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Nanobubbles Patent Landscape Report

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Table of Content

主な調査結果
エグゼクティブサマリー

導入

特許情勢の概要
2.1. 特許ファミリー分析
2.2. 特許市場のカバレッジ
2.3. 地理的管轄
2.4. Global Distribution of Nanobubble Patents by Generation Model
2.5. Global Distribution of Nanobubble Patents by Gas Composition
2.6. Global Nanobubbles Patent Activity by Application

市場と競合分析
3.1. 市場の概要
3.2. 主要企業の市場シェア
3.3. Some of The Main Processes in Nanobubbles
3.4. 優秀な応募者
3.5. Analysis of Nanobubble Patent Leaders by Generation Model
3.6. Analysis of Nanobubbles Leaders by Gas Composition
3.7. Top Nanobubbles Applicants by Application
3.8. Market Coverage of Top Applicants
3.9. Top Owners
3.10. 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

テクノロジー分析
4.1. トップテクノロジー

Executive Summary 1. Introduction 2.PL Overview 3. Technology 4. Market 5. Key Players
4.1.1. Top Technologies Trend (By Generation Model)
4.1.2. Top Technologies Trend (By Gas Composition)
4.1.3. Nanobubbles Patent Trends Across Industries (Application)
4.1.4. Top Technologies by Class
4.1.5. Top Technologies by Sub-Class
4.1.6. Top Technologies by Main-Group
4.1.7. Top Technologies by Sub-Group
4.1.8. Top Technologies and Main Trends
4.2. 最近の5つの主要技術
4.3. 主要特許
4.4. 特許の主なテーマ
4.5. 技術クラスタリング
4.6. トップ発明家
5. 主要企業の特許プロファイル
5.1. Canon KK
5.1.1. Canon KK company Overview
5.1.2. 特許ファミリー分析
5.1.3. トップテクノロジー
5.1.4. Merge and Acquisitions
5.1.5. Key patents
5.1.6. Topic modeling
5.1.7. Patents clustering
5.2. Nanjing Yanchang Reaction Tech Research Institute Co. Ltd.
5.2.1. Nanjing Yanchang Reaction Tech Research Institute Co. Ltd. Overview
5.2.2. 特許ファミリー分析
5.2.3. トップテクノロジー
5.2.4. Merge and Acquisitions
5.2.5. Key patents
5.2.6. Topic modeling
5.2.7. Patents clustering
5.3. AquaSolution Corp
5.3.1. AquaSolution Corp. Overview
5.3.2. 特許ファミリー分析

Executive Summary 1. Introduction 2.PL Overview 3. Technology 4. Market 5. Key Players
5.3.3. トップ製品
5.3.4. トップテクノロジー
5.3.5. 合併と買収
5.3.6. 主要特許
5.3.7. トピックモデリング
5.3.8. 特許のクラスタリング
5.4. Toshiba Lifestyle Products & Services Corporation
5.4.1. Toshiba Lifestyle Products & Services Corporation Overview
5.4.2. 特許ファミリー分析
5.4.3. Top Products
5.4.4. トップテクノロジー
5.4.5. コラボレーション
5.4.6. Merge and Acquisitions
5.4.7. Key patents
5.4.8. Topic modeling
5.4.9. Patent Clustering
5.5. Panasonic Corporation
5.5.1. Panasonic Corporation Overview
5.5.2. 特許ファミリー分析
5.5.3. トップテクノロジー
5.5.4. コラボレーション
5.5.5. 合併と買収
5.5.6. 主要特許
5.5.7. トピックモデリング
5.5.8. 特許のクラスタリング
5.6. Haier Smart Home Co., Ltd
5.6.1. Haier Smart Home Co., Ltd. company Overview
5.6.2. Patent family analysis
5.6.3. Collaboration
5.6.4. Merge and Acquisitions
5.6.5. Key patents
5.7. Moleaer Inc.
5.7.1. Moleaer Inc. company Overview

Executive Summary 1. Introduction 2.PL Overview 3. Technology 4. Market 5. Key Players
5.7.2. Patent family analysis
5.7.3. Top Products
5.7.4. Top Technologies
5.7.5. Collaboration
5.7.6. Merge and Acquisitions
5.7.7. Key patents
5.7.8. Topic modeling
5.7.9. Patents clustering
5.8. Rinnai Corporation
5.8.1. Rinnai Corporation company Overview
5.8.2. Patent family analysis
5.8.3. Top Products
5.8.4. Top Technologies
5.8.5. Collaboration
5.8.6. Merge and Acquisitions
5.8.7. Key patents
5.8.8. Topic modeling
5.8.9. Patents clustering
5.9. Ilsung Synthesie Machinery Co., Ltd
5.9.1. Ilsung Synthesie Machinery Co., Ltd. Overview
5.9.2. Patent family analysis
5.9.3. Top Processes
5.9.4. Top Technologies
5.9.5. Collaboration
5.9.6. Merge and Acquisitions
5.9.7. Key patents
5.9.8. Topic modeling
5.9.9. Patents clustering
5.10. Sharp KK
5.10.1. Sharp KK company Overview
5.10.2. Patent family analysis
5.10.3. Top Technologies
5.10.4. Collaboration

