2021 Membrane and Filtration Research Review

Best Price Guarantee	Length	Publisher	Published Date	SKU
from $3,000	411 Pages	BCC Research	March, 2022	WA17050029

Best Price Guarantee
Price	from $3,000
Length	411 Pages
Publisher	BCC Research
Published Date	March, 2022
SKU	WA17050029

2021 Membrane and Filtration Research Review

Report Scope:

This 2021 Research Review of membrane and filtration features a sampling of the quantitative market information, analysis, and guidance that BCC Research has, since its inception in 1971, been providing to help readers make informed business decisions. It includes highlights of the following reports published by BCC Research in 2021 and early 2022 -
- MST036E Advanced Technologies for Municipal Water Treatment.
- MST051D Global Markets and Technologies for Water Recycling and Reuse.
- AVM043J Nonwoven Filter Media: Global Markets.
- MST044F Ultrafiltration Membranes: Technologies and Global Markets.

Reason for Studying Advanced Technologies for Municipal Water Treatment
- The reasons behind considering “Advanced Technologies for Municipal Water Treatment” in this review paper are -
- To understand various types of filtration technologies used for municipal water treatment.
- To analyze the future trends of current technologies and to highlight the new technologies that have yet to be launched in the market.

Reason for Studying Global Markets and Technologies for Water Recycling and Reuse
- The reasons behind considering “Water Recycling and Reuse Technologies” in this review paper are -
- To summarize existing wastewater recycling and reuse technologies and to highlight the upcoming technologies that are under the development phase now.
- To present an overview of the developers of these technologies and highlight their stake in and contribution to the industry.

Reason for Studying Nonwoven Filter Media
- The reasons behind considering “Nonwoven Filter Media” in this review paper are -
- To understand the existing nonwoven filter media, their types and their usage in different applications.
- To understand the impact of COVID-19 on the market.
- To analyze the pricing of different types of nonwoven filter media present in the market.

Reason for Studying Ultrafiltration Membranes
- The reasons behind considering “Ultrafiltration Membranes” in this review paper are -
- To understand various technologies used in ultrafiltration membranes.
- To analyze the future trends of ultrafiltration membranes.
- To provide an in-depth analysis and comparison of various types of membranes and specifications of ultrafiltration membranes.

Report Highlights:

- The global market for advanced municipal water treatment technologies is estimated to grow from $13.7 billion in 2021 to reach $20.5 billion by 2026, at a compound annual growth rate (CAGR) of 8.4% during the forecast period of 2021-2026.
- The global market for wastewater recycling and reuse technologies is estimated to grow from $21.3 billion in 2021 to reach $40.5 billion by 2026, at a CAGR of 13.8% during the forecast period of 2021-2026.
- The global market for nonwoven filter media is estimated to grow from $5.7 billion in 2021 to reach $7.2 billion by 2026, at a CAGR of 4.9% during the forecast period of 2021-2026.

Chapter 1 Foreword: Foreword
Chapter 2 Advanced Technologies for Municipal Water Treatment (MST036E): Introduction; Market Definition; Study Goals and Objectives; Reasons for Doing This Study; Scope of Report; Intended Audience; Methodology; Geographic Breakdown; What's New in This Update?; Related BCC Research Reports; Summary and Highlights; Market Overview; History of Drinking Water Treatment; Overview of Advanced Municipal Water Treatment Technologies; Market Dynamics; Regulatory Landscape; Impact of COVID-19; U.S. Market for Municipal Water Treatment; Introduction; Drinking Water Infrastructure Needs Survey and Assessment; Federal Investment in Clean Water; Water Availability and Usage in the U.S.; Public Water Supply; Climate Change; Potable Water Cost; Water Reuse; U.S. Market Breakdown, by Type of Filtration Technology; Overview; Membrane Filtration (Non-MBR); Microfiltration Membrane Bioreactors (MBRs); U.S. Market Breakdown, by Type of Disinfection System; Overview; Ozone; Ultraviolet Light; Novel Disinfection Technologies; Global Market for Advanced Technologies for Municipal Water Treatment, by Region; Overview; North America; Europe; Asia-Pacific; Rest of the World
