What responses are required from Japanese companies towards a decarbonized society? This will include explanations with specific examples regarding the "calculation of CO2 emissions," which many companies are being urged to address.
● What responses and certifications will be required from companies in the future, and which laws should be prioritized? What subsidies are available? How do investors view ESG activities? Trends in responses from major companies, etc. 〇 How to calculate and understand GHG emissions, an overview of Scope 1 to 3, the flow and approach to emissions calculation, and explanations of calculation methods with specific examples. ● Various CO2 capture technologies (chemical absorption, physical absorption, membrane separation) ⇒ Mechanisms of separation and recovery, production of absorbents, performance/cost comparisons, key technologies and equipment, methods for estimating recovery costs and calculation examples, etc. 〇 Considerations during the planning and design phase for decarbonization ⇒ Balancing business opportunity acquisition and GHG reduction, approaches to planning and organizational development, utilization of ICT functions, etc. ● What are the potential uses after CO2 capture? (CCS, CCUS, useful material synthesis, methanation, IGCC, DAC, etc.) ⇒ Explanation of profitability and practicality, necessary equipment and technology, business challenges, and the status of overseas utilization, etc.
Inquire About This Product
basic information
Publication scheduled for the end of June 2022. Price: 59,400 yen (including tax at 10%). Format: B5 size, approximately 240 pages. ISBN: 978-4-86502-235-3. Chapter 1: Corporate Responses and Regulatory Requirements for a Decarbonized Society Section 1: Corporate Responses Required for a Decarbonized Society Section 2: Standards and Laws for Achieving Carbon Neutrality Section 3: Obtaining Certification Related to Decarbonization Section 4: Subsidies and Support Available for Carbon Neutrality and How to Utilize Them Section 5: Investor Perspectives on ESG Management Chapter 2: Emission Calculation Methods Section 1: Basic Concepts and Methods for Understanding GHG Emissions Section 2: Practical Calculation of Scope 3 Emissions Chapter 3: CO2 Separation, Capture, and Storage Technologies Section 1: Overview Section 2: Various CO2 Capture Technologies Section 3: Effective Utilization Methods for Captured CO2 Section 4: Estimation Methods and Calculation Examples for CO2 Capture Costs
Price information
Regular price: 59,400 yen (including tax (10% consumption tax)) *Currently accepting applications for early bird discount: 55,000 yen (including tax (10% consumption tax)) until June 27, 2022!
Price range
P2
Delivery Time
P1
※Same-day shipping for applications received by 3 PM.
Applications/Examples of results
★You can organize and understand the technical overviews, business viability, and domestic and international promotion status of carbon dioxide separation, capture, and utilization! ●Target Audience - Individuals involved in research and development, manufacturing quality control, or new business initiatives who want to address CO2 emissions and decarbonization technologies. - Those looking to gather information on how their company should approach these issues in the future. - Individuals struggling with regulatory matters and how to respond to customers.
catalog（1）
Download All Catalogs
Company information
The information organization aims to contribute to the development of the industry through technical seminars on chemistry, pharmaceuticals, electronics, machinery, environment, cosmetics, food, etc., as well as the publication of technical books, correspondence courses, and DVDs that record seminars.
![[Comprehensive Catalog] Coolant Treatment Equipment (Product List)](https://image.mono.ipros.com/public/product/image/4e7/2000845788/IPROS02176169969756745687.png?w=280&h=280)
![14 Manufacturing Managers Speak / Coolant Sludge [Successful Recovery Case]](https://image.mono.ipros.com/public/product/image/338/2001402875/IPROS7746502535285026449.jpg?w=280&h=280)