Water demand grows annually due to urbanization, industrial growth, and agricultural needs. Several factors, such as droughts, lack of adequate rainfall, and pollution, create water stress and significant challenges, driving water end users to explore sustainable water management solutions. Membrane treatment systems address different water-stress-related challenges and support sustainable water management. The value proposition of membrane treatment systems is their ability to sustainably produce high-quality water, easy scalability, and high versatility in treating varied types of water for different applications. Membrane treatment systems have a relatively low footprint and are suitable for urban centers with space constraints. These systems allow end users in water transition to holistically improve resilience to disruptions caused by climate change or weather and implement a circular economy.
Membrane treatment systems can cater to micropollutant removal, treated water reuse, and seawater or brackish water desalination. This versatility has made them the most adopted solution to combat water scarcity.
Research Highlights
Frost & Sullivan estimates that the global membrane treatment systems market will grow to $27.04 billion by 2028 with a CAGR of 6.5%.
Research Scope
The scope of this study’s addressable market is the revenue generated from the sale of water and wastewater treatment membrane modules and membrane treatment systems. It covers polymeric and ceramic membrane treatment systems. End users include municipalities and industries, and end-user applications include water treatment, wastewater treatment, and desalination. Membrane types include high-pressure membranes and low-pressure membranes.
The geographic scope of this study is Asia-Pacific, North America, Latin America, the Middle East and Africa, and Europe.
Key Issues Addressed
- What is the current market situation and the forecast market growth rate?
- What are the factors influencing the growth of membrane treatment systems?
- What are the key drivers and restraints of the market?
- What is the market size and forecast for membrane treatment systems by region?
- Who are the key participants in the membrane treatment systems market?
- What are the key growth opportunities?
Author: Paul Hudson
Why is it Increasingly Difficult to Grow?
The Strategic Imperative 8™
The Impact of the Top 3 Strategic Imperatives on the Membrane Water and Wastewater Treatment Systems Market
Growth Opportunities Fuel the Growth Pipeline Engine™
Market Segmentation and Scope
Market Segmentation and Scope (continued)
Market Segmentation: Definitions
Market Segmentation: Definitions (continued)
Market Segmentation: Definitions (continued)
Growth Metrics
Market Drivers
Market Restraints
Water Availability, Global
Global Water Demand
Global Water Stress
Global Water Demand
Global Access to WW Treatment
Global Access to WW Treatment (continued)
Desalination
Desalination (continued)
Desalination (continued)
Snapshot of PFAS in the United States
Revenue Forecast by End Use
Revenue Forecast Analysis
Revenue Forecast by Industrial Application
Revenue Forecast Analysis by Industrial Application
Revenue Forecast Analysis by Industrial Application (continued)
Revenue Forecast by Municipal Application
Revenue Forecast Analysis by Municipal Application
Revenue Forecast Analysis by Municipal Application (continued)
Revenue Forecast by Membrane Type
Revenue Forecast Analysis by Membrane Type
Revenue Forecast Analysis by Membrane Type (continued)
Revenue Forecast by Material
Revenue Forecast Analysis by Material
Important Trends Influencing the Membrane Treatment System Market
Revenue Forecast by Region, Water Treatment
Revenue Forecast by Region, Wastewater Treatment
Revenue Forecast by Region, Membrane Desalination
Forecast Analysis, APAC
Forecast Analysis, APAC (continued)
Forecast Analysis, Europe
Forecast Analysis, MEA
Forecast Analysis, NA
Forecast Analysis, LATAM
Key Companies and Their Participation in Each Segment
Key Companies and Their Participation in Each Segment (continued)
Key Companies and Their Participation in Each Segment (continued)
Case Studies
Case Studies (continued)
Case Studies (continued)
Case Studies (continued)
Case Studies (continued)
Companies to Watch
Companies to Watch (continued)
Companies to Watch (continued)
Growth Opportunity 1: Membrane Bioreactors
Growth Opportunity 1: Membrane Bioreactors (continued)
Growth Opportunity 2: Minimum Liquid Discharge and Zero Liquid Discharge
Growth Opportunity 2: Minimum Liquid Discharge and Zero Liquid Discharge (continued)
Growth Opportunity 3: Circular Economy
Growth Opportunity 3: Circular Economy (continued)
List of Exhibits
List of Exhibits (continued)
List of Exhibits (continued)
Legal Disclaimer
List of Figures- Membrane Water and WW Treatment Systems: Growth Metrics, Global, 2022
- Membrane Water and WW Treatment Systems: Market Drivers, Global, 2023-2028
- Membrane Water and WW Treatment Systems: Availability of Freshwater, Global, 2022
- Membrane Water and WW Treatment Systems: Water Withdrawal by Source, Global, 2022
- Membrane Water and WW Treatment Systems: Water Withdrawal by Sector and Region, Global, 2022
- Membrane Water and WW Treatment Systems: Decentralized Water Treatment Systems - Membrane Filtration Forecast, Global, 2021-2026
- Membrane Water and WW Treatment Systems: Annual Baseline Water Stress, Global, 2022
- Membrane Water and WW Treatment Systems: Forecast of Water Withdrawal and Consumption, Global, 2014-2040
- Membrane Water and WW Treatment Systems: Forecast of Population Growth, Global, 2022-2050
- Membrane Water and WW Treatment Systems: Total Number of WWTPs, Global, 2022
- Membrane Water and WW Treatment Systems: MBR Revenue Forecast, Global, 2022
- Membrane Water and WW Treatment Systems: Population that WW Treatment Plants Serve, Global, 2022
- Membrane Water and WW Treatment Systems: Volume of Reused Treated WW and % of Population, by Region, Global, 2022
- Membrane Water and WW Treatment Systems: Desalination Capacity by Region, Global, 2022
- Membrane Water and WW Treatment Systems: Desalination by Feed Source, Global, 2022
- Membrane Water and WW Treatment Systems: Desalination Plants by End Use, Global, as of 2021
- Membrane Water and WW Treatment Systems: Desalination Capacity by Region, New Desalination Plants Forecast, Global, 2021-2030
- Membrane Water and WW Treatment Systems: Desalination Plants by Treatment Capacity, Global, as of 2021
- Membrane Water and WW Treatment Systems: Seawater Desalination Plants with Energy Prices in $/KWh, Global, 2022
- Select List of Planned or Under Construction Renewable-powered RO Desalination Plants, Global, 2022
- Membrane Water and WW Treatment Systems: Total Number of Drinking Water Systems with PFAS Components, United States, 2022
- Membrane Water and WW Treatment Systems: Drinking Water PFAS Treatment Market - Revenue Forecast, United States, 2022
- Membrane Water and WW Treatment Systems: States