To the engineers involved in bioethanol.
Formaldehyde Measurement and Removal Solutions in Bioethanol and Biofuel Development Supporting next-generation fuel development with high-precision formaldehyde measurement and gas removal technology In the development of next-generation fuels such as bioethanol blended fuels and synthetic fuels (e-fuels), measuring and managing aldehydes, including formaldehyde, is a critical issue in combustion evaluation and exhaust gas assessment. JMS combines the formaldehyde measuring device "Formaldehyde Meter" with high-performance chemical adsorption technology, providing comprehensive support from research and development to testing facilities, engine benches, and exhaust gas evaluation equipment.
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basic information
Features of Chemical Adsorption Method High removal performance for formaldehyde Excellent adsorption efficiency even at low concentrations Stable performance over a long period Effective against aldehydes that are difficult to remove with activated carbon Easy integration into exhaust treatment systems Total support provided by JMS JMS offers a solution that integrates "measurement," "evaluation," and "removal." Formaldehyde concentration measurement Source investigation Proposal of exhaust treatment and gas removal systems Selection of chemical adsorbents Performance evaluation and effect confirmation after installation In the research and development of next-generation fuels, including biogasoline, we support researchers and developers in creating an environment where they can confidently conduct evaluation tests. JMS combines formaldehyde measurement technology with chemical adsorption technology to propose optimal solutions as a partner supporting the research and development of next-generation mobility.
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Applications/Examples of results
You can use it for the following purposes: - Research and development of biofuels and bioethanol - Emission gas evaluation in engine benches - Measurement of formaldehyde in combustion test facilities - Catalyst performance evaluation - Performance verification of exhaust gas treatment systems - Management of working environments in laboratories and experimental facilities - Exhaust treatment and safety measures for development equipment - Rapid measurement using formaldehyde meters The formaldehyde meter can measure formaldehyde concentration in a short time, making it suitable for evaluation tests and equipment diagnostics in development sites. The measurement results can be utilized for comparative evaluations of formaldehyde generation amounts due to differences in fuel composition, combustion conditions, and catalyst performance, as well as for verifying the effectiveness of exhaust treatment equipment. Removal of formaldehyde using chemical adsorbents In testing facilities and research institutions, gas removal is also important not only for measurement but also for maintaining a safe and comfortable research environment. At JMS, we propose a system using chemical adsorbents that can efficiently remove formaldehyde from low to high concentrations.
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Company information
JMES Co., Ltd. was established in July 1976 with the keyword "environmental measurement." Since then, as a pioneer in environmental measurement in Japan, we have contributed to domestic environmental measures by starting with the import of excellent measuring instruments from overseas and engaging in domestic manufacturing. We have also expanded our business into energy conservation and plant corrosion prevention equipment as an extension of environmental measurement. In September 2003, we obtained ISO 9001:2000 certification (updated to ISO 9001:2015 in September 2021) (LRQA Limited). We promise to further enhance customer satisfaction with our products and services. We position compliance with laws and regulations as our top priority and are committed to advancing as a company to realize our motto, "Make Japan Beautiful."
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