The Dedusting in Steelmaking report provides a comprehensive patent landscape analysis, encompassing patents from 2010 to 2024 across key jurisdictions. This extensive dataset combines international patent filings with detailed market and technological insights, forming a solid basis for exploring advancements in dedusting technologies within the steel industry. By integrating both qualitative and quantitative data, the report offers a robust framework for understanding the evolution of dedusting technologies, competitive positioning, and opportunities for future growth in sustainable steel production.
The report is meticulously organized into critical sections that provide detailed insights into various dimensions of dedusting technology. Key sections include the Landscape Overview, Market Analysis, Technology Analysis, and Key Players, each designed to facilitate strategic decision-making for investment, research, and competitive strategy in the steelmaking domain.
Overall, the report presents an in-depth view of dedusting technology's evolution, market dynamics, and competitive landscape, making it an invaluable resource for stakeholders in policy, R&D, and investment. The blend of patent data, market trends, and technological insights positions this report as an essential tool for leveraging advancements in sustainable steel production.
The report is meticulously organized into critical sections that provide detailed insights into various dimensions of dedusting technology. Key sections include the Landscape Overview, Market Analysis, Technology Analysis, and Key Players, each designed to facilitate strategic decision-making for investment, research, and competitive strategy in the steelmaking domain.
Landscape Overview
This section highlights trends in patent activity related to dedusting technologies in steel production from 2010 to 2024. The data reveals a significant rise in patent filings, underscoring the growing focus on reducing environmental impacts in steelmaking. Major contributors to patent filings include countries such as the U.S., China, and Germany, reflecting global efforts to implement environmentally friendly practices.Market Analysis Section
The market analysis examines the commercial dimensions of dedusting in steel production, including sales data, growth rates, and major players. This section aligns market demand with patent activity, identifying regions with strong R&D investment and high growth potential. Key regions leading the adoption of dedusting technologies include Asia-Pacific and Europe, driven by stringent environmental regulations.Technology Analysis Section
This section delves into core technological advancements in dedusting systems, such as high-efficiency dust filtration, dry-type dedusting, and waste heat recovery. Innovations in these areas aim to improve operational efficiency and compliance with emission standards. The report identifies leading trends in technology, including hybrid systems and digital integration for monitoring and optimization.Top Player Section
Key players in the dedusting technology space are profiled for their contributions and technological advancements. These include companies such as NKK Corporation, Ori Martin, Baosteel Engineering, Metinvest, and Liberty Ostrava. Insights into their patent holdings, collaborative initiatives, and strategic innovations provide a clear understanding of their role in driving the adoption of dedusting technologies.Overall, the report presents an in-depth view of dedusting technology's evolution, market dynamics, and competitive landscape, making it an invaluable resource for stakeholders in policy, R&D, and investment. The blend of patent data, market trends, and technological insights positions this report as an essential tool for leveraging advancements in sustainable steel production.
What You Will Get:
- 120+ Pages PDF Full Report
- 40+ Pages PDF Slides
- Excel File with detailed data for each figure and extended analysis
People Who Might Be Interested in the Report:
