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catalyst - メーカー・企業6社の業務用製品ランキング | イプロスものづくり

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catalystのメーカー・企業ランキング

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  1. 英商事 本社 Aichi//Resin/Plastic
  2. MP GOKYO FOOD&CHEMICAL CO.,LTD Osaka//Chemical
  3. CMC RESEARCH Ltd. Tokyo//Service Industry
  4. 4 KRI, Inc. Kyoto//Testing, Analysis and Measurement
  5. 5 蝶理 無機ファイン部 Osaka//Chemical
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catalystの製品ランキング

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  1. DMC catalyst for the ring-opening polymerization of new high-performance olefin oxides. MP GOKYO FOOD&CHEMICAL CO.,LTD
  2. [Technical Data] Kasumi Catalyst - Low-Temperature Chemical Decomposition Carbonization 英商事 本社
  3. 10/27 Webinar on Catalysts and Reactors for Methanol Synthesis CMC RESEARCH Ltd.
  4. 4 Catalyst "Kasumi Catalyst" 英商事 本社
  5. 4 From CO2 to battery materials! Development and support of carbon recycling technologies KRI, Inc.

catalystの製品一覧

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Catalyst "Kasumi Catalyst"

Catalyst "Kasumi Catalyst"

Decomposition and carbonization of organic molecules through chemical reactions.

The "Kasumi Catalyst" is a catalyst for the decomposition and carbonization of organic materials. By bringing this catalyst into contact with all organic materials, a chemical reaction (decomposition carbonization reaction) occurs, transforming them into powdered carbon. It does not work at room temperature and is adjusted to exhibit catalytic action at temperatures of about 80°C or higher, making it safe to touch at room temperature. 【Features】 ■ The base material is insoluble in water. ■ It is possible to manufacture a variety of catalysts that correspond to reaction devices and decomposition carbonization targets, including different particle shapes, sizes, and materials. ■ As a characteristic of the catalyst, it works well with a dosage of 3-5 wt% for the decomposition target and maintains its effectiveness even after repeated use for several days. ■ Since it involves a chemical reaction at low temperatures, there is no generation of carbon dioxide (CO2) dioxins. *For more details, please download the PDF or feel free to contact us.

  • Chemicals
  • Other polymer materials
  • catalyst

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[Technical Data] Kasumi Catalyst - Low-Temperature Chemical Decomposition Carbonization

[Technical Data] Kasumi Catalyst - Low-Temperature Chemical Decomposition Carbonization

We will build a new circulation system with new technology. Introducing the Kasumi catalyst.

This document contains technical information about the patented product "Kasumi Catalyst" from Eishoji Co., Ltd. The Kasumi Catalyst is a carbon-based catalyst that chemically separates the molecular chains of organic substances. By stirring the Kasumi Catalyst with organic materials in a temperature range of approximately 80°C to 200°C, powdered carbon is produced through catalytic action. Unlike pyrolysis, dioxins and tar are not generated during the decomposition process. 【Contents (Excerpt)】 ■ What is Kasumi Catalyst ■ How to use Kasumi Catalyst ■ Carbonization equipment using Kasumi Catalyst ■ Features of carbonization equipment using Kasumi Catalyst ■ Goals with Kasumi Catalyst *For more details, please refer to the PDF document or feel free to contact us.

  • Chemicals
  • Other polymer materials
  • catalyst

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From CO2 to battery materials! Development and support of carbon recycling technologies

From CO2 to battery materials! Development and support of carbon recycling technologies

From waste to useful substances! Here are examples of compounds made using CO2 (carbon dioxide) as a raw material.

Our company uses CO2 (carbon dioxide) as a "material" to create new and novel molecules. Under the presence of a catalytic amount of metal complexes, the reaction proceeds smoothly at room temperature. Although the efficiency is lower compared to pressurized conditions, the reaction still progresses under atmospheric pressure. 【Features】 ■ Precise molecular transformation *For more details, please refer to the PDF document or feel free to contact us.

