターおよびMIケーブル等を多数納入しており、実験用の模擬燃料集合体、ナトリウムループや各種試験装置の製作を初め、電磁ポンプを軸とした溶融金属機器も製作しております。

TEAM NMB, Nakase lab. Tokyo Institute of Technology

The Nakase Lab promotes innovative nuclear energy system research using a Science × Engineering × Digital technology. The numerous research themes in Nakase Lab can be broadly summarized into the following four main areas.

1. Advanced nuclear energy systems (Advanced reactors & Systems in concert with renewable energy)
2. Nuclear fuel cycle (Cycle integration, Reprocessing & Back-end)
3. Fukushima reconstruction and revitalization (Waste management and Fuel debris)
4. Actinide chemistry

NMB4.0 (Nuclear Material Balance code version 4.0), an integrated nuclear fuel cycle simulator, is being developed in collaboration with the Japan Atomic Energy Agency (JAEA), NMB4.0 is capable of analyzing a wide variety of scenarios of the future nuclear energy use, including a wide range of nuclear fuel cycle processes such as fuel fabrication, reprocessing, and disposal, and a variety of reactor types, and can be flexibly configured with their combinations and parameters.
NMB4.0 is an open-source scenario simulator open to the public for vigorous discussion of energy and nuclear energy strategies, and since its release in March 2022, it has attracted more than 120 users from 30 organizations in Japan and abroad. We are planning to hold workshops and symposiums to further expand and deepen the user community. Why don't you join us in forecasting and researching the future use of nuclear energy?
We really welcome new members! We, TEAM NMB, will support your learning and research!
NMB4.0 Channel


Documents of Nakase lab & NMB are following below.
Nakase lab
NMB4,0：Press Release
NMB4.0

Tokyo Dylec Corp.

大気中の微粒子濃度計測や、微粒子状物質（エアロゾル）の粒径分布計測や発生など、様々な計測機器をご紹介させていただきます。
当社展示ブースでは、切断・粉砕／スクラビングにおけるエアロゾル計測が可能な装置を展示します。
パーティクル計測に関するご相談などございましたら、お気軽にご来訪・お問合せください。

Toshiba Energy Systems & Solutions Corporation

東芝エネルギーシステムズは、原子力プラントの建設・メンテナンス・再稼動対応から福島第一原子力発電所の廃炉対応、廃止措置対応、燃料サイクル、 さらには次世代炉や高速炉などの未来に向けたエネルギー開発など、幅広い事業領域に積極的に取組み、 これらの事業を通してエネルギーセキュリティ、地球環境保護に貢献しています。
当社のブースでは、「革新的安全炉 iBR」および「高温ガス炉」についてご紹介しますので、是非お立ち寄りください。