Chapter 3 Global Markets and Technologies for Water Recycling and Reuse (MST051D): Introduction; Study Goals and Objectives; Reasons for Doing This Study; Scope of Report; Intended Audience; Methodology; Geographic Breakdown; Summary and Highlights; Market Overview; Introduction; Global Water Supply; Water Shortages and Drought; Water Supply Sources; Global Water Demand; Global Wastewater Production and Treatment; Human Health Effects of Wastewater Discharge; Global Wastewater Reuse and Recycling; End Uses and Benefits of Wastewater Recycling and Reuse; Drawbacks to Wastewater Recycling and Reuse; Relevant Emerging Techniques and Their Potential for Market Readiness; Impact of COVID-19 on the Global Market for Wastewater Recycling and Reuse Technologies; Global Market for Wastewater Recycling and Reuse Technologies, by Type; Overview; Agricultural and Nonpotable Municipal and Industrial (M&I) Reuse; Direct and Indirect Potable Reuse and Environmental Reuse; Global Market for Wastewater Recycling and Reuse Technologies, by Sector; Overview; Municipal; Industrial; Global Market for Wastewater Recycling and Reuse, by Technology; Overview; Conventional Treatment Technologies; Membrane Filtration Technologies; Membrane Bioreactor Technologies; Chemical Treatments and Disinfection Technologies; Demineralization Technologies; Global Market for Wastewater Recycling and Reuse Technologies, by End Use; Overview; Agricultural Reuse; Discharge to Surface Water or Groundwater; Municipal and Industrial Nonpotable Reuse; Direct Potable Reuse
Chapter 4 Nonwoven Filter Media: Global Markets (AVM043J): Introduction; Study Goals and Objectives; Reasons for Doing This Study; What's New in This Report?; Scope of Report; Methodology; Intended Audience; Geographic Breakdown; Summary and Highlights; Primary Respondents; Primary Insights from a Few Respondents; Market Overview; Development of Nonwoven Materials; Definition of Nonwovens; Nonwoven Functionality; Nonwoven Products; Raw Materials: Fibers and Polymers; Types of Fibers; Nonwovens Approaching Membrane Efficiency; Industry Structure and Technological Trends; Industry Trends; Customer Landscape; Commodity and Specialized Markets; Market Drivers; Competitive Strategies Used in the Nonwoven Filter Media Industry; Volume and Pricing Analysis; Pricing Analysis; Volume Analysis; Nonwoven Filter Media Market, by Type; Overview; Depth Filter; Surface Filters; Nonwoven Filter Media Market, by Application; Overview; Water Filtration; Transportation; Healthcare; HVAC; Food Processing; Industrial Manufacturing; Oil & Gas; Electronics; Others
Chapter 5 Ultrafiltration Membranes: Technologies and Global Markets (MST044F): Introduction; Study Goals and Objectives; Reasons for Doing This Study; What's New in this Update?; Scope of Report; Methodology; Geographic Breakdown; Summary and Highlights; Market Overview; Ultrafiltration Membrane; History of Ultrafiltration; Ultrafiltration and Other Membrane Processes; Contrasting Separation and Disinfection with Reference to Ultraviolet Disinfection; How UV Works?; Impact of the Coronavirus on the Global Economy; Conclusion; Market Dynamics; Drivers; Challenges; Opportunities; Restraints; Ultrafiltration Membrane Market, by Material Type; Introduction; Ceramics; Polymeric; Ultrafiltration Membrane Market, by Membrane Type; Introduction; Hollow Fiber; Flat Sheet; Spiral-wound; Tubular; Ultrafiltration Membrane Market, by Application; Introduction; Hemodialysis; Industrial Processes; Food and Beverage; Potable Water; Biopharmaceuticals; Wastewater
