Exhibitors

Innovative Physics Ltd. / SEIKO EG&G CO., LTD.

Innovative Physics Limited (IPL) is an award-winning R&D company specializing in evolving sensor technology, AI, and pattern recognition in the nuclear, homeland security and medical sectors. Technology is at the heart of IPL's business. IPL's business concept focuses on providing custom high-tech products and unique services to meet science and engineering challenges across various industries. The small but rapidly growing company, based in Shanklin on the Isle of Wight, comprises 18 highly qualified personnel with a combined experience of 100+ years in the technological innovation industry, working with foreign governments and business leaders globally. They have been involved in many significant, wide-ranging projects, from developing products/systems aiding nuclear decontamination and decommissioning, as well as identifying security risks at airports to developing techniques that speed up cancer detection. IPL's strategy has been to combine the development of the latest, cutting-edge technology with traditional high standards of customer interface and support to ensure it remains at the forefront of - and responsive to - customer needs.

Address	104-0032 東京都中央区八丁堀2-26-9
TEL	03-5542-3104
FAX	03-5542-3109
Web site, SNS	https://inphys.com/

KIUCHI INSTRUMENTS MAINTENANCE CORPORATION

原子力発電所を運転するために重要な空気式自動制御弁の動特性試験装置を展示します。
今まで確認できなかった内部部品の摩耗などの不具合を早期に発見できるようになります。
また、原子炉ドラムレベルの3要素制御を体験できる教育設備についても紹介いたします。

Address	543-0011 大阪府大阪市天王寺区清水谷町4-12
TEL	06-6762-0864
FAX	06-6768-8200
Web site, SNS	http://kiuchi-ins.co.jp/

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"

Address	163-1130 Shinjuku Square Tower 30F, 6-22-1 Nishi Shinjuku, Shinjuku-ku, Tokyo, 163-1130 Japan
TEL	03-5323-6611
FAX	03-5323-6622
Web site, SNS	https://www.glsciences.com/

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.

Web site, SNS	https://www.sw.siemens.com/en-US/

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。

Address	318-0004 3333－23　Kamitezuna,Takahagi,Ibaraki
TEL	0293-23-6411
FAX	0293-22-2909
Web site, SNS	https://www.sukegawadenki.co.jp/

Kabusikigaisya Denryokutekunosisutemuzu

気中塩分モニタリング装置は、塩分の付着をきらう精密機器や建築物、電気設備の周辺環境の気中塩分濃度を連続して測定できる装置で、大気中の塩分を捕集液に溶解し捕集液の電気伝導率変化から求めます。
　測定データや運転状況は、データ通信により遠方で監視することができ、長期間無人運転が可能です。

Address	215-0004 神奈川県川崎市麻生区万福寺１－１－１　新百合ヶ丘シティビルディング２階
TEL	049-67-0151
FAX	044-967-0153
Web site, SNS	https://www.dentec.co.jp/

Nakase lab. Tokyo Institute of Technology

The Laboratory for Zero-Carbon Energy Research, Institute of Innovative Research, Tokyo Institute of Technology promotes advanced research and development for the realization of a zero-carbon society. The Nakase Laboratory focuses on "Nuclear Innovation", transcending the existing framework of nuclear research and promoting innovative nuclear system research through an interdisciplinary approach that includes Science, Engineering, and Digital technologies. Therefore, the laboratory conducts a wide range of research, including:

1. Establishment of innovative nuclear energy systems (advanced reactors, nuclear for maritime, renewable energy concert systems)
2. Nuclear fuel cycle (nuclear fuel cycle simulation, cycle rationalization and integration, reprocessing & back-end technologies, repository design)
3. Fukushima reconstruction and remediation research (solidification of waste & debris)
4. Actinide chemistry and radiochemistry (development of extractants, chemoinformatics, medical RI)
5. Digital Management of Radioactive Materials (Safeguards & Nuclear Security, Knowledge Management, National Inventory)

The Nakase Laboratory has initiated research on a nuclear propulsion ship using molten salt fast reactors in line with the global goal of achieving carbon neutrality by 2050 and the growing expectation for the multipurpose use of nuclear power in recent years. The laboratory is focusing on the conceptual design of small reactors for ships, the market and economic feasibility (transportation economics) of introducing nuclear ships, the contribution to decarbonization, and the quantitative analysis of scenarios for introducing ships integrated with existing nuclear systems, using the Japanese nuclear ship "Mutsu" as a reference. Thus, we are challenging the establishment of truly innovative nuclear systems.

