サマリー
このレポートでは、主要な抗菌技術について深く掘り下げています。各抗菌技術の作用メカニズムを説明し、抗菌技術の商品化を行っている各企業の有効性の主張を比較しています。
主な掲載内容（目次より抜粋）
-
全体概要および結論
-
はじめに
-
材料・技術
-
アプリケーション
-
規則
Report Details
The COVID-19 pandemic has been one of the world's worst public health emergencies in living memory and has affected all aspects of life around the world. The pandemic has also propelled awareness of antimicrobial technology and antimicrobial products to new heights. Players in the antimicrobial technology market are developing antimicrobial additives and antimicrobial coatings to meet unprecedented demand for new antimicrobial products, with industry players seeing double-, triple-, or even quadruple-digit growth.
What are antimicrobial technologies?
Antimicrobial technologies, as covered in this IDTechEx report, refers to antimicrobial additives and antimicrobial coatings that decrease or even eliminate the activity of microorganisms, including bacteria, virus, and fungi. While regular cleaning can remove and kill the microorganisms present on a surface, antimicrobial technologies offer continuous protection between cleans.
But even before the COVID-19 pandemic, antimicrobial technologies have been saving lives and money across a broad number of sectors. A key driver for the use of antimicrobial technologies is their ability to address hospital-acquired infections (or healthcare-associated infections). When used in healthcare facilities such as hospitals, antimicrobial technologies have been demonstrated to significantly decrease the rates of infection. By doing so, thousands if not tens of thousands of deaths can be prevented, and billions of dollars can be saved.
There are many opportunities beyond the healthcare sector, including food, agriculture, aquaculture, construction (including HVAC systems), and public settings. The use of antimicrobial paints, antimicrobial coatings and antimicrobial additives in the built environment can not only extend the lifetime of the protected product, but also indirectly improve human health through addressing indoor air quality. Antimicrobial textiles can provide anti-odour effect to clothing, curtains, carpets, and soft furnishings. With the world moving against the prophylactic use of antibiotics in agriculture, antimicrobial companies are beginning to fill in the gap. And now, the COVID-19 pandemic has shed light on the importance of cleaning high-touch surfaces in public settings, and the role of antimicrobial technologies in providing safe environments for people in a post-pandemic world.
What is in this report?
This report takes a deep dive into key antimicrobial technologies. The mechanism of action of each antimicrobial technology is explained and a comparison of efficacy claims from companies commercializing antimicrobial technologies is provided. Profiles of both major and emerging players, including primary interviews, are included in the report.
The key antimicrobial technologies covered in the report are:
-
Silver, including silver chloride, silver zeolite, silver nanoparticles
-
Copper, including copper oxide and copper nanoparticles
-
Zinc, including zinc oxide and zinc pyrithione
-
Silane quaternary ammonium compounds
-
Titanium dioxide
The report also highlights a further 10 antimicrobial technologies either commercialized or in development, including new materials, innovative methods to stabilize and localize traditional disinfectants, biomimetic technologies such as surface patterning techniques, and antimicrobials derived from nature, such as enzymes, peptides, and dyes.
IDTechEx have identified over 100 companies that are actively developing antimicrobial technologies and products, including over 60 companies focused entirely in this area. Discussion on market sizing, market outlook, market forecast, and the effect of the COVID-19 pandemic are also included in the report.
Why is this important?
The information provided in this report will be helpful to those seeking to follow this rising antimicrobial trend by clarifying considerations in developing antimicrobial technology. While technologies may appear similar at first glance, the pandemic is driving a rise in companies looking to make quick wins by operating in grey areas. With public awareness at an all-time high, now is the time to develop environmentally responsible, sustainable, effective, and future-proof antimicrobial products. Antimicrobial technologies have significant potential beyond exiting the COVID-19 pandemic safely, but can also bring about worse problems when used incorrectly.