List of Tables: Table 1: Global Market for Advanced Municipal Water Treatment Technologies, by Region, Through 2026; Table 2: ETV Drinking Water Systems Evaluations, 1999-2014; Table 3: Comparison of Disinfection Methods; Table 4: Cost of Converting to Non-chlorine Alternatives at Municipal Drinking Water Plants; Table 5: Share of U.S. Population on Public Water Supply Using Water Treated with Chloramination, 2019; Table 6: Average Cost of Water and Wastewater Treatment; Table 7: New Water Infrastructure Expansion/Upgradation Projects in the U.S.; Table 8: SDWA Contaminant Regulation Timeline, 1975-2020; Table 9: National Secondary Drinking Water Regulations; Table 10: Total 20-Year Need, by System Size, System Type, and Project Type, January 2015; Table 11: Trends in U.S. Water Use, Through 2015; Table 12: Percentage Increase in the Price at the 50-Gallons-per-Day Level in Drinking Water for Different U.S. Cities, 2018-2019; Table 13: U.S. Market for Filtration Technology for Municipal Water Treatment, by Type of Filtration Technology, Through 2026; Table 14: U.S. Market for Membrane Filtration Technology for Municipal Water Treatment, by Filtration Technology, Through 2026; Table 15: U.S. Market for MBRs for Municipal Water Treatment, Through 2026; Table 16: U.S. Market for Advanced Disinfection Systems for Municipal Water Treatment, by Type, Through 2026; Table 17: U.S. Market for Ozone Disinfection Systems for Municipal Water Treatment, Through 2026; Table 18: U.S. Market for UV Disinfection Systems for Municipal Water Treatment, Through 2026; Table 19: U.S. Market for Novel Disinfection Systems for Municipal Water Treatment, by Disinfectant Type, Through 2026; Table 20: Global Market for Advanced Technologies for Municipal Water Treatment, by Region, Through 2026; Table 21: Global Market for Advanced Technologies for Municipal Water Treatment, by Technology Type, Through 2026; Table 22: Global Market for Filtration Technology for Municipal Water Treatment, by Type, Through 2026; Table 23: Global Market for Membrane Filtration for Municipal Water Treatment, by Filtration Technology, Through 2026; Table 24: Global Market for Advanced Disinfection Systems for Municipal Water Treatment, by Type, Through 2026; Table 25: North American Market for Advanced Technologies for Municipal Water Treatment, by Country, Through 2026; Table 26: North American Market for Advanced Technologies for Municipal Water Treatment, by Technology Type, Through 2026; Table 27: North American Market for Filtration Technology for Municipal Water Treatment, by Type, Through 2026; Table 28: North American Market for Membrane Filtration for Municipal Water Treatment, by Filtration Technology, Through 2026; Table 29: North American Market for Advanced Disinfection Systems for Municipal Water Treatment, by Type, Through 2026; Table 30: European Market for Advanced Technologies for Municipal Water Treatment, by Country, Through 2026; Table 31: European Market for Advanced Technologies for Municipal Water Treatment, by Technology Type, Through 2026; Table 32: European Market for Filtration Technology for Municipal Water Treatment, by Type, Through 2026; Table 33: European Market for Membrane Filtration for Municipal Water Treatment, by Filtration Technology, Through 2026; Table 34: European Market for Advanced Disinfection Systems for Municipal Water Treatment, by Type, Through 2026; Table 35: Asia-Pacific Market for Advanced Technologies for Municipal Water Treatment, by Country, Through 2026; Table 36: Asia-Pacific Market for Advanced Technologies for Municipal Water Treatment, by Technology Type, Through 2026; Table 37: Asia-Pacific Market for Filtration Technology for Municipal Water Treatment, by Type, Through 2026; Table 38: Asia-Pacific Market for Membrane Filtration for Municipal Water Treatment, by Filtration Technology, Through 2026; Table 39: Asia-Pacific Market for Advanced Disinfection Systems for Municipal Water Treatment, by Type, Through 2026; Table 40: RoW Market for Advanced Technologies for Municipal Water Treatment, by Sub-Region, Through 2026; Table 41: RoW Market for Advanced Technologies for Municipal Water Treatment, by Technology Type, Through 2026; Table 42: RoW Market for Filtration Technology for Municipal Water Treatment, by