In Nakase Lab, we are developing the Integrated Nuclear Fuel Cycle Simulator NMB4.0 in collaboration with the Japan Atomic Energy Agency to envision a grand future vision of the nuclear system by integrating these cutting-edge research efforts. NMB4.0, equipped with fast computational algorithms, covers a wide range of nuclear fuel cycle processes such as fuel manufacturing, reprocessing, and disposal, and accommodates various reactor types. It allows flexible setting of combinations and parameters for different scenarios of future nuclear use.

To foster technical development while openly discussing energy and nuclear strategies, NMB4.0 has been made available as open source, and the development team is actively expanding its international presence through OECD/NEA expert meetings and more. Since its release in March 2022, it has garnered a community of over 140 users from more than 30 institutions worldwide, hosting workshops and symposiums that have been well-received. It is also being used in lectures at TokyoTech and JAEA, study sessions with local residents, and for educational purposes.

We really welcome new members! Let’s join TEAM NMB and think about the future of nuclear systems together!
NMB4.0 Channel

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

Address	152-8550 N1-1, 2-12-1 Ookayama, Meguro-ku, Tokyo, Japan
TEL	03-5734-3846
FAX	03-5734-3846
Web site, SNS	http://www.zc.iir.titech.ac.jp/~m.nakase/

TVE Co.,Ltd.

A company linked to society and connected to the world.

TVE is a valve manufacturer that provides total plant life services, from the design, manufacturing, and maintenance of high-temperature, high-pressure valves for nuclear power to metal recycling after decommissioning. TVE will continue to contribute to the formation of a circular society and a low-carbon society for the next 100 years.

At the exhibition venue of this conference, TVE will introduce our "Pipe Inner Surface Polishing Device" and "Mobile Metal Melting Equipment," which contribute to our decommissioning efforts. Please be sure to stop by.

Valve products for Nuclear power station.
> TVE valves

Section: Ｒ＆Ｄ team
Address: 5-12-1 Nishitachibana-cho, Amagasaki-shi, Hyogo 660-0054, Japan
website: https://www.toavalve.co.jp/english/

Address	660-0054 5-12-1 Nishitachibana-cho, Amagasaki-shi, Hyogo
TEL	06-6416-8861
FAX	06-6416-1207
Web site, SNS	https://www.toavalve.co.jp/english/

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。

Address	160-0014 Naito-cho Bldg, 1 Naito-Machi, Sinjuku-ku, Tokyo, Japan
TEL	03-5367-0891
FAX	03-5367-0892
Web site, SNS	https://www.t-dylec.net/

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。

Address	212-8585 72-34, Horikawa-cho, Saiwai-ku, Kawasaki 212-8585 Japan
TEL	044-576-4745
FAX	044-548-9507
Web site, SNS	https://www.global.toshiba/ww/products-solutions/nuclearenergy.html

The Institution of Professional engineers, Japan Nuclear & Radiation Division

１．『技術士』とは
　技術士制度は、「社会的責任をもつて活動できる権威ある技術者」を育成、支援するために1951年に創設されました。
　技術士は、産業経済、社会生活の科学技術に関するほぼ全ての分野をカバーし、先進的な活動から身近な生活にまで関わっています。また、技術士は、国によって科学技術に関する高度な知識と応用能力が認められた技術者で、科学技術の応用面に携わる技術者にとって最も権威のある国家資格です。さらに、技術士は、「技術士法」により高い技術者倫理を備え、継続的な資質向上に努めることが責務となっています。
　原子力・放射線部門は2004年に誕生した最も新しい部門です。
　技術士は専門的な応用能力を求められるだけでなく、社会の実課題への対応を期待され、一般的な専門家の守備範囲よりもかなり広範な、横断的かつ基盤的な知見が必要とされます。原子力・放射線分野は総合科学技術であり、安全や倫理への社会的関心も高く、高度な見識、倫理観とそれを高水準に維持するための継続的研鑽が求められます。

