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An Overview of the Latest Analysis Techniques for Carbon Neutrality

In today's research and material evaluation landscape, the focus on carbon neutrality demands precision in analysis: knowing what, how far, and the methods to analyze can significantly impact results. Recognizing these challenges, we have launched the on-demand webinar titled “Latest Analysis Techniques for Achieving Carbon Neutrality 2025” through our member-exclusive portal. This seminar delves into core areas within the carbon-neutral sector, encompassing materials, catalysts, and biomass.

Key Topics Covered in the Seminar

The seminar is not just an introduction to techniques; rather, it offers insights directly applicable to research and evaluation workflows. Notably, it includes actual case studies, enabling a better understanding of analysis methodologies, focal points, and evaluation processes

Biofuel Analysis

Biofuels exhibit vast differences in characteristics due to variations in raw materials and production methods. This section of the seminar emphasizes the analysis of bio-diesel fuels, focusing on oxygen-containing compounds and oxidative stability, showcasing critical case studies from the industry.

General Biomass Analysis Techniques

Our collaboration with Toray Techno has spanned over two decades, concentrating on biomass utilization analytics. Here, the seminar introduces a range of biomass analysis techniques, from quantitative assessments of cellulose, lignin, and sugars to NMR and mass spectrometry-based structural analyses. This section sheds light on the advancements in biomass analysis methods crucial for future development.

Amine-Based CO2 Solid Sorbent Evaluation Techniques

We explore amine-based CO2 solid sorbents through gas adsorption/absorption methodologies and slow positron lifetime techniques. These presentations illustrate how we can evaluate absorption performance and structural characteristics to enhance CO2 capture technologies. The insights shared are tailored for practical application in various research settings.

In Situ IR Techniques for Catalysts and Carbon Neutrality

In this section, attendees will discover how we utilize Diffuse Reflectance Infrared Fourier Transform (DRIFT) spectroscopy under controlled temperature, gas, and pressure conditions to analyze the reaction behavior of CO2 adsorbent and modification materials in real-time, showcasing how in situ techniques can advance catalytic research.

Structural and Compositional Evaluation of Catalyst Nanoparticles

Using advanced techniques such as STEM, EDX, and EELS analysis, this part provides a framework for evaluating the structure and electronic states of catalyst nanoparticles. The insights gained from these evaluations can directly contribute to optimizing catalytic performance and developing new materials.

Current Content Available

The following additional resources and webinars are currently accessible:
Next-Generation Solar Cell Analysis Webinar: Includes a wide array of topics related to perovskite solar cell depth analysis and organic thin-film solar cells.
Battery Analysis Techniques: Featuring innovative methods for analyzing solid electrolytes and LIB materials to enhance detection sensitivity and accuracy.
* Chemical Regulation Information: Offering necessary knowledge on chemical safety regulations impactful for research and development professionals.

Our commitment is to support engineers and researchers in their pursuit of reducing investigative time while elevating the quality of decision-making. By focusing on practical insights for carbon neutrality, we encourage interested parties to register and explore a wealth of valuable content related to analysis and evaluation practices.

Register here to access these resources!