Notice of Participation in the International Powder Technology Exhibition Osaka 2021 from October 13 (Wednesday) to October 15 (Friday), 2021.

Improving plant safety, operational efficiency, and reducing running costs! Examples from the LNG process are also introduced.

This document explains the advantages of using rupture discs in conjunction with safety valves and pressure relief valves in various industrial processes, including the oil and gas industry and the chemical industry, as environmental and safety regulations become increasingly stringent. If you are considering cost reductions for safety measures and emission control in plants handling corrosive or toxic fluids, or expensive process media, please take a look. [Contents] ■ Safety valves and pressure relief valves vs. rupture discs ■ Economic solutions using rupture discs ■ Case studies in LNG processes *This document can be viewed via "PDF Download." We also welcome your feedback on this document. Please feel free to contact us through the inquiry form.

• Other machine elements

Attention engineers and production managers from various industries such as food, chemicals, pharmaceuticals, wood, biomass, and OEM! *White paper available.

REMBE Corporation is a company based in Germany that deals with products related to explosion protection and pressure relief. All products are manufactured in Germany. We mainly manufacture and sell rupture discs, explosion vents/frame-less explosion vents, explosion suppression, quench valves, fire gas detectors, and more. Are your fire and explosion prevention measures within your production process adequate? We would like to propose and introduce various products developed uniquely by REMBE. Additionally, REMBE is currently offering not only a product catalog but also white papers. The white papers include information on products related to fire and explosion prevention, as well as representative applications that incorporate safety concepts such as explosion suppression, explosion isolation, and explosion venting. [White Paper Content (Excerpt)] ★ Explanation of ignition sources that can lead to fire and explosion and preventive measures ★ Explosion protection when ignition sources cannot be eliminated ★ Introduction of applications actually used in various industries *For more details, please download the PDF or feel free to contact us.

• Other electronic parts
• Pneumatic Equipment
• Pressure Control

Attention engineers and production managers in the oil, gas, chemical, and petrochemical fields! *White paper available for distribution.

Our company is a manufacturer of explosion protection and pressure relief products headquartered in Germany. Engineers in the oil, gas, chemical, and petrochemical sectors have relied on rupture discs for many years to quickly and reliably relieve unwanted and excessive pressure or vacuum within production processes. However, the early rupture discs were very simple, consisting of a flat metal piece installed between flanges that was weakened at a predetermined point using a mechanical scoring method (grooving) to open. Advancements in technology and design have dramatically improved quality and reliability, eliminating long-standing concerns such as pinholes, leaks, premature failures, and frequent replacements. *We are also offering a white paper in addition to our product catalog. The white paper discusses the challenges faced with rupture discs in the past and the current rupture discs that have resolved those issues. [Past Challenges] - Frequent leaks - Many premature failures (ruptures) - Need for frequent replacements

• Pneumatic Equipment

Automatic reclosing and reusable explosion-proof door

▶ Purpose In the drying process of the food industry, explosive atmospheres often occur. Due to the high likelihood of embers and hot surfaces, the preparation of explosion-proof devices is essential. The ring-type dryer has a functionally elongated design, so if the pressure relief device remains open after an explosion, the so-called chimney effect can exacerbate post-explosion fires. REMBE's explosion-proof door model ETX automatically closes after the explosion pressure is released, preventing post-explosion fires, that is, stopping the inflow of oxygen into the device. The ETX model remains undamaged after pressure relief and is reusable. ▶ Benefits of Use ▸ Prevention of post-explosion fires due to chimney effect ▸ Automatic re-closing ▸ Reusable ▸ High discharge efficiency ▸ Heat tracing for snow melting and freeze prevention (optional)

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In silos, mills, and extraction devices, safe explosion isolation is made possible by REMBE's slide valve.