２．技術士（原子力・放射線部門）の理念とビジョン
　私たちが考える『プロダクト』とは、社会からの信頼と安全の向上に資する役割を『技術士として』担うことで生まれるものです。
　ひとつ目に、一般社会に対する社会貢献で、原子力・放射線分野の専門的な知識を有しながら、中立的なレビューを行うことです。業界の代弁者であることはもちろん迎合であってもいけません。個人の高い倫理観に従い、地球的・歴史的な視点と公衆の負担と便益、安全の確保の視点で考えることが必要です。このためには、専門知識に加え、ダイバーシティを踏まえた継続可能な科学技術の在り方といったような社会的な見識も問われます。
　ふたつ目に、原子力・放射線の専門分野において、技術士に対して社会的に期待される自立的な視点でレビューを行うことが必要です。ただし、このためには、求められる技術的専門性も有さねばなりません。
　さらに、原子力・放射線部門においては、ダイバーシティ推進を目指し、幅広い分野の技術者の参画が重要と考えています。特に、従来人材が手薄であった核セキュリティ、放射化学、核医学分野においても高い知見が必要となっています。　以上のような原子力・放射線部門の幅広い分野での活動を通じて、「技術士」を一つのキーワードとしながら、若い人々に生涯を通じて学び続ける姿勢を見せること、すなわち、「人材育成」を行うことも重要なプロダクトと考えます。
　このような思いを有した原子力・放射線部門の技術士とその職能集団である原子力・放射線部会をブランドイメージとして社会から広く認知していただき、活用していただくことが我々の目標、将来ビジョンであり、その活動内容をご紹介させていただくものです。
　展示内容を通じて、少しでも多くの技術者の方や学生の皆さんに、技術士に関心を持っていただければと考えております。

日本技術士会　原子力・放射線部会　技術士を目指す人のために
 日本技術士会　原子力・放射線部会　ポスター
 日本技術士会　原子力・放射線部会　パンフレット
 日本技術士会　原子力・放射線部会　「技術士を取ろう」パンフレット
 日本技術士会　原子力・放射線部会　新技術士講習会資料「活動の概要」
技術士試験・登録情報

Address	105-0011 Kikai Shinko Kaikan bldg., 3-5-8,　Shibakoen, Minato-ku, Tokyo
TEL	03-3459-1331
FAX	03-3459-1338
Web site, SNS	https://www.engineer.or.jp/sub09/

Japan Atomic　Energy Agency（Nuclear Science and Engineering Center）

原子力利用の未知なる領域への挑戦として、放射性廃棄物等を資源として利用するための研究開発に取り組んでいます。
原子力発電所で用いられた使用済燃料は、非常に強い熱、放射線を出すため「厄介者」と言われていますが、この厄介者は多くの可能性を秘めています。
原子力機構では、この一例として、放出される熱や放射線を電気に変える研究開発を行っています。特に熱を電気に変える素子については、電気と磁気のハイブリッド技術である「スピントロニクス」に着目し、研究開発を進めています。これにより人間が簡単には近づけない過酷な環境下（例えば、深宇宙探査など）で半永久的に動作する電源の実現を目指しています。また、国内外に大量に存在する劣化ウランを有効活用する取り組みの一つとして、レドックスフロー蓄電池の研究開発を進めようとしています。
展示では、これらの「放射性廃棄物を資源に変える技術」についてご紹介しますので、是非お立ち寄りください。