  • Contract manufacturing
  • Other contract services
  • Secondary Cells/Batteries
  • catalyst

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10/27 Webinar on Catalysts and Reactors for Methanol Synthesis

10/27 Webinar on Catalysts and Reactors for Methanol Synthesis

A systematic explanation from the basics of Cu/ZnO-based catalysts to CO₂ hydrogenation, reactor design, and green methanol.

■Title "Catalysts and Reactors for Methanol Synthesis ~From the Basics of Cu/ZnO-based Catalysts to CO₂ Hydrogenation and Green Methanol~" Green methanol is gaining attention as a key to achieving a carbon-neutral society. This seminar will systematically explain the equilibrium and kinetics of methanol synthesis, the history of industrialization, the fundamentals of Cu/ZnO/Al₂O₃ (CZA) catalysts, and the principles of reactor design. Additionally, it will provide detailed insights into the mechanisms of CO₂ hydrogenation reactions, strategies for catalyst deactivation prevention, yield improvement techniques through multi-step reactions and product removal, as well as the manufacturing technologies and practical challenges of green methanol. - Basics of the equilibrium and kinetics of methanol synthesis - Preparation methods and reaction mechanisms of Cu/ZnO/Al₂O₃-based catalysts - Differences between CO hydrogenation and CO₂ hydrogenation - Mechanisms of catalyst deactivation and countermeasures - Fundamentals of methanol synthesis reactor design - Manufacturing technologies and practical trends for green methanol - Researchers and engineers in chemistry, petroleum, gas, and energy-related fields - Plant engineering professionals - Planning and business development personnel

  • Chemicals
  • Energy efficient utilization system
  • Technical Seminar
  • catalyst

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Russian-made neodymium bars (bersate)

Russian-made neodymium bars (bersate)

We are engaged in the integrated production of separating and extracting ore (phosphogypsum) from within Russia and producing the final product domestically.

We have the technology to separate and extract rare earth elements, achieving consistent production within Russia. In the future, we also plan to commercially produce medium and heavy rare earths. Neodymium versatate is used as a catalyst in the production of isoprene rubber (IR) and butadiene rubber (BR). Please also visit our inorganic fine chemicals department's website.

  • Chemicals
  • Rubber
  • Other polymer materials
  • catalyst

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[Market Report] Global Catalyst Market

[Market Report] Global Catalyst Market

The global catalyst market is driving transformation in the industry, with steady growth expected.

The global catalyst market generated approximately $35.5 billion in sales in 2022 and is poised to ignite transformation and innovation. Industry experts predict that this market will achieve an estimated revenue of $54.6 billion by 2031. This anticipated surge highlights a stable compound annual growth rate (CAGR) of 4.9% during the forecast period from 2023 to 2031. Catalysts are the invisible sparks that fuel various chemical reactions and play an essential role in the manufacturing processes of countless products that are part of our daily lives. From petroleum refining and pharmaceutical manufacturing to environmental conservation, catalysts are agents of transformation that enable industries to optimize efficiency and minimize waste. For application methods, please check the [PDF download] button or apply directly through the related links.

  • others
  • catalyst

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DMC catalyst for the ring-opening polymerization of new high-performance olefin oxides.

DMC catalyst for the ring-opening polymerization of new high-performance olefin oxides.

It is used for the synthesis of olefin oxide polyethers with initiators having 1 to 6 functional groups.

The "Coating Materials and Industrial Chemicals Division" of MP Five Cooperation Food & Chemical provides raw materials for inks and paints that protect automobiles, mobile phones, and home appliances from scratches, dirt, and friction while also imparting functionality and stability. Additionally, it sells coating materials that smooth the surfaces of flat panel displays and enhance their dirt resistance and toughness. Introducing the "New High-Performance Catalyst for the Ring-Opening Polymerization of Olefin Oxides." It is used for the synthesis of olefin oxide polyethers with initiators having 1 to 6 functional groups. [Main Applications] ■ Synthesis of Olefin Oxide Polyethers *For more details, please refer to the PDF materials or feel free to contact us.

  • Composite Materials
  • catalyst

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