Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.
31～45 item / All 54 items
All That Gas Analysis Equipment JIS K-0301 Standard
This is a glass gas analysis device that widely used for analysis and research, compliant with the JIS K-0301 standard.
Understanding the selection of analytical instruments and the assembly of analytical methods, considering appropriate sample treatment, introduction methods, and the influence of coexisting components. Explanations from various cases such as odor components.
○Publication Date: May 28, 2012 ○Format: B5 size hardcover, 305 pages ○Price: 60,000 yen (excluding tax) → STbook members: 56,952 yen (excluding tax) ○Authors: Tsunetaka Maeda (National Institute of Advanced Industrial Science and Technology) Takeshi Otsuka (Agilent Technologies, Inc.) Koichi Usukura (PerkinElmer Japan, Inc.) Tadashi Arii (Rigaku Corporation) Norio Hirashita (Electronic Science, Inc.) Makoto Nonomura (Environmental Technology Evaluation Institute) Yoshiharu Okubo (Japan Spectroscopic Co., Ltd.) Kazuto Tanabe (Yokogawa Electric Corporation) Hiroshi Tanaka (Mitsubishi Chemical Analytech Co., Ltd.) Kengo Ogawa (Toray Research Center, Inc.) Jun Sekiguchi (Lisotech Japan, Inc.) Yasushi Takanashi (Nippon Steel Techno Research) Kazuhiko Arihara (Nippon Steel Techno Research) Masataka Yamada (Nano Science, Inc.) Emi Mizukoshi (Fujitsu Facilities Engineering, Inc.) Kazutoshi Sugita (Mitsubishi Chemical Analytech Co., Ltd.) Shigeru Nakaya (Horiba, Ltd.) Eriko Takehiro (Kashima Construction Co., Ltd.) Kiyoshi Takamoto (Kanden Engineering Corporation) Kazumi Nakayama (Chemical Substances Evaluation Research Organization, General Incorporated Foundation) Yoshito Otake (Chemical Substances Evaluation Research Organization, General Incorporated Foundation)
It is an environmental gas analysis device capable of measuring trace amounts of H2, C2O2, and NMHC in gas.
Peak Performer 1 "FID" uses a high-sensitivity flame ionization detector (FID: Flame Ionization Detector). This FID has already been developed for process applications in UHP gas and measures impurities in gases at the ppb level. The measurements obtained using this method are linear over a wide range, providing a simple and accurate measurement approach. The technology of PP1 is cost-effective, easy to operate, and superior to comparable products from other companies. Additionally, Peak Lab has extensive experience in this field, so we can accommodate specification changes tailored to your application. 【Standard Applications】 - Measurement of concentrations of CH4, CO2, and NMHC (non-methane hydrocarbons) in ultra-pure bulk process gases (N2/Ar/O2/He) - Measurement of CH4 in bioreactors - Measurement of CH4 in air For more details, please contact us or download the catalog.
It is an environmental gas analysis device capable of measuring trace amounts of N2 or Ar in gas.
The Peak Performer 1 "PDD" adopts a high-sensitivity pulse discharge method and was developed for UHP process gas applications. This PDD is easy to operate and can measure impurities at the ppb level with high performance. The Peak Performer 1 PDD gas chromatograph (GC) detects nitrogen components in Ar, O2, He, and H2 gases. 【Features】 ○ Adopts a high-sensitivity pulse discharge method ○ Developed for UHP process gas applications ○ Easy to operate and capable of measuring impurities at the ppb level with high performance ○ Detects nitrogen components in Ar, O2, He, and H2 gases ○ Carrier gas purity is <99.999% or high-purity He gas For more details, please contact us or download the catalog.
![Free seminar held! August 1, 2019 (Thursday) [The Future Opened by Cultured Cells]](https://image.mono.ipros.com/public/product/image/f40/2000452283/IPROS08162812408042938679.jpeg?w=280&h=280)
We will invite experts who are active at the forefront of regenerative medicine, biopharmaceuticals, and immune cell research to share the latest research information and future possibilities!
