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Introducing a technical report on silicorol.
In the development of applications for silicone, fundamental research is important. We provide fundamental research and various testing content tailored to the applications.
Pay attention to the industry trends and research and development of "CCS - CO2 separation and capture," "CCU - carbon recycling," and "carbon-neutral fuels" that are moving globally.
The technology for capturing, storing, or effectively utilizing CO2, known as "CCUS," is gaining attention. Focusing on the various CCUS-related technologies, industry trends, and currently notable research and development, a business strategy report has been compiled. **Features of this report:** ➢ Trends in global SAF supply categorized into HEFA, FT, ATJ, and e-fuel, along with industry characteristics and forecasts. ➢ Investigation of CO2 separation volumes and demand trends for chemical and physical absorption methods, solid absorption methods, membrane separation methods, and cryogenic separation methods. ➢ Examination of business strategies for core substances, chemicals, and minerals, as well as annual CO2 utilization volumes domestically and internationally. ➢ Current status and future outlook of direct uses such as "liquid carbon dioxide" and "dry ice," as well as "supercritical CO2." ➢ Current status and challenges of "dry reforming (DRM)" synthesizing from a mixture of methane and CO2. ➢ Analysis of the current status and challenges, costs, CO2 procurement methods, and development trends of each manufacturing process for e-fuels. ➢ Classification of synthetic fuels into FT synthetic fuels, methanol, DME, etc., and analysis of development trends and industry trends. ➢ Reporting on the business strategies of oil companies as seen from drop-in fuels (HVO, co-processing).
Publication of the value chain for the increasing need for chemical recycling and dissolution technology.
This is a market analysis report published by Future Markets Inc., a Swedish research company specializing in nano-biomaterials. The plastics industry is facing increasing challenges in addressing plastic waste. This report focuses on advanced chemical recycling and dissolution technologies, analyzing recycling demand and market entrants up to 2040. Key contents include: - A comprehensive overview of advanced chemical recycling processes - Detailed analysis of pyrolysis (catalytic and non-catalytic) - Gasification technologies and syngas utilization pathways - Depolymerization methods (hydrolysis, glycolysis, methanolysis, aminolysis) - Dissolution and solvent-based purification technologies - New technologies: hydrothermal depolymerization, microwave pyrolysis, plasma processes - Recycling technologies and markets for carbon fibers - Detailed value chain of advanced chemical recycling - Key players at each stage: waste collection, sorting, pretreatment, recycling, end-use markets - Insights on recycling yields for different technologies and polymer types - Cost structures and economies of scale in advanced recycling processes
![[Data] Shirutoku Report No. 30 # Thermal Resistance of Semiconductors](https://image.www.ipros.com/public/product/image/a1c/2000690822/IPROS28187091531823852331.jpeg?w=280&h=280)
Essential thermal resistance of semiconductors for thermal analysis! Introducing typical thermal resistances and their formulas.
★★Shirutoku Report: Useful Information You Should Know★★ In recent years, while products have been miniaturizing, thermal issues have continued to worsen, and we have seen an increasing trend in inquiries from customers regarding thermal analysis. The inquiries cover a variety of topics, but in this report, we will briefly explain the thermal resistance of semiconductors, which is essential for thermal analysis. For more details, please take a moment to read through it. 【Contents】 ■Typical thermal resistances and their formulas *For more information, please refer to the PDF document or feel free to contact us.*