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目次
|
1. |
EXECUTIVE SUMMARY& CONCLUSIONS |
|
1.1. |
Antimicrobial Technology Market: Scope of the Report |
|
1.2. |
Microorganisms are Everywhere |
|
1.3. |
Key Driver: COVID-19 |
|
1.4. |
Key Driver: Hospital Acquired Infections |
|
1.5. |
Key Driver: Antimicrobial Resistance |
|
1.6. |
Antimicrobial Technology Market: Players |
|
1.7. |
Antimicrobial Technology Players: By Technology |
|
1.8. |
Summary of Key Antimicrobial Technologies |
|
1.9. |
Environmental Considerations of Antimicrobial Technologies |
|
1.10. |
Antimicrobial Technology and Antibiotic Resistance |
|
1.11. |
Technology Conclusions and Outlook |
|
1.12. |
Antimicrobial Technology Players: By Size and Year Founded |
|
1.13. |
Key Applications of Antimicrobial Technologies |
|
1.14. |
Antimicrobial Technology Market |
|
1.15. |
Antimicrobial Technology Market: Effect of COVID-19 |
|
1.16. |
Antimicrobial Technology Market Size in 2020 |
|
1.17. |
Antimicrobial Technology Market Outlook |
|
1.18. |
Antimicrobial Technology Market Forecast 2021-2031 |
|
2. |
INTRODUCTION |
|
2.1. |
Scope of the Report |
|
2.2. |
Microorganisms are Everywhere |
|
2.3. |
Bacteria |
|
2.4. |
Bacteria: Biology |
|
2.5. |
Bacteria: Biofilm |
|
2.6. |
Mold and Mildew |
|
2.7. |
Virus |
|
2.8. |
Key Driver: COVID-19 |
|
2.9. |
Key Driver: Hospital Acquired Infections |
|
2.10. |
Key Driver: Antimicrobial Resistance |
|
2.11. |
Ideal Antimicrobial Technology |
|
3. |
MATERIALS AND TECHNOLOGIES |
|
3.1.1. |
Techniques to Control Microorganisms |
|
3.1.2. |
Mechanisms of Action |
|
3.1.3. |
Substrates |
|
3.1.4. |
Metals |
|
3.2. |
Silver |
|
3.2.1. |
Silver: Mechanism of Action |
|
3.2.2. |
Silver: Efficacy |
|
3.2.3. |
Silver: Effect of Moisture |
|
3.2.4. |
Silver: Environmental Concerns |
|
3.2.5. |
Silver: Potential for Resistance |
|
3.2.6. |
Silver: SWOT Analysis |
|
3.2.7. |
Silver: Players |
|
3.2.8. |
Addmaster: Biomaster |
|
3.2.9. |
Applied Silver: SilvaClean |
|
3.2.10. |
Applied Silver: SilvaClean |
|
3.2.11. |
AST Products: RepelaCOAT |
|
3.2.12. |
Covalon: CovaClear, CovaCoat, and more |
|
3.2.13. |
DuPont: SILVADUR |
|
3.2.14. |
HeiQ: HeiQ Pure, HeiQ Viroblock |
|
3.2.15. |
Inhibit Coatings |
|
3.2.16. |
Innovotech: InnovoSIL and Agress |
|
3.2.17. |
Microban: SilverShield |
|
3.2.18. |
Noble Biomaterials: Ionic+ |
|
3.2.19. |
PURE Bioscience: PURE Hard Surface |
|
3.2.20. |
Sanitized |
|
3.2.21. |
Sciessent: Agion |
|
3.2.22. |
Sciessent: Agion for Medical |
|
3.3. |
Copper |
|
3.3.1. |
Copper: Mechanism of Action |
|
3.3.2. |
Copper: Efficacy |
|
3.3.3. |
Copper: Potential for Resistance |
|
3.3.4. |
Copper: Comparison with Silver |
|
3.3.5. |
Copper: SWOT Analysis |
|
3.3.6. |
Copper: Players |
|
3.3.7. |
Aereus Technologies: CuVerro Shield |
|
3.3.8. |
CleanCU: K COPPER PLUS |
|
3.3.9. |
Copptech |
|
3.3.10. |
Cupron |
|
3.3.11. |
Nanosafe Solutions: AqCure and NSafe+ |
|
3.3.12. |
Antimicrobial Copper |
|
3.4. |
Zinc |
|
3.4.1. |
Zinc: Mechanism of Action |
|
3.4.2. |
Zinc: Efficacy |
|
3.4.3. |
Zinc: Potential for Resistance |
|
3.4.4. |
Zinc: SWOT Analysis |
|
3.4.5. |
Zinc: Players |
|
3.4.6. |
Ascend Performance Materials: Acteev Protect |
|
3.4.7. |
Microban: ZPTech |
|
3.4.8. |
Thomson Research Associates: Ultra-Fresh |
|
3.4.9. |
Parx Materials |
|
3.4.10. |
Sonovia |
|
3.5. |
Silane Quaternary Ammonium Compounds (Silane Quat) |
|
3.5.1. |