This seminar is fully booked. Thank you for the many attendees. You will hear a wide range of lectures from basic research in academia to industrial applications in pharmaceuticals and venture companies. A networking event will also be held after the seminar. We look forward to your participation. [Nova Advanced Cell Science Seminar - The Future Opened by Cultured Cells] ■ Date: August 1, 2019 (Thursday) 1:00 PM - 6:00 PM (Networking event 6:00 PM -) ■ Venue: Shinagawa Prince Hotel Main Tower Diamond 30 ■ Participation Fee: Free (Networking event participation: Free) ■ Capacity: 200 people ■ Organized by: Nova Biomedical Corporation Application Deadline: July 22 (Monday) *Applications are closed due to full capacity.
Easy real-time measurement of trace gases at ppb levels! Natural atmosphere can be used as carrier gas.
The "SGC (Sensor Gas Chromatograph)" is a low-concentration gas analysis device that can be used for trace gas detection in various fields. By combining an original compact column with a semiconductor gas sensor, it achieves rapid separation and high-sensitivity measurement. In research and development scenarios where the target gas is already identified, it allows for easy on-site analysis of low-concentration gases at the ppb level. 【Features】 ■ Real-time measurement from a lower limit of 5 ppb with small sample sizes of 1 to 5 cc ■ Can use ambient air as the carrier gas, eliminating the need for gas cylinders ■ Portable size that can be placed on a desk ■ Achieves rapid separation and high-sensitivity measurement ■ Customization consultations are also available *For more details, please refer to the related links or feel free to contact us.
A must-see for solar power generation operators, municipal officials, and investment companies! No need for large-scale plant installation! A biogas power generation system that can be operated on a small scale.
Amid the trend of expanding the use of renewable energy, there is increasing attention on biogas power generation using organic waste as raw material. However, compared to Europe, which has a long history in this field, Japan still lacks sufficient knowledge and experience. This system is manufactured in Japan and is suitable for operation in Japan, with the capability to scale up from a demonstration test size. 【Features】 ■ Small-scale system accepting raw materials from 0.5 tons/day ■ Significant reduction in construction costs and time through container use ■ Flexibly accommodates future increases in processing volume (easy expansion) ■ Improved power generation efficiency through a unique solubilization process *For more details, please refer to the catalog or feel free to contact us.
Store necessary items in the container! Raw material input amount: approximately 370kg to 2600kg.
This equipment is a plant designed for small-scale use. Everything needed is stored in a container, making it very compact. The raw materials consist of food waste, agricultural residues, and small amounts of garbage from supermarkets. The biogas production varies depending on the raw materials, but as a rough estimate, it is around 30 m³ or 80 m³ per day. The fermentation tank operates at a temperature of 35°C, allowing for stable methane fermentation. By connecting it to stoves or boilers, biogas can be utilized, and the digestate can be reused as liquid fertilizer. It is an environmentally friendly plant that processes food waste and other materials without generating greenhouse gases. *For more details, please download the PDF or feel free to contact us.*
This document includes several representative application examples regarding the evaluation methods for the thermal decomposition of materials.
This technical document introduces the 'TG-FTIR', which has been commercialized through the combination of the "TG-DTA" manufactured by Rigaku Corporation and the infrared spectrophotometer "FT-IR" produced by Thermo Fisher Scientific. Additionally, it includes several representative application examples for evaluating the thermal decomposition of materials. Furthermore, it compares the characteristics of "FT-IR," "MS," and "GC-MS," which are used as gas detectors for generated gases, using tables. [Contents (partial)] ■ Introduction ■ Comparison of EGA (evolved gas analysis) ■ Analysis of resins ■ Analysis results of Nylon 66 ■ Analysis results of Nylon 6 *For more details, please refer to the PDF document or feel free to contact us.
Possible even in small-scale facilities!