Address	319-1195 2-4 Shirakata, Tokai-mura, Naka-gun, Ibaraki
TEL	029-284-3467
FAX	029-282-6111
Web site, SNS	https://nsec.jaea.go.jp/ndre/ndre3/trans/en/index.html

Japan Atomic　Energy Agency

The Nuclear Human Resource Development Center periodically conducts training courses for people working in the nuclear and radiological industry to support the acquisition of qualifications that will be advantageous for their career advancement, as well as registered national licensing courses. Additionally, we regularly offer training courses to learn basic knowledge, specialized knowledge, and offer practical training using JAEA's facilities. We are committed to supporting your career development through our training programs. Please feel free to contact us for further information.
Furthermore, at the exhibition hall, we will showcase a movie demonstrating Cherenkov light and boiling flow, which are included in our training programs. We encourage you to take this opportunity to experience a part of our training directly.

Address	319-1195 2-4 Shirakata, Tokai-mura, Naka-gun, Ibaraki, Japan
TEL	029-282-5669
FAX	029-282-6395
Web site, SNS	https://www.jaea.go.jp/english/

Japan Atomic Energy Agency （HTGR Project Management Office）

Due to their excellent safety features and ability to supply high-temperature heat, HTGRs are expected to play a major role as an energy source contributing to decarbonization toward carbon neutrality in 2050, through hydrogen production and steam supply.

Aiming to contribute to net-zero emissions through early deployment of HTGRs, JAEA promotes the safety demonstration tests by using HTTR (High Temperature Engineering Test Reactor) and the five projects: HTTR-Heat Application Test, Japanese HTGR Demonstration Reactor Development Programme, HTGR Demonstration Reactor Programme in the UK, HTGR Fuel Development Programme in the UK, and HTGR Research Reactor Basic Design in Poland.

Address	100-8577 19F Fukoku Seimei Building, 2-2-2 Uchisaiwai-Cho, Chiyoda-Ku, Tokyo
TEL	080-4892-0051
Web site, SNS	https://www.jaea.go.jp/04/o-arai/nhc/en/index.html

Japan Atomic Energy Agency Radioactive Wastes Disposal Center

　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。
　パネル、埋設施設の模型、動画などを活用し、分かりやすい説明に努めます。ぜひ、お立ち寄りくださいますよう。

Address	319-1112 4-49, Muramatsu, Tokai-mura, Naka-gun, Ibaraki pref,
TEL	080-4179-6665
Web site, SNS	https://www.jaea.go.jp/04/maisetsu/

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。

Address	945-0307 新潟県刈羽郡刈羽村大字刈羽字西浦４１６１番地８
TEL	0257-45-5500
FAX	0257-45-5566
Web site, SNS	https://www.btc.co.jp

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

Address	101-8608 Akihabara Daibiru Building, 18-13, Soto-Kanda 1-chome, Chiyoda-ku, Tokyo
TEL	050-8882-7610
FAX	03-4564-3305
Web site, SNS	https://www.hitachi-hgne.co.jp/en/index.html

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.

Address	210-9530 1-1,Tanabeshinden,Kawasaki-ku,Kawasaki-city 210-9530,Japan
TEL	044-329-2196
FAX	044-329-2178
Web site, SNS	https://www.fujielectric.com/?ui_medium=jp_glnavi

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、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、当社が原子力人材育成の取組みとして学生向けに行っている「メーカー/電力連携プログラム『原子力プラント技術実践研修』」についてご紹介致しますので、ぜひお立ち寄りください。

Address	100-8332 Marunouchi-Nijubashi Bldg., 2-3 Marunouchi 3-Chome, Chiyoda-ku, Tokyo
Web site, SNS	https://www.mhi.com/

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.

Address	101-0062 5F Ryumeikan Honten Bldg., 3-4 Kanda Surugadai, Chiyoda-ku, Tokyo 101-0062
TEL	03-3525-4792
FAX	03-3526-4807
Web site, SNS	https://www.muro-chem.co.jp/en.html