Silane Quat: Mechanism of Action |
|
3.5.2. |
Silane Quat: Efficacy |
|
3.5.3. |
Silane Quat: SWOT Analysis |
|
3.5.4. |
Silane Quat: Players |
|
3.5.5. |
Goldshield Technologies: GS5 and GS75 |
|
3.5.6. |
Microban: AEGIS MicrobeShield |
|
3.6. |
Titanium Dioxide |
|
3.6.1. |
Titanium Dioxide: Mechanism of Action |
|
3.6.2. |
Titanium Dioxide: Efficacy |
|
3.6.3. |
Titanium Dioxide: SWOT Analysis |
|
3.6.4. |
Titanium Dioxide: Players |
|
3.6.5. |
Kastus |
|
3.7. |
Others |
|
3.7.1. |
Other Antimicrobial Technologies |
|
3.7.2. |
PolyDADMAC |
|
3.7.3. |
Quick-Med Technologies: Nimbus |
|
3.7.4. |
Polyhexamethylene biguanide (PHMB) |
|
3.7.5. |
BioInteractions: AvertPlus |
|
3.7.6. |
Calcium Hydroxide |
|
3.7.7. |
Alistagen: Caliwel |
|
3.7.8. |
Hydrogen Peroxide: Quick-Med Technologies |
|
3.7.9. |
Photosensitizing Chemicals |
|
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Summary
このレポートでは、主要な抗菌技術について深く掘り下げています。各抗菌技術の作用メカニズムを説明し、抗菌技術の商品化を行っている各企業の有効性の主張を比較しています。
主な掲載内容（目次より抜粋）
-
全体概要および結論
-
はじめに
-
材料・技術
-
アプリケーション
-
規則
Report Details
The COVID-19 pandemic has been one of the world's worst public health emergencies in living memory and has affected all aspects of life around the world. The pandemic has also propelled awareness of antimicrobial technology and antimicrobial products to new heights. Players in the antimicrobial technology market are developing antimicrobial additives and antimicrobial coatings to meet unprecedented demand for new antimicrobial products, with industry players seeing double-, triple-, or even quadruple-digit growth.
What are antimicrobial technologies?
Antimicrobial technologies, as covered in this IDTechEx report, refers to antimicrobial additives and antimicrobial coatings that decrease or even eliminate the activity of microorganisms, including bacteria, virus, and fungi. While regular cleaning can remove and kill the microorganisms present on a surface, antimicrobial technologies offer continuous protection between cleans.
But even before the COVID-19 pandemic, antimicrobial technologies have been saving lives and money across a broad number of sectors. A key driver for the use of antimicrobial technologies is their ability to address hospital-acquired infections (or healthcare-associated infections). When used in healthcare facilities such as hospitals, antimicrobial technologies have been demonstrated to significantly decrease the rates of infection. By doing so, thousands if not tens of thousands of deaths can be prevented, and billions of dollars can be saved.
There are many opportunities beyond the healthcare sector, including food, agriculture, aquaculture, construction (including HVAC systems), and public settings. The use of antimicrobial paints, antimicrobial coatings and antimicrobial additives in the built environment can not only extend the lifetime of the protected product, but also indirectly improve human health through addressing indoor air quality. Antimicrobial textiles can provide anti-odour effect to clothing, curtains, carpets, and soft furnishings. With the world moving against the prophylactic use of antibiotics in agriculture, antimicrobial companies are beginning to fill in the gap. And now, the COVID-19 pandemic has shed light on the importance of cleaning high-touch surfaces in public settings, and the role of antimicrobial technologies in providing safe environments for people in a post-pandemic world.
