The report is organized into key sections, each offering critical insights into various aspects of AI in catalyst development. The primary sections include the Landscape Overview, Market and Competitor Analysis, Technology Analysis, and Key Players’ Patent Profiles. Each section provides a structured perspective designed to support strategic decisions related to technology development, new product development, investment, licensing, collaboration, mergers and acquisitions, and market entry.
Landscape Overview
The landscape overview presents a clear picture of patent activity in AI-driven catalyst development technologies, tracing trends from 2003 to 2025. The report identifies 133 patents, including 44 active patents, 78 pending patents, and 11 inactive or expired patents. Patent activity peaked in 2024 with more than 30 new patents, while 91% of all identified patents have been registered since 2017. The United States leads global patent registrations with 59 patents, followed by China with 32, while the European Patent Office, Japan, and other jurisdictions contribute at lower levels, indicating that the United States and China are the primary drivers of innovation in this field.Market Analysis Section
The market analysis section explores the commercial dimensions of AI in catalyst development by examining global market value, regional demand, application areas, leading producers, patent applicants, owners, highly cited organizations, and collaboration networks. The global market for AI in chemicals was valued at approximately USD 1.78 billion in 2024 and USD 2.29 billion in 2025 and is projected to reach around USD 28 billion by 2034, with a compound annual growth rate of 27.8% from 2024 to 2030. Catalyst development and optimization, process automation and control, predictive maintenance, and supply-chain optimization represent major application areas. North America leads the market, Europe shows steady growth, and Asia-Pacific is expected to experience the highest growth rate. By aligning patent activity with chemicals, petrochemicals, refining, energy, pharmaceuticals, environmental science, and industrial process control, this section highlights growth potential across chemical and technology markets.Technology Analysis Section
In the technology analysis section, the report reviews core technological areas such as chemoinformatics, computing based on biological models, machine learning, computer-aided design, catalytic cracking, chemical reaction analysis, compound-property prediction, and AI-supported process control. Innovations in AI-based catalyst design and discovery, high-throughput experimentation, data-driven catalyst optimization, predictive modeling of catalytic processes, catalyst degradation monitoring, reinforcement learning, hybrid AI-physical modeling, computational screening, neural networks, genetic algorithms, and automated reaction optimization are identified as important drivers of advancement in AI-driven catalyst development.Top Player Section
The top player section offers insights into leading organizations and individuals active in AI-driven catalyst development technologies, including Chevron Phillips Chemical Company LP, BASF Corporation, Imubit Israel Ltd., HTE GmbH, Cymbaluk Ted H., California Institute of Technology, Marathon Petroleum Company LP, McDaniel Max P., Benham Elizabeth A., Technical University of Berlin, Honeywell International Inc., PetroChina Company Limited, Hyundai Motor Company, SABIC SK Nexlene Company Pte. Ltd., ExxonMobil Research & Engineering Co., and Sinopec Beijing Chemical Research Institute Co. Ltd. Each player is evaluated based on patent-family activity, technological focus, collaboration, mergers and acquisitions, key patents, topic modeling, and patent clustering. Strategic focuses include chemoinformatics, predictive analytics, high-throughput experimentation, catalyst screening, deep reinforcement learning, process control, reaction prediction, catalyst lifecycle management, and AI-supported chemical-process optimization.Overall, the report provides a comprehensive view of AI in catalyst development technologies by combining patent trends, market insights, technological analysis, and competitive intelligence. It serves as a resource for stakeholders involved in R&D, product development, technology strategy, market entry, catalyst discovery, chemical processing, petrochemicals, refining, machine learning, computational chemistry, high-throughput experimentation, process optimization, and academic research.
What You Will Get:
- 166 Pages PDF Full Report
- Detailed Patent Charts and Technology Figures
- Patent Profiles of Sixteen Leading Players
People Who Might Be Interested in the Report:
- Chief Marketing Officer
- Business Development Professionals
- Corporate Strategy Executives
- R&D and Innovation Officers
- Investment Analysts
- Product Managers
- Marketing Directors
- Sales Directors
- Vice President - Sales
- Vice President - Marketing
- Heads of Marketing
- Analysts
- Corporate Planning Professionals
- Product Marketing Managers
- Market Intelligence Experts
- Heads of Innovation
- Strategy Heads
- Chief Operating Officers
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- Academics
Table of Contents
1. Introduction2. Patent Landscape Overview
2.1. Patent Family Analysis
2.2. Patent-Market Coverage
2.3. Geographical jurisdiction
2.4. Global AI in Catalyst Development Patent Activity by Application
3. Market and Competitor Analysis
3.1. Market at a Glance
3.2. Market Share of Main Producers
3.3. Some of The Main Processes in AI In Catalyst Development
3.4. Top Applicants
3.5. Top AI in Catalyst Development Applicants by Application
3.6. Market Coverage of Top Applicants
3.7. Top Owners
3.8. Highly-Cited Applicants
3.10. Collaboration
3.10.1. Top Ten Applicants’ collaborations
3.10.2. The strongest cooperation networks
3.11. Top applicant activity
3.12. Pioneer companies in the last 5 years
3.13. Top applicant clustering
3.14. Pending patents
4. Technology Analysis
4.1. Top Technologies
4.1.1. AI in Catalyst Development Patent Trends Across Industries (Application)
4.1.2. 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. Chevron Phillips Chemical Company LP
