Notice of participation in ACHEMA

Focusing on carbon dioxide recovery

GEA has developed a "mobile" carbon capture pilot plant equipped with a gas pretreatment module as a proof of concept for target industries.

• Gas recovery/treatment equipment

Achieving uniform liquid supply to the heating tube through the optimization of the liquid dispersion mechanism.

Concentration process that evaporates the moisture of the raw liquid using steam. The accuracy of this process, which is conducted as a pre-drying step, greatly affects the production volume of the drying process. "GEA Niro" offers equipment that supports the concentration of a variety of dairy products, enabling further improvement in product quality. 【Features】 - Achieves uniform liquid supply to the heating tubes by optimizing the liquid dispersion mechanism. - Latest hygienic design with measures against heat-resistant bacteria. For more details, please contact us or download the catalog.

• Concentration Equipment

Introducing a list of products adapted for the achievements of Wiegand's concentrator plants!

This catalog includes information about GEA Wiegand's thin film falling film, plate type, and forced circulation concentrators, as well as the concentration capacity and operating conditions of concentration plants. A "concentration plant" is one that concentrates and separates solutions, suspensions, and emulsions using thermodynamic separation technology. Concentration operations can involve various types of evaporators, operating modes, and combinations to meet different requirements. [Contents (partial)] ■ Research and Development R&D Center in Karlsruhe, Germany ■ Applicable products from Wiegand's concentrator plants ■ Types of evaporators ■ Concentration capacity and operating conditions of concentration plants ■ Energy efficiency of concentration plants *For more details, please refer to the PDF materials or feel free to contact us.

• Other processing machines
• Food Processing Equipment
• Concentration Equipment

GEA's melting crystallization process for achieving ultra-high purity products.

Melt crystallization is a process that involves cooling a melt (a mixture of several solid components that have dissolved together) to promote the formation and growth of crystals. In the chemical industry, distillation is commonly used to separate chemical components and has been established as a reliable process. On the other hand, melt crystallization by GEA Messo PT is an efficient alternative process to distillation, used for purification applications where distillation is difficult. It can also assist existing concentration processes such as distillation and adsorption, improving processing capacity and product purity. 【Features】 ○ Enables the formation of pure crystals ○ Achieves efficient separation of ultra-pure products (such as isomer separation) For more details, please contact us or download the catalog.

• Separation device

Expertise and extensive experience in process design.

GEA Niro has been supplying spray dryers to the pharmaceutical manufacturing industry worldwide for over 75 years. The expertise of GEA Niro in drying equipment plants and processes is based on extensive experience and high research and development capabilities. The equipment supplied so far ranges from spray dryers for research and development to production equipment that meets cGMP standards and continuous production facilities. Based on a proven track record of delivering numerous plants around the world and conducting over 20,000 tests, we have established a solid foundation of specialized technology and know-how that meets the needs of the pharmaceutical manufacturing industry. 【Features】 ○ Improvement of bioavailability ○ Control of release time and masking of taste ○ Manufacturing in an aseptic environment ○ Production of inhalation agents For more details, please contact us or download the catalog.

• Drying Equipment

It is GEA's filtration technology that enables reverse osmosis, nanofiltration, ultrafiltration, and microfiltration.

Cross-flow membrane filtration technology is rapidly being adopted in numerous process lines worldwide in industries such as food, dairy products, pharmaceuticals/biotechnology, and starch/sweeteners. Due to its ability to separate substances very selectively at low or room temperature without phase change, membrane filtration offers a cost-effective solution in many applications compared to traditional methods (such as rotary vacuum filters or filter presses). Membrane filtration is a pressure-driven filtration technology that separates molecules ranging from 1.5 μm to several daltons (unified atomic mass units). Membrane filtration technologies are categorized based on the separation techniques and capabilities used, as follows: - Reverse Osmosis (RO) - Nanofiltration (NF) - Ultrafiltration (UF) - Microfiltration (MF) For more details, please refer to the catalog download.