Executive Summary 1. Introduction 2.PL Overview 3. Technology 4. Market 5. Key Players
5.10.5. Merge and Acquisitions
5.10.6. Key patents
5.10.7. Topic modeling
5.10.8. Patents clustering
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サンプル

説明

The Nanobubbles Patent Landscape Report provides an in-depth patent landscape analysis, covering 15,869 patents from 2010 to 2024, collected across major global jurisdictions. This comprehensive dataset is derived from international patent filings and includes details on market sales trends, growth projections, and technology clustering, forming the basis for examining the evolution of nanobubble technologies. By integrating both quantitative and qualitative data, the report establishes a solid foundation for assessing patent applications, technological advancements, and market growth in the nanobubbles sector. This multifaceted approach supports insights into current competitive positioning and potential areas for future expansion in nanobubble-based water treatment, agriculture, food, healthcare, and energy applications.

The report is organized into key sections, each offering critical insights into various aspects of the nanobubbles industry. The primary sections include the Patent Landscape Overview, Market and Competitor Analysis, Technology Analysis, and Key Players. Each section provides a unique viewpoint designed to support strategic decisions for research, investment, and competitive positioning within the nanobubbles domain.

景観概要
The landscape overview presents a clear picture of patent activity in nanobubbles, tracing trends from 2010 to 2024. The analysis reveals steady growth in patent filings, with a notable acceleration after 2016 and a peak in 2022 with over 1,700 new patents. China leads globally with 6,928 patents, followed by the United States with 3,214 patents, while Japan, South Korea, and Europe also show notable contributions. The strong growth trend indicates a surge in R&D and commercial interest, with most recent filings expected to translate into new market-ready nanobubble products in the coming years.

市場分析セクション
The market analysis section explores the commercial dimensions of the nanobubbles sector, including global market value, sales trends, and regional segmentation. The nanobubbles market was valued at USD 100 million in 2023 and is projected to grow at a 28% CAGR through 2030. Water and wastewater treatment accounts for the largest share of commercial applications, followed by agriculture, aquaculture, and food processing. The Asia-Pacific region, particularly China and Japan, leads in deployment, followed by North America and Europe. Aligning market data with patent activity reveals strong overlaps between regions of high R&D intensity and emerging commercial adoption, highlighting growth potential in environmental remediation and healthcare applications.

技術分析セクション
The technology analysis section reviews core areas in nanobubble innovation, such as generation systems, dissolution and stability enhancement, and application-specific integration. Top IPC categories include C02F1/00 (treatment of water, wastewater, or sewage), B01F3/04 (mixing gases with liquids), and A61K33/00 (medicinal preparations containing inorganic active ingredients). Leading technology trends include nanobubble generators for industrial-scale applications, oxygen and ozone nanobubble systems for sterilization, and advanced monitoring systems for nanobubble size and concentration. This section pinpoints the technology clusters and dominant patent themes shaping the next generation of nanobubble innovations.

トッププレイヤーセクション
The top player section offers insights into leading organizations in nanobubble innovation, such as Moleaer Inc., Ebara Corp., Mazzei Injector Company LLC, Idec Co. Ltd., and Osaka Gas Co. Ltd. Each player is profiled by patent holdings, technology focus, and market reach. For instance, Moleaer Inc. leads in nanobubble generation and application systems for agriculture and water treatment, while Ebara Corp. emphasizes high-efficiency generators and integration with environmental engineering solutions. The report also maps collaboration networks among key players, showing how strategic alliances and research partnerships are accelerating innovation and expanding market presence.

Overall, the report provides a comprehensive view of the nanobubbles industry—from patent and market trends to competitive dynamics and technological priorities. Each section interlinks to present a cohesive understanding of the state and future direction of nanobubble science and commercialization. By blending patent data, market insights, and in-depth analysis of key technologies and players, the report functions as an essential guide for stakeholders in R&D, policy-making, and investment who aim to leverage advancements in nanobubbles for market success.

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