▶ Application The RSV type slide valve is suitable for the interruption of explosions that have fully reached the maximum explosion pressure. It is suitable for metal powders, hybrid mixtures, gases, and organic dust, and can handle process temperatures up to 200°C. The REDEX is suitable for processes with high dust loads and low explosion pressures. It is a certified product that achieves both safety and cost efficiency. It is suitable for organic dust, with process temperatures up to 100°C. Both slide valves are particularly suitable for media with high abrasive properties. They also meet the demands of challenging applications involving CIP, dust, and gas. ▶ Benefits of Use ▸ Versatile applications ▸ Fastest closure speed ▸ Compact design with short installation distance ▸ Installation at any angle is possible ▸ No pressure loss

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With Q-Rohr, we provide the best possible explosion safety guarantee while using the optimal layout for your production facility.

Safety and operational efficiency can coexist. Q-Rohr enables explosion venting without flames or dust in a sealed indoor environment. There is no need for complex ducting and the associated rearrangement of production equipment for outdoor venting. With Q-Rohr, we provide the best possible explosion safety guarantee while utilizing the optimal layout for your production facility. Furthermore, Q-Rohr is also very advantageous in terms of running costs. By eliminating vent ducts, you can save not only on installation costs but also on maintenance and upkeep expenses. ▶ Applications Q-Rohr is ideal for indoor installations where there is a risk of dust or gas explosions. It offers a wide range of flexible installation options, so many new plants are directly equipped with Q-Rohr. Modifications are also easily possible. Q-Rohr can be used to protect filters, dryers, and cyclones, and is applicable for gases, hybrid mixtures, metal dust, molten dust, fibers, and more. ▶ Mechanism Flame gases reaching up to 1,500°C are cooled very efficiently within a specially developed stainless steel mesh filter inlet by REMBE. This reduces the amount of gas discharged and helps to quell explosions.

• Other machine elements
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Economic shutdown of filters, dust collectors, and raw gas lines.

**Application** In the event of an explosion, the Q-Flap RX explosion isolation flap valve effectively protects plant components in almost all industrial sectors. Additionally, the Q-Flap RX is ideal for suction lines of filter dust collectors and intake lines of mills. Piping with a nominal diameter of DN400 is primarily used in decentralized extraction systems in the pharmaceutical and chemical industries, while piping with nominal diameters from DN450 to DN710 is used in centralized dust collectors in the grain and food industries. Piping with nominal diameters from DN800 to DN1250 is used in the wood and heavy industries. To meet the highly diverse demands of various industries, the Q-Flap RX product range offers three design versions. Products up to nominal diameter DN710 are equipped with inspection flaps, while products above that size feature a modular design. This allows for easy maintenance and servicing for any pipe size.

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Elevator explosion vent - lightweight with high discharge efficiency

The Q-Ball E type ensures safe release of explosion pressure within the operating area. Flames are efficiently cooled and extinguished inside the Q-Ball E type, eliminating pressure effects from explosions. The Q-Ball E type is suitable for frameless explosion venting of low-strength designed mechanical conveyors, such as bucket elevators. It can handle explosion indices based on KSt values of up to 200 bar x m/s. The installation nominal diameter of the Q-Ball E type is designed to perfectly fit the standard sizes of mechanical conveyors like elevators. There is no need for flange adjustment work. The Q-Ball E type is lightweight, so reinforcement of the conveyor shaft is also unnecessary. A new frameless explosion venting principle has been developed for all surfaces, ensuring the Q-Ball E type provides the highest venting efficiency. As a result, it is possible to minimize the required explosion venting space.

• Pneumatic Equipment
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Add-on module for explosion vents that can reduce hazardous areas.

TARGO-VENT limits the opening angle of explosion vents to protect people, vehicles, and buildings. While providing optimal protection against explosions, it allows for a reduction in hazardous areas and ensures a wider usable workspace. 【Benefits of Use】 ◆ Reduces the area required for explosion safety in front of the vent, leading to productive use of valuable work areas. ◆ The area needed for explosion venting is smaller than when using deflectors. ◆ Enables infrastructure protection at a low cost. ◆ Ensures safe routes for people and vehicle passage while achieving a reduction in the required explosion safety area. ◆ Modifications using TARGO-VENT enhance the safety of existing facilities. ◆ Using stainless copper eliminates maintenance needs and ensures a long lifespan.