What is in this report?
This report takes a deep dive into key antimicrobial technologies. The mechanism of action of each antimicrobial technology is explained and a comparison of efficacy claims from companies commercializing antimicrobial technologies is provided. Profiles of both major and emerging players, including primary interviews, are included in the report.
The key antimicrobial technologies covered in the report are:
-
Silver, including silver chloride, silver zeolite, silver nanoparticles
-
Copper, including copper oxide and copper nanoparticles
-
Zinc, including zinc oxide and zinc pyrithione
-
Silane quaternary ammonium compounds
-
Titanium dioxide
The report also highlights a further 10 antimicrobial technologies either commercialized or in development, including new materials, innovative methods to stabilize and localize traditional disinfectants, biomimetic technologies such as surface patterning techniques, and antimicrobials derived from nature, such as enzymes, peptides, and dyes.
IDTechEx have identified over 100 companies that are actively developing antimicrobial technologies and products, including over 60 companies focused entirely in this area. Discussion on market sizing, market outlook, market forecast, and the effect of the COVID-19 pandemic are also included in the report.
Why is this important?
The information provided in this report will be helpful to those seeking to follow this rising antimicrobial trend by clarifying considerations in developing antimicrobial technology. While technologies may appear similar at first glance, the pandemic is driving a rise in companies looking to make quick wins by operating in grey areas. With public awareness at an all-time high, now is the time to develop environmentally responsible, sustainable, effective, and future-proof antimicrobial products. Antimicrobial technologies have significant potential beyond exiting the COVID-19 pandemic safely, but can also bring about worse problems when used incorrectly.
ページTOPに戻る
Table of Contents
|
1. |
EXECUTIVE SUMMARY& CONCLUSIONS |
|
1.1. |
Antimicrobial Technology Market: Scope of the Report |
|
1.2. |
Microorganisms are Everywhere |
|
1.3. |
Key Driver: COVID-19 |
|
1.4. |
Key Driver: Hospital Acquired Infections |
|
1.5. |
Key Driver: Antimicrobial Resistance |
|
1.6. |
Antimicrobial Technology Market: Players |
|
1.7. |
Antimicrobial Technology Players: By Technology |
|
1.8. |
Summary of Key Antimicrobial Technologies |
|
1.9. |
Environmental Considerations of Antimicrobial Technologies |
|
1.10. |
Antimicrobial Technology and Antibiotic Resistance |
|
1.11. |
Technology Conclusions and Outlook |
|
1.12. |
Antimicrobial Technology Players: By Size and Year Founded |
|
1.13. |
Key Applications of Antimicrobial Technologies |
|
1.14. |
Antimicrobial Technology Market |
|
1.15. |
Antimicrobial Technology Market: Effect of COVID-19 |
|
1.16. |
Antimicrobial Technology Market Size in 2020 |
|
1.17. |
Antimicrobial Technology Market Outlook |
|
1.18. |
Antimicrobial Technology Market Forecast 2021-2031 |
|
2. |
INTRODUCTION |
|
2.1. |
Scope of the Report |
|
2.2. |
Microorganisms are Everywhere |