- Chief Marketing Officers
- Business Development Professionals
- Corporate Strategy Executives
- R&D and Innovation Officers
- Investment Analysts
- Product Managers
- Marketing Directors
- Sales Directors
- Heads of Marketing
- Corporate Planning Professionals
- Product Marketing Managers
- Market Intelligence Experts
- Heads of Innovation
- Strategy Heads
- Chief Operating Officers
- Business Analysts
- Sales Consultants
- Academics
Table of Contents
Key FindingsExecutive Summary
1. Introduction
2. Patent Landscape Overview
2.1. Patent Family Analysis
2.2. Patent-Market Coverage
2.3. Geographical jurisdiction
3. Market and Competitor Analysis
3.1. Market at a Glance
3.2. Market Share of Main Players
3.3. Main Processes in Dedusting
3.4. Top Applicants
3.5. Market Coverage of Top Applicants
3.6. Top Owners
3.7. Highly-Cited Applicants
3.8. Collaboration
3.8.1. Top Ten Applicants’ collaborations
3.8.2. The strongest cooperation networks
3.9 Top applicant activity
3.10 Pioneer companies in the last 5 years
3.11 Top applicant clustering
3.12 Pending patents
4. Technology Analysis
4.1. Top Technologies
4.1.1. Top Technologies by Class
4.1.2. Top Technologies by Sub-Class
4.1.3. Top Technologies by Main-Group
4.1.4. Top Technologies by Sub-Group
4.1.5. Top Technologies and Main Trends
4.2. Five Recent dominant technologies
4.3. Key Patents
4.4. The main themes of patents
4.5. Technology clustering
4.6. Top inventors
5. Key Players’ Patent Profile
5.1. WISDRI Engineering & Research Incorporation Limited
5.1.1. WISDRI Engineering & Research Incorporation Limited Overview
5.1.2. Patent family analysis
5.1.3. Top Processes
5.1.4. Top Technologies
5.1.5. Merge and Acquisitions
5.1.6. Key patents
5.1.7. Topic modeling
5.1.8. Patents clustering
5.2. CISDI Engineering Co., Ltd.
5.2.1. CISDI Engineering Co., Ltd. Overview
5.2.2. Patent family analysis
5.2.3. Top Processes
5.2.4. Top Technologies
5.2.5. Collaboration
5.2.6. Merge and Acquisitions
5.2.7. Key patents
5.2.8. Topic modeling
5.2.9. Patents clustering
5.3. MCC Capital Engineering & Research Incorporation Limited
5.3.1. MCC Capital Engineering & Research Incorporation Limited Overview
5.3.2. Patent family analysis
5.3.3. Top Processes
5.3.4. Top Technologies
5.3.5. Collaboration
5.3.6. Merge and Acquisitions
5.3.7. Key patents
5.3.8. Topic modeling
5.3.9. Patents clustering
5.4. Kawasaki Steel Corporation
5.4.1. Kawasaki Steel Corporation Overview
5.4.2. Patent family analysis
5.4.3. Top Processes
5.4.4. Top Technologies
5.4.5. Collaboration
5.4.6. Merge and Acquisitions
5.4.7. Topic modeling
5.4.8. Patents clustering
5.5. Shandong Iron & Steel Co., Ltd.
5.5.1. Shandong Iron & Steel Co., Ltd.
5.5.2. Patent family analysis
5.5.3. Top Processes
5.5.4. Top Technologies
5.5.5. Merge and Acquisitions
5.5.6. Key patents
5.5.7. Topic modeling
5.5.8. Patents clustering
6. Disclaimer
Executive Summary
This report presents a detailed analysis of the patent landscape for dedusting technologies in steelmaking, focusing on 5,432 patents filed between 2010 and 2024. The field of dedusting in steel production has witnessed remarkable growth, reflected by the surge in patent filings, driven by the industry's commitment to minimizing environmental impacts and adhering to stringent emissions regulations. China leads patent filings with 2,345 patents, followed by Germany with 1,215 and the United States with 965, showcasing global efforts to adopt advanced environmental solutions in steelmaking.The report identifies key technological domains, including "High-Efficiency Filtration Systems," "Dry-Type Dedusting," and "Energy Recovery Systems." Innovations in these areas are pivotal for achieving greater operational efficiency, compliance with emission standards, and sustainability goals in the steel industry. Emerging trends such as hybrid dedusting systems and digital integration for real-time monitoring highlight the industry's innovative trajectory.
Key industry players include NKK Corporation, Ori Martin, Baosteel Engineering, Metinvest, and Liberty Ostrava. These companies dominate patent activities, emphasizing diverse aspects of dedusting technologies, from advanced filtration to waste heat recovery systems. For instance, Baosteel Engineering focuses on hybrid systems combining wet and dry technologies, while Liberty Ostrava pioneers in leveraging digital tools for optimizing emissions management.
Collaborative efforts remain a critical aspect of this sector, with partnerships aimed at accelerating technological innovation and addressing complex challenges. Joint ventures between research institutions and industry leaders highlight the importance of collective efforts in advancing dedusting technologies.
This report serves as a vital resource for stakeholders, including policymakers, investors, and companies, by providing a comprehensive overview of patent trends, technological advancements, and competitive dynamics in dedusting for steelmaking. It equips stakeholders with insights to support R&D investments, policy formulation, and strategic decision-making to foster a cleaner and more sustainable steel industry.
Companies Mentioned
- Primetals Technologies
- CISDI
- M Heavy Technology
- Münstermann
- Buderus Edelstahl GmbH
- ArcelorMittal Monlevade
- Acciaierie d’Italia
- Boston Metal
- Metinvest
- ArcelorMittal
- H2 Green Steel
- Electra