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Explosion vent for sanitary applications in vacuum or low pressure.

**Usage** The EGV HYP type has been specially developed for the sanitary application needs of the food and pharmaceutical industries. It is frequently used in demanding plants such as spray dryers, filters, and fluidized bed dryers. It has obtained certification from the EHEDG (European Hygienic Engineering & Design Group). **Characteristics:** The patented inclined shape of the sealed system ensures that the installation points for explosion venting are on the same plane, preventing tolerance contamination. **Benefits of Use** ★ The sanitary design guarantees continuous maintenance of high quality ★ Protects against tolerance contamination during product changeovers ★ CIP (Clean-In-Place) cleaning is possible ★ Thanks to its bionic structure, it has a long lifespan even under extreme temperature changes and distortions caused by pressure fluctuations ★ Noise reduction (such as knocking) is possible in the discharge path

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Explosion vent for vacuum or zero to low pressure.

【Application】 The EGV type is suitable for a wide range of applications, including spray dryers, elevators, chain conveyors, light vibration screens, mechanically filled silos, cyclones, and more. It can accommodate both non-pressurized processes and low vacuum or overpressure processes (up to 50% of the static burst pressure) and is usable in various fields. The standard burst pressure is 0.1 bar at 22°C (71.6°F). 【Benefits of Use】 ★ The lightweight burst surface allows for large capacity discharge with full bore opening. ★ It features high stability and a bionic structure that bursts at high speed. ★ Even with cylindrical containers or devices, explosion discharge ports can be directly attached, protecting against powder accumulation and bacterial growth. Complicated flange fittings for installation are not required. ★ Various shapes of the EGV type are available, perfectly adapting to the process. ★ The design of the rupture disk function is less affected by tightening torque, allowing for quick and easy installation without the need for additional mounting frames. ★ The explosion discharge ports with integrated mounting frames and gaskets enable significant space savings. ★ Unique inspections are conducted to guarantee a sealed structure.

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Frame-less explosion vent for dynamic vibrating machines such as vibrating screens.

【Lightweight and High Dissipation Efficiency】 The Q-Ball S type guarantees safe indoor explosion dissipation within the operating area. It effectively cools the interior of the Q-Ball S type, preventing the effects of flame propagation and explosion pressure. The Q-Ball S type can accommodate up to 265 bar*m/s (Kst value) and is a frameless explosion dissipation outlet specially developed and customized for plant components with high dynamic requirements for vibration and oscillation. With its specially designed lower structure and minimal output-to-weight ratio, the Q-Ball S type can be directly mounted onto vibration systems. By applying the newly developed spherical extinguishing efficiency, there are no costs incurred for modifications or changes. The Q-Ball S type guarantees maximum dissipation efficiency while minimizing the required dissipation area.

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Explosion venting port resistant to low to medium vacuum and pressure fluctuations.

The dome-shaped single-layer explosion vent type EDP is suitable for use in processes involving medium vacuum or overpressure (up to 70% of the minimum pressure (Pstat) when the explosion vent is open), as well as some pressure fluctuations. It is mainly suitable for air-filled devices, filters, cyclones, and containers that operate under strong vibrations. The standard burst pressure is 0.1 bar (22 °C). 【Mechanism】 As the pressure increases, the explosion vent will rupture at the designated rupture point at the specified pressure, releasing the pressure and flames from within the container or device to the outside.

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Limitations of Boundary-Based Defense by PN The traditional boundary-based defense of "inside is safe, outside is dangerous" (VPN method) faces the following critical risks due to the recent sophistication of cyber attacks. Vulnerabilities of the VPN device itself: VPN equipment has increasingly become a target for attacks, leading to incidents where it serves as an entry point. Once breached, "full access": Connecting via VPN often allows access to the entire internal network, which can lead to the spread of ransomware damage. Decreased communication quality: The increase in telework and cloud usage has made VPN gateways a bottleneck, reducing operational efficiency. 2. Transition to Next-Generation Internet (Zero Trust) This is a next-generation framework based on the premise of "trust nothing (Zero Trust)" that controls access based on "users" and "devices" rather than "location." 3. Specific Benefits of Transition Dramatic improvement in security: By strengthening authentication and allowing access only to the minimum necessary resources, damage can be minimized. Improved convenience: The hassle of VPN connections is eliminated.