Type, Through 2026; Table 43: RoW Market for Membrane Filtration for Municipal Water Treatment, by Filtration Technology, Through 2026; Table 44: RoW Market for Advanced Disinfection Systems for Municipal Water Treatment, by Type, Through 2026; Table 45: Global Market for Wastewater Recycling and Reuse Technologies, by Region, Through 2026; Table 46: Countries with High Rates of Wastewater Treatment, 2016-2019; Table 47: Wastewater Recycling and Reuse End Uses Considered in this Report; Table 48: FAO Guidelines for the Agricultural Reuse of Treated Water; Table 49: Comparison between IPR and DPR; Table 50: Common Wastewater Constituents Targeted for Measurement, Removal and Inactivation; Table 51: Conventional Primary Wastewater Treatment Methods; Table 52: Conventional Secondary Wastewater Treatment Methods; Table 53: Conventional Tertiary Wastewater Treatment Methods; Table 54: Wastewater Recycling and Reuse Technologies Considered in this Report; Table 55: Membrane Filtration Size Categories; Table 56: Common Chemical Treatment Applications; Table 57: Advanced Treatment Technologies for Direct Potable Reuse; Table 58: Select Emerging Technologies Relevant to Wastewater Recycling and Reuse; Table 59: Global Market for Wastewater Recycling and Reuse Technologies, by Type, Through 2026; Table 60: Global Market for Wastewater Recycling and Reuse Technologies in the Agricultural and Nonpotable M&I Reuse Segment, by Region, Through 2026; Table 61: Global Market for Wastewater Recycling and Reuse Technologies in the Direct and Indirect Potable Reuse and Environmental Reuse Segment, by Region, Through 2026; Table 62: Global Annual Increase in Incremental Treatment Capacity in Wastewater Recycling and Reuse, by Sector, Through 2026; Table 63: Global Market for Wastewater Recycling and Reuse Technologies, by Sector, Through 2026; Table 64: Global Increase in Annual Incremental Treatment Capacity in Municipal Wastewater Recycling and Reuse, by Region, Through 2026; Table 65: Global Market for Municipal Wastewater Recycling and Reuse Technologies, by Region, Through 2026; Table 66: Global Increase in Annual Incremental Treatment Capacity in Industrial Wastewater Recycling and Reuse, by Region, Through 2026; Table 67: Global Market for Industrial Wastewater Recycling and Reuse Technologies, by Region, Through 2026; Table 68: Global Market for Wastewater Recycling and Reuse, by Technology, Through 2026; Table 69: Global Market for Conventional Treatment Technologies in Wastewater Recycling and Reuse, by Region, Through 2026; Table 70: Global Market for Membrane Filtration Technologies* in Wastewater Recycling and Reuse, by Region, Through 2026; Table 71: Global Market for Membrane Bioreactor Technologies* in Wastewater Recycling and Reuse, by Region, Through 2026; Table 72: Global Market for Chemical Treatment and Disinfection Technologies in Wastewater Recycling and Reuse, by Region, Through 2026; Table 73: Global Market for Demineralization Technologies in Wastewater Recycling and Reuse, by Region, Through 2026; Table 74: Global Market Volumes of Wastewater Recycling and Reuse Technologies, by End Use, Through 2026; Table 75: Global Market for Wastewater Recycling and Reuse Technologies, by End Use, Through 2026; Table 76: Global Market Volumes of Wastewater Recycling and Reuse in Agricultural Reuse, by Region, Through 2026; Table 77: Global Market for Wastewater Recycling and Reuse Technologies in Agricultural Reuse, by Region, Through 2026; Table 78: Global Market Volumes of Wastewater Recycling and Reuse in Discharge to Surface Water or Groundwater End Uses, by Region, Through 2026; Table 79: Global Market for Wastewater Recycling and Reuse Technologies in Discharge to Surface Water or Groundwater End Uses, by Region, Through 2026; Table 80: Global Market Volumes of Wastewater Recycling and Reuse Technologies in Municipal and Industrial Nonpotable Reuse, by Region, Through 2026; Table 81: Global Market for Wastewater Recycling and Reuse Technologies in Municipal and Industrial Nonpotable Reuse, by Region, Through 2026; Table 82: Global Market