|
2.3. |
Bacteria |
|
2.4. |
Bacteria: Biology |
|
2.5. |
Bacteria: Biofilm |
|
2.6. |
Mold and Mildew |
|
2.7. |
Virus |
|
2.8. |
Key Driver: COVID-19 |
|
2.9. |
Key Driver: Hospital Acquired Infections |
|
2.10. |
Key Driver: Antimicrobial Resistance |
|
2.11. |
Ideal Antimicrobial Technology |
|
3. |
MATERIALS AND TECHNOLOGIES |
|
3.1.1. |
Techniques to Control Microorganisms |
|
3.1.2. |
Mechanisms of Action |
|
3.1.3. |
Substrates |
|
3.1.4. |
Metals |
|
3.2. |
Silver |
|
3.2.1. |
Silver: Mechanism of Action |
|
3.2.2. |
Silver: Efficacy |
|
3.2.3. |
Silver: Effect of Moisture |
|
3.2.4. |
Silver: Environmental Concerns |
|
3.2.5. |
Silver: Potential for Resistance |
|
3.2.6. |
Silver: SWOT Analysis |
|
3.2.7. |
Silver: Players |
|
3.2.8. |
Addmaster: Biomaster |
|
3.2.9. |
Applied Silver: SilvaClean |
|
3.2.10. |
Applied Silver: SilvaClean |
|
3.2.11. |
AST Products: RepelaCOAT |
|
3.2.12. |
Covalon: CovaClear, CovaCoat, and more |
|
3.2.13. |
DuPont: SILVADUR |
|
3.2.14. |
HeiQ: HeiQ Pure, HeiQ Viroblock |
|
3.2.15. |
Inhibit Coatings |
|
3.2.16. |
Innovotech: InnovoSIL and Agress |
|
3.2.17. |
Microban: SilverShield |
|
3.2.18. |
Noble Biomaterials: Ionic+ |
|
3.2.19. |
PURE Bioscience: PURE Hard Surface |
|
3.2.20. |
Sanitized |
|
3.2.21. |
Sciessent: Agion |
|
3.2.22. |
Sciessent: Agion for Medical |
|
3.3. |
Copper |
|
3.3.1. |
Copper: Mechanism of Action |
|
3.3.2. |
Copper: Efficacy |
|
3.3.3. |
Copper: Potential for Resistance |
|
3.3.4. |
Copper: Comparison with Silver |
|
3.3.5. |
Copper: SWOT Analysis |
|
3.3.6. |
Copper: Players |
|
3.3.7. |
Aereus Technologies: CuVerro Shield |
|
3.3.8. |
CleanCU: K COPPER PLUS |
|
3.3.9. |
Copptech |
|
3.3.10. |
Cupron |
|
3.3.11. |
Nanosafe Solutions: AqCure and NSafe+ |
|
3.3.12. |
Antimicrobial Copper |
|
3.4. |
Zinc |
|
3.4.1. |
Zinc: Mechanism of Action |
|
3.4.2. |
Zinc: Efficacy |
|
3.4.3. |
Zinc: Potential for Resistance |
|
3.4.4. |
Zinc: SWOT Analysis |
|
3.4.5. |
Zinc: Players |
|
3.4.6. |
Ascend Performance Materials: Acteev Protect |
|
3.4.7. |
Microban: ZPTech |
|
3.4.8. |
Thomson Research Associates: Ultra-Fresh |
|
3.4.9. |
Parx Materials |
|
3.4.10. |
Sonovia |
|
3.5. |
Silane Quaternary Ammonium Compounds (Silane Quat) |
|
3.5.1. |
Silane Quat: Mechanism of Action |
|
3.5.2. |
Silane Quat: Efficacy |
|
3.5.3. |
Silane Quat: SWOT Analysis |
|
3.5.4. |
Silane Quat: Players |
|
3.5.5. |
Goldshield Technologies: GS5 and GS75 |
|
3.5.6. |
Microban: AEGIS MicrobeShield |
|
3.6. |
Titanium Dioxide |
|
3.6.1. |
Titanium Dioxide: Mechanism of Action |
|
3.6.2. |
Titanium Dioxide: Efficacy |
|
3.6.3. |
Titanium Dioxide: SWOT Analysis |
|
3.6.4. |
Titanium Dioxide: Players |
|
3.6.5. |
Kastus |
|
3.7. |
Others |
|
3.7.1. |
Other Antimicrobial Technologies |
|
3.7.2. |
PolyDADMAC |
|
3.7.3. |
Quick-Med Technologies: Nimbus |
|
3.7.4. |
Polyhexamethylene biguanide (PHMB) |
|
3.7.5. |
BioInteractions: AvertPlus |
|
3.7.6. |
Calcium Hydroxide |
|
3.7.7. |
Alistagen: Caliwel |
|
3.7.8. |
Hydrogen Peroxide: Quick-Med Technologies |
|
3.7.9. |
Photosensitizing Chemicals |
|
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