Invitation to the New Business: Introduction to Next-Generation Internet and Security Implementation ~ Surpassing the Limits of VPNs to Achieve a Safe and Fast Business Environment ~ Dear Sir/Madam, I hope this message finds you in good health and spirits. Currently, telecommuting and cloud usage have become standardized in many companies; however, there continues to be significant damage caused by cyberattacks that exploit traditional **"VPNs."** The belief that "as long as you have a VPN, you are safe" has become a thing of the past. We are pleased to announce the launch of our **"Next-Generation Internet (Zero Trust) Implementation Support Project,"** which aims to achieve "VPN-free" environments that provide the best performance and security regardless of location. In conjunction with the start of this project, we will hold an introductory meeting to dramatically reduce your company's security risks, as detailed below.

[Speaker] Professor Ken Kurosaki, Director of the Research Institute for Integrated Nuclear Science, Kyoto University [Key Lecture Content] In the 7th Basic Energy Plan, which was decided by the Cabinet in February 2025, future electricity demand has been significantly revised from a decrease to an increase, and a clear policy has been established to maximize the use of nuclear power going forward. This shift is backed by the rapid advancement of AI technologies, including generative AI. As society fully embraces AI, a stable power source that is also decarbonized becomes essential, and nuclear power is being repositioned as a key player to meet this demand. To maximize the use of nuclear power, innovations in nuclear technology, exemplified by the development of next-generation reactors, as well as the securing and training of human resources in the nuclear field, are crucial keys. This lecture will outline the background of this policy shift and the next innovations that nuclear power will pave the way for. [Lecture Items] 1. Introduction 2. The 7th Basic Energy Plan 3. What is needed in the AI era 4. The appeal and challenges of nuclear power 5. Nuclear innovation, from SMRs to fusion 6. Human resource development in the nuclear field 7. Conclusion 8. Q&A

[Speaker] SBD Automotive China Consultant Dai Sijia [Key Lecture Content] China has become the world's most active hub for in-vehicle AI innovation, with AI technologies being rapidly implemented in smart cockpits, advanced driver assistance systems (ADAS), and even integrated control of AD and chassis cockpits. This lecture will provide an overview of the AI strategies of Chinese OEMs and suppliers, explaining specific use cases, architectural designs, and technological trends. In particular, it will focus on the in-vehicle deployment of large language models (LLMs), multi-modal sensing, and the evolution of cross-domain AI controllers, presenting design guidelines for next-generation smart cars. [Lecture Items] 1. Overview of AI development in China: Roadmap summary and key players 2. AI trends in cockpits 3. AI trends in ADAS/autonomous driving 4. The role of AI in cross-domain integration 5. Future AI deployment and challenges in the Chinese and global markets 6. Q&A

ASTERIA Warp" is a no-code and fast development data integration tool that easily realizes complex connections and data transformations between over 100 data sources, from Excel to business systems and cloud services, and has been the number one in domestic market share for 19 consecutive years (*). With over 10,000 implementations, it is utilized for various purposes such as system integration, data analysis, master data management, business automation, and efficiency improvement. In this seminar, we will introduce the features of "ASTERIA Warp," focusing on its functions and use cases. We will also have a Q&A session, so if you have any topics or questions you would like to discuss during the seminar, please fill in the "Questions and Comments" section at the bottom of the application form. You can also ask questions on the day of the event using the Q&A feature, so feel free to reach out! ▽ ASTERIA Warp Product Introduction Site https://www.asteria.com/jp/warp/ * According to Techno System Research's "2025 Software Marketing Overview EAI/ESB Market Edition