Volumes of Wastewater Recycling and Reuse Technologies in Direct Potable Reuse, by Region, Through 2026; Table 83: Global Market for Wastewater Recycling and Reuse Technologies in Direct Potable Reuse, by Region, Through 2026; Table 84: Global Market for Nonwoven Filter Media, by Application, Through 2026; Table 85: *List of Primary Respondents in the Nonwoven Filter Media Business; Table 86: Primary Insights; Table 87: Global Market for Nonwoven Filter Media, by Value and Volume, Through 2026; Table 88: Air Quality Index, November 2021; Table 89: Global Market Volume for Nonwoven Filter Media, Through 2026; Table 90: Global Market for Nonwoven Filter Media, by Type, Through 2026; Table 91: Global Market for Depth Filter Segment in the Nonwoven Filter Media, by Region, Through 2026; Table 92: Global Market for Surface Filter Segment in the Nonwoven Filter Media, by Region, Through 2026; Table 93: Global Market for Nonwoven Filter Media, by Application, Through 2026; Table 94: Global Market for Microfiltration Membranes, by Application, Through 2026; Table 95: Global Market for Ultrafiltration Membranes, by Application, Through 2026; Table 96: Global Market for Nanofiltration Membranes, by Application, Through 2026; Table 97: Global Market for Reverse Osmosis, by Application, Through 2026; Table 98: Global Market for Wastewater Recycling and Reuse, by Type, Through 2026; Table 99: Global Market for Membrane Bioreactor Technologies* for the Wastewater Recycling and Reuse, by Region, Through 2026; Table 100: Global Market for Industrial Category for the Wastewater Recycling and Reuse, by Region, Through 2026; Table 101: Global Market for Municipal Category for Wastewater Recycling and Reuse, by Region, Through 2026; Table 102: Global Market for Nonwoven Filter Media in Water Filtration, by Region, Through 2026; Table 103: Global Market for Nonwoven Filter Media in Water Filtration, by Manufacturing Process, Through 2026; Table 104: Global Market for Nonwoven Filter Media in Transportation, by Region, Through 2026; Table 105: Global Market for Nonwoven Filter Media in Transportation, by Manufacturing Process, Through 2026; Table 106: Global Market for Bioprocess Filtration, by Product Type, Through 2026; Table 107: Global Pharmaceutical Company Rankings, 2019 and 2020; Table 108: Average Size of Common Contaminants in Hospital Air; Table 109: Characteristics of Nonwoven Filter Media in Hospital Air Filtration Applications; Table 110: HEPA and ULPA Filter Classes According to the EN 1822:2009 Standard; Table 111: Global Market for Nonwoven Filter Media in Healthcare, by Region, Through 2026; Table 112: Global Market for Nonwoven Filter Media in Healthcare, by Manufacturing Process, Through 2026; Table 113: Cost Comparison of Retail HVAC Filters; Table 114: Effectiveness and Annual Cost of Six HVAC Filters; Table 115: Global Market for Nonwoven Filter Media in HVAC, by Region, Through 2026; Table 116: Global Market for Nonwoven Filter Media in HVAC, by Manufacturing Process, Through 2026; Table 117: Typical Filtering Operations within a Food Processing Plant; Table 118: Global Market for Nonwoven Filter Media in Food Processing, by Region, Through 2026; Table 119: Global Market for Nonwoven Filter Media in Food Processing, by Manufacturing Process, Through 2026; Table 120: Typical Maximum Operating Temperatures and Weights of Fibers Employed in Media for High-Temperature Applications; Table 121: Survey of Common Airborne Contaminant Concentration and Sizes, by Type of Area; Table 122: Global Market for Nonwoven Filter Media in Industrial Manufacturing, by Region, Through 2026; Table 123: Global Market for Nonwoven Filter Media in Industrial Manufacturing, by Manufacturing Process, Through 2026; Table 124: Key Filtration Operations in Oil Refining; Table 125: Global Market for Nonwoven Filter Media in Oil & Gas, by Region, Through 2026; Table 126: Global Market for Nonwoven Filter Media in Oil & Gas, by Manufacturing Process, Through 2026; Table 127: Global Market for Nonwoven Filter Media in Electronics, by Region, Through 2026; Table 128: Global Market for Nonwoven Filter Media in Electronics, by Manufacturing Process, Through 2026; Table 129: Global Market for Nonwoven Filter Media in Other Applications, by Region, Through 2026; Table 130: Global Market for Nonwoven Filter Media in Other Applications, by Manufacturing Process, Through 2026; Table 131: Global Market for Ultrafiltration Membranes, by Application, Through 2026; Table 132: History of UF Membranes, 1907-2000; Table 133: Comparative Parameters of Membrane Processes; Table 134: Categories of UV light; Table 135: Global Market for UF Membranes, by Material Type, Through 2026; Table 136: Global Market Volumes of UF Membranes, by Material Type, Through 2026; Table 137: Global Market for Ceramic-based UF Membranes, by Region, Through 2026; Table 138: Global Market Volumes of Ceramic-based UF Membranes, by Region, Through 2026; Table 139: Global Market for Ceramic-based UF Membranes, by Application, Through 2026; Table 140: Global Market Volumes of Ceramic-based UF Membranes, by Application, Through 2026; Table 141: Global Market for Polymeric-based UF Membranes, by Region, Through 2026; Table 142: Global Market Volumes of Polymeric-based UF Membranes, by Region, Through 2026; Table 143: Global Market for Polymeric-based UF Membranes, by Application, Through 2026; Table 144: Global Market Volumes of Polymeric-based UF Membranes, by Application, Through 2026; Table 145: Global Market for UF Membranes, by Membrane Type, Through 2026; Table 146: Global Market for Hollow Fiber UF Membranes, by Region, Through 2026; Table 147: Global Market for Flat Sheet UF Membranes, by Region, Through 2026; Table 148: Global Market for Spiral-wound UF Membranes, by Region, Through 2026; Table 149: Global Market for Tubular UF Membranes, by Region, Through 2026
List of Figures: Figure 1: Global Market for Advanced Municipal Water Treatment Technologies, by Region, 2020-2026; Figure 2: Investment Cost of Converting to Non-chlorine Alternatives at Medium-Size Municipal Drinking Water Plants; Figure 3: Share of U.S. Population on Public Water Supply Using Water Treated with Chloramination, 2019; Figure 4: U.S. Population Growth, Projection and Trends, 2020-2060; Figure 5: Total 20-Year Need, by System Size, System Type, and Project Type, January 2015; Figure 6: Share of Total Regulatory Needs, by Microbial and Chemical Regulations, January 2015; Figure 7: U.S. Market for Filtration Technology for Advanced Municipal Water Treatment, by Type of Filtration Technology, 2020-2026; Figure 8: U.S. Market for Membrane Filtration Technology for Municipal Water Treatment, by Filtration Technology, 2020-2026; Figure 9: Comparison of Membrane Processes; Figure 10: U.S. Market for MBRs for Municipal Water Treatment, 2020-2026; Figure 11: U.S. Market for Advanced Disinfection Systems for Municipal Water Treatment, by Type, 2020-2026; Figure 12: U.S. Market for Ozone Disinfection Systems for Municipal Water Treatment, 2020-2026; Figure 13: U.S. Market for UV Disinfection Systems for Municipal Water Treatment, 2020-2026; Figure 14: U.S. Market for Novel Disinfection Systems for Municipal Water Treatment, by Disinfectant Type, 2020-2026; Figure 15: Global Market for Advanced Technologies for Municipal Water Treatment, by Region, 2020-2026; Figure 16: Global Market Shares of Advanced Technologies for Municipal Water Treatment, by Region, 2020; Figure 17: Global Market for Advanced Technologies for Municipal Water Treatment, by Technology Type, 2020-2026; Figure 18: Global Market Shares of Advanced Technologies for Municipal Water Treatment, by Technology Type, 2020; Figure 19: Global Market for Filtration Technology for Municipal Water Treatment, by Type, 2020-2026; Figure 20: Global Market for Membrane Filtration for Municipal Water Treatment, by Filtration Technology, 2020-2026; Figure 21: Global Market Shares of Membrane Filtration for Municipal Water Treatment, by Filtration Technology, 2020; Figure 22: Global Market for Advanced Disinfection Systems for Municipal Water Treatment, by Type, 2020-2026; Figure 23: Global Market Shares of Advanced Disinfection