• Other physicochemical equipment

At Eihon Seiki, we handle Brookfield's rotational viscometers, which are widely used by many customers. We offer consulting services such as measurement method proposals and data analysis to assist our customers with viscometers and rheometers. As part of our ongoing commitment to customer service, we have planned a viscometer user seminar. We will invite Professor Toshiyuki Shikata, an emeritus professor at Tokyo University of Agriculture and Technology, who is active in the field of rheology, to give a lecture covering the basics of viscosity and an introduction to viscoelasticity. There will also be opportunities to ask questions to Professor Shikata and our technical staff regarding any issues or uncertainties you may have in your daily work. We encourage you to consider participating in this opportunity. Seminar Overview: - We will provide an easy-to-understand lecture on the basics of viscosity and viscosity measurement. - We will explain points that can help improve the reproducibility of daily measurements and maintenance within your company. - We will introduce the dispersion of solutions and stability evaluation through live demonstrations. - You will have the opportunity to ask questions directly to Professor Shikata and Eihon Seiki's technical staff.

[Key Lecture Content] 1. The current status of geothermal heat in our country and the Ministry of the Environment's initiatives for its promotion Ministry of the Environment, Water and Air Quality Bureau, Environmental Management Division, Environmental Pollution Control Office Assistant Director Matsui Tatsu 1. About geothermal heat 2. About groundwater heat 3. Utilization for energy conservation 4. Utilization for decarbonization 5. Q&A / Business card exchange 2. Technological trends of geothermal heat pumps and advanced examples from Japan and abroad Non-profit organization Geothermal Utilization Promotion Association Chairman Sasada Masakatsu 1. Overview of geothermal heat pumps and their energy-saving and environmental properties 2. Trends in closed-loop technology 3. Trends in open-loop technology 4. Technological trends of air conditioning systems using geothermal heat as a heat source 5. Future prospects for geothermal heat pumps 6. Q&A / Business card exchange

[Speaker] Cabinet Office, Government of Japan Science and Technology Innovation Promotion Office Planning Officer Takayuki Sato [Key Lecture Content] Japan's AI policy is structured around the fundamental directions of "balancing innovation promotion and risk response" and "international cooperation." In the AI Basic Plan established at the end of last year, we aim to pursue "trustworthy AI" that maintains a human-centered AI society where individual dignity is respected, enabling continuous collaboration between humans and AI. Our goal is to make Japan "the easiest country in the world to develop and utilize AI." This lecture will provide an overview of Japan's AI policies, including examples of initiatives. [Lecture Items] 1. Evolution and development trends of AI 2. Japan's AI policy (background of the AI law enactment, promotion system, etc.) 3. AI-related initiatives (AI Basic Plan, AI guidelines, etc.) 4. Q&A / Business card exchange

In this 5S seminar, we won't just stop at "organizing and tidying up." We will provide plenty of tips on how to utilize 5S as a "visualization of work" and a "tool for discovering waste," evolving the workplace into a more comfortable and productive environment! ✅ Improvement tips you can use starting tomorrow ✅ Engaging and practical exercises and workshops that will inspire and excite you From "doing it because I was told to" to "wanting to take action myself" Your step forward will lead to the evolution of the entire team. This is an opportunity to cultivate a "mindset for improvement" among young employees and enhance the autonomy of the entire organization. From "waiting for instructions" to "thinking and taking action" As you become more accustomed to your work, you will notice the waste and potential that exists. Now, let's gain the "power to change" with 5S! Benefits of 5S: 1. People grow 2. Time becomes more abundant 3. The workplace environment improves 4. 5S does not require significant costs 5. It can be implemented regardless of company size or job type 6. It is appreciated by stakeholders We will teach you the tips to transform 5S from something done because a superior said to do it, or only when there is time, into an enjoyable and sustainable practice. *For more details, please download the PDF or contact us.

This exhibition is one of the largest specialized symposiums in Japan, focusing on fullerenes, carbon nanotubes (CNT), graphene, nanomaterials, advanced materials, functional materials, and two-dimensional materials. Many researchers and engineers involved in material development, device applications, measurement and analysis, research and development, and mass production technology will attend. At our booth, we will introduce products and technological solutions that support research in nanocarbon, advanced material evaluation, device development, and industrial applications from fundamental research. ■ Planned Exhibits - Products from PicoQuant - Ultra-high stability interferometer "GEMINI" (NIREOS) - Superconducting nanowire single-photon detector (SNSPD) (Single Quantum) - Broadband wavelength-tunable laser 400–1000nm SuperK CHROMATUNE (NKT Photonics)