Biogas can be generated from food waste such as organic waste that occurs within the facility and utilized as energy. Conventional technology targeted large-scale factories that produce more than 10 tons of organic waste per day, but with the biogas system, it has become possible to install it in smaller facilities such as food factories that generate less than 3 tons of organic waste per day. For example, by installing it in a food factory that generates 1 ton of organic waste per day, it is possible to generate biogas, which can then be converted into steam and other forms of energy. 【Features】 - The fermentation temperature of 55°C accelerates the processing speed, allowing for a compact device. - By converting waste into energy within the facility, it enables a reduction in CO2 emissions through decreased use of new energy sources. - Our kitchen waste processing system (disposer) is installed as a pre-treatment facility to grind organic waste, thereby reducing the load on the processing tank. *Support for the overall introduction of the biogas power generation system is also available. Please refer to the materials for more details. Feel free to contact us with any inquiries.
Both outdoor and indoor use are OK! Built-in system to prevent analysis accuracy degradation and cooling system.
The "SWG100 Series" is a stationary biogas analyzer that can be installed both outdoors and indoors, and is compatible with both dry and wet gases. *Target gases for measurement: CH4, CO2, O2, H2S, H2, CO* Equipped with safety systems such as gas flow limiting orifices, there is no need to worry about decreased analysis accuracy due to flow rate excess. Since it has a built-in gas cooler and drainage pump, there is no need for external equipment for pretreatment. 【Features】 ■ Durable design suitable for harsh industrial environments ■ Quick and accurate calibration possible with just one calibration gas cylinder ■ Supports continuous and non-continuous measurements with pressure and temperature compensation, and data recording functions ■ Capable of measuring at 10 locations per unit ■ Compact size for portability ■ A variety of options available ■ Equipped with data logging function (SD storage) *For more details, please refer to the documentation. Feel free to contact us with any inquiries.*
Compared to conventional methods, "simple and rapid gas analysis" has become possible!
At Nippon Metal Chemical Co., Ltd., we offer "breath mass testing services" using a highly sensitive gas analysis device capable of rapidly measuring trace gases. Breath mass scans the gas components contained in the sample gas by mass. Each scan takes about 10 seconds. This service is utilized for analyzing the gases released from breath and fresh food. 【Features】 ■ Rapid measurement of trace gases ■ Useful for analyzing gases released from breath and fresh food *For more details, please download the PDF or contact us.
Optimized for measurements in various regional environments! Fully automatic SF6 gas analyzer aimed at zero emissions.
The "Rapidox SF6 6100 Pump Back" from Cambridge Sensotec is an SF6 gas analyzer developed and designed to monitor the quality and purity of gases used in high voltage switchgear, gas circuit breakers, and transformers. It achieves high precision and stability for measuring the purity of SF6 gas (input pressure: up to 35 bar) and is housed in a robust integrated Pelican case along with accompanying accessories. It is compatible with clean air mixed gases as well as toxic gases such as SO2, HF, H2S, and CO. 【Features】 ■ Optional installation of a dew point transmitter allows for the measurement of moisture content. ■ Equipped with a built-in dew point moisture trap that uses dry gas to remove excess moisture and can return the dry gas to the supply source. ■ Capable of simultaneously analyzing up to 8 corresponding gases. *For more details, please download the PDF or feel free to contact us.
Aggreko supports the growth of the data center market in the Asia-Pacific region as a leading provider of gas power generation systems on-site.
Within an hour's drive from Tokyo, there is a rapidly growing data center area in Asia. Thanks to investments from global cloud and colocation providers, many large-scale data centers are beginning to line up in the area. This location has special appeal beyond the advantages of connectivity in the region. It is particularly resilient to earthquake risks and presents an opportunity to become one of the largest markets for data centers in Asia. *For more details, you can view the information in the catalog. Please feel free to contact us for more information.*
A true breath vibration method with all sensors built into the face mask.
The "VO2 MASTER MW-1100" is a wearable breath gas analysis device. It simultaneously measures the minimum dead space, ventilation volume, gas concentration, temperature, and atmospheric pressure (altitude) at the mouth, and allows monitoring, saving, and transferring data via iOS and Android. This enables an ideal breath-by-breath method that is not affected by delays in sampling the breath to the analyzer, nor by the frequency or depth of breathing. 【Features】 ■ Easy operation ■ Three types of ventilation sensors ■ Lightweight ■ Data storage and sharing *For more details, please download the PDF or feel free to contact us.