Systems for Municipal Water Treatment, by Type, 2020; Figure 24: North American Market for Advanced Technologies for Municipal Water Treatment, by Country, 2020-2026; Figure 25: North American Market Shares of Advanced Technologies for Municipal Water Treatment, by Country, 2020; Figure 26: North American Market for Advanced Technologies for Municipal Water Treatment, by Technology Type, 2020-2026; Figure 27: North American Market Shares of Advanced Technologies for Municipal Water Treatment, by Technology Type, 2020; Figure 28: North American Market for Filtration Technology for Municipal Water Treatment, by Type, 2020-2026; Figure 29: North American Market for Membrane Filtration for Municipal Water Treatment, by Filtration Technology, 2020-2026; Figure 30: North American Market Shares of Membrane Filtration for Municipal Water Treatment, by Filtration Technology, 2020; Figure 31: North American Market for Advanced Disinfection Systems for Municipal Water Treatment, by Type, 2020-2026; Figure 32: North American Market Shares of Advanced Disinfection Systems for Municipal Water Treatment, by Type, 2020; Figure 33: European Market for Advanced Technologies for Municipal Water Treatment, by Country, 2020-2026; Figure 34: European Market Shares of Advanced Technologies for Municipal Water Treatment, by Country, 2020; Figure 35: European Market for Advanced Technologies for Municipal Water Treatment, by Technology Type, 2020-2026; Figure 36: European Market Shares of Advanced Technologies for Municipal Water Treatment, by Technology Type, 2020; Figure 37: European Market for Filtration Technology for Municipal Water Treatment, by Type, 2020-2026; Figure 38: European Market for Membrane Filtration for Municipal Water Treatment, by Filtration Technology, 2020-2026; Figure 39: European Market Shares of Membrane Filtration for Municipal Water Treatment, by Filtration Technology, 2020; Figure 40: European Market for Advanced Disinfection Systems for Municipal Water Treatment, by Type, 2020-2026; Figure 41: European Market Shares of Advanced Disinfection Systems for Municipal Water Treatment, by Type, 2020; Figure 42: Asia-Pacific Market for Advanced Technologies for Municipal Water Treatment, by Country, 2020-2026; Figure 43: Asia-Pacific Market Shares of Advanced Technologies for Municipal Water Treatment, by Country, 2020; Figure 44: Asia-Pacific Market for Advanced Technologies for Municipal Water Treatment, by Technology Type, 2020-2026; Figure 45: Asia-Pacific Market Shares of Advanced Technologies for Municipal Water Treatment, by Technology Type, 2020; Figure 46: Asia-Pacific Market for Filtration Technology for Municipal Water Treatment, by Type, 2020-2026; Figure 47: Asia-Pacific Market for Membrane Filtration for Municipal Water Treatment, by Filtration Technology, 2020-2026; Figure 48: Asia-Pacific Market Shares of Membrane Filtration for Municipal Water, by Filtration Technology, 2020; Figure 49: Asia-Pacific Market for Advanced Disinfection Systems for Municipal Water Treatment, by Type, 2020-2026; Figure 50: Asia-Pacific Market Shares of Advanced Disinfection Systems for Municipal Water Treatment, by Type, 2020; Figure 51: RoW Market for Advanced Technologies for Municipal Water Treatment, by Sub-Region, 2020-2026; Figure 52: RoW Market Shares of Advanced Technologies for Municipal Water Treatment, by Sub-Region, 2020; Figure 53: RoW Market for Advanced Technologies for Municipal Water Treatment, by Technology Type, 2020-2026; Figure 54: RoW Market Shares of Advanced Technologies for Municipal Water Treatment, by Technology Type, 2020; Figure 55: RoW Market for Filtration Technology for Municipal Water Treatment, by Type, 2020-2026; Figure 56: RoW Market for Membrane Filtration for Municipal Water Treatment, by Filtration Technology, 2020-2026; Figure 57: RoW Market Shares of Membrane Filtration for Municipal Water Treatment, by Filtration Technology, 2020; Figure 58: RoW Market for Advanced Disinfection Systems for Municipal Water Treatment, by Type, 2020-2026; Figure 59: RoW Market for Advanced Disinfection Systems for Municipal