5.1.1. Chevron Phillips Chemical Company LP Overview
5.1.2. Patent family analysis
5.1.3. Top Technologies
5.1.4. Collaboration
5.1.5. Merge and Acquisitions
5.1.6. Topic modeling
5.1.7. Patents clustering
5.2. BASF Corporation
5.2.1. BASF Corporation Overview
5.2.2. Patent family analysis
5.2.3. Top Technologies
5.2.4. Collaboration
5.2.5. Merge and Acquisitions
5.2.6. Key patents
5.2.7. Topic modeling
5.2.8. Patents clustering
5.3. Imubit Israel Ltd.
5.3.1. Imubit Israel Ltd. Overview
5.3.2. Patent family analysis
5.3.3. Top Technologies
5.3.4. Merge and Acquisitions
5.3.5. Key patents
5.3.6. Topic modeling
5.4. HTE GmbH - The High Throughput Experimentation Company
5.4.1. HTE GmbH - The High Throughput Experimentation Overview
5.4.2. Patent family analysis
5.4.3. Top Technologies
5.4.4. Collaboration
5.4.5. Merge and Acquisitions
5.4.6. Key patents
5.4.7. Topic modeling
5.5. CYMBALUK TED H
5.5.1. CYMBALUK TED H Overview
5.5.2. Patent family analysis
5.5.3. Collaboration
5.5.4. Key patents
5.6. California Institute of Technology (Caltech)
5.6.1. California Institute of Technology (Caltech) Overview
5.6.2. Patent family analysis
5.6.3. Top Technologies
5.6.4. Collaboration
5.6.5. Topic modeling
5.7. Marathon Petroleum Company LP
5.7.1. Marathon Petroleum Company LP Overview
5.7.2. Patent family analysis
5.7.3. Top Technologies
5.7.4. Merge and Acquisitions
5.7.5. Key patents
5.7.6. Topic modeling
5.8. MCDANIEL MAX P
5.8.1. MCDANIEL MAX P Overview
5.8.2. Patent family analysis
5.8.3. Collaboration
5.8.4. Key patents
5.9. BENHAM ELIZABETH A
5.9.1. BENHAM ELIZABETH A Overview
5.9.2. Patent family analysis
5.9.3. Collaboration
5.9.4. Key patents
5.10. University of Berlin Technical
5.10.1. University of Berlin Technical Overview
5.10.2. Patent family analysis
5.10.3. Collaboration
5.11. Honeywell International Inc
5.11.1. Honeywell International Inc Overview
5.11.2. Patent family analysis
5.11.3. Top Technologies
5.11.4. Merge and Acquisitions
5.11.5. Key patents
5.11.6. Topic modeling
5.12. PetroChina Company Limited
5.12.1. PetroChina Company Limited Overview
5.12.2. Patent family analysis
5.12.3. Top Technologies
5.12.4. Collaboration
5.12.5. Merge and Acquisitions
5.12.6. Key patents
5.12.7. Topic modeling
5.13. Hyundai Motor Company
5.13.1. Hyundai Motor Company Overview
5.13.2. Patent family analysis
5.13.3. Collaboration
5.13.4. Merge and Acquisitions
5.14. SABIC SK Nexlene Company Pte. Ltd
5.14.1. SABIC SK Nexlene Company Overview
5.14.2. Patent family analysis
5.14.3. Top Technologies
5.14.4. Merge and Acquisitions
5.14.5. Topic modeling
5.15. ExxonMobil Research & Engineering Co
5.15.1. ExxonMobil Research & Engineering Co Overview
5.15.2. Patent family analysis
5.15.3. Top Technologies
5.15.4. Merge and Acquisitions
5.15.5. Topic modeling
5.16. Sinopec Beijing Chemical Research Institute Co Ltd
5.16.1. Sinopec Beijing Chemical Research Institute Co Ltd Overview
5.16.2. Patent family analysis
5.16.3. Collaboration
Companies Mentioned
- Chevron Phillips Chemical Company LP
- BASF Corporation
- Imubit Israel Ltd.
- HTE GmbH - The High Throughput Experimentation Company
- Marathon Petroleum Company LP
- Honeywell International Inc.
- PetroChina Company Limited
- Hyundai Motor Company
- SABIC SK Nexlene Company Pte. Ltd.
- ExxonMobil Research & Engineering Co.