Water Treatment, by Type, 2020; Figure 60: Global Market for Wastewater Recycling and Reuse Technologies, by Region, 2020-2026; Figure 61: Global Water Distribution, 2020; Figure 62: Global Increase in Water Withdrawal, by Sector, 1960-2020; Figure 63: Global Market Shares of Wastewater Recycling and Reuse Technologies, by Type, 2020; Figure 64: Global Market Shares of Wastewater Recycling and Reuse Technologies in the Agricultural and Nonpotable M&I Reuse Segment, by Region, 2020; Figure 65: Global Market Shares of Wastewater Recycling and Reuse Technologies in the Direct and Indirect Potable Reuse and Environmental Reuse Segment, by Region, 2020; Figure 66: Global Capacity Shares of Wastewater Recycling and Reuse Technologies, by Sector, 2026; Figure 67: Global Market Shares of Wastewater Recycling and Reuse Technologies, by Sector, 2020; Figure 68: Global Market Shares of Municipal Wastewater Recycling and Reuse Technologies, by Region, 2020; Figure 69: Global Market Shares of Industrial Wastewater Recycling and Reuse Technologies, by Region, 2020; Figure 70: Global Market Shares of Wastewater Recycling and Reuse, by Technology, 2020; Figure 71: Global Market Shares of Conventional Treatment Technologies in Wastewater Recycling and Reuse, by Region, 2020; Figure 72: Global Market Shares of Membrane Filtration Technologies* in Wastewater Recycling and Reuse, by Region, 2020; Figure 73: Global Market Shares of Membrane Bioreactor Technologies* in Wastewater Recycling and Reuse, by Region, 2020; Figure 74: Global Market Shares of Chemical-Treatment and Disinfection Technologies in Wastewater Recycling and Reuse, by Region, 2020; Figure 75: Global Market Shares of Demineralization Technologies in Wastewater Recycling and Reuse, by Region, 2020; Figure 76: Global Market Volume Shares of Wastewater Recycling and Reuse Technologies, by End Use, 2020; Figure 77: Global Market Shares of Wastewater Recycling and Reuse Technologies, by End Use, 2020; Figure 78: Global Market Shares of Wastewater Recycling and Reuse Technologies in Agricultural Reuse, by Region, 2020; Figure 79: Global Market Shares of Wastewater Recycling and Reuse Technologies in Discharge to Surface Water or Groundwater End Uses, by Region, 2020; Figure 80: Global Market Shares of Wastewater Recycling and Reuse Technologies in Municipal and Industrial Nonpotable Reuse, by Region, 2020; Figure 81: Global Market Shares of Wastewater Recycling and Reuse Technologies in Direct Potable Reuse, by Region, 2020; Figure 82: Various Approaches for Nonwoven Filter Media Market; Figure 83: Global Market Share of Nonwoven Filter Media, by Application, 2020; Figure 84: Segmentation Covered in the Nonwoven Filter Media Market; Figure 85: Segmentation Covered in the Nonwoven Filter Media Market; Figure 86: Type of Fibers for Nonwoven Filter Media Market; Figure 87: Major Industry Trends for the Nonwoven Filter Media Market; Figure 88: Major Drivers for the Nonwoven Filter Media Market; Figure 89: Strategies for the Nonwoven Filter Media Market; Figure 90: Overview of the Nonwoven Filter Media Market, by Type; Figure 91: Global Market Share of Nonwoven Filter Media, by Type, 2020; Figure 92: Depth Filter Segments; Figure 93: Surface Filter Segments; Figure 94: Overview of Factors Controlling Nonwoven Filter Media Market; Figure 95: Applications for the Nonwoven Filter Media Market; Figure 96: Global Market Shares of Nonwoven Filter Media, by Application, 2020; Figure 97: Global Increase in Water Withdrawal, by Sector, 1960-2020; Figure 98: Overview of Membrane-Based Filtration of Nonwoven Filter Media; Figure 99: Forms of Membranes; Figure 100: Overview of Water Filtration Applications of Nonwoven Filter Media; Figure 101: Overview of Transportation Applications of Nonwoven Filter Media; Figure 102: Overview of Healthcare Applications of Nonwoven Filter Media; Figure 103: Global Market Shares of Pharmaceutical Industry, by Region, 2020; Figure 104: Overview of Biofluid Filtration Applications of Nonwoven Filter Media; Figure 105: Other Major Healthcare Applications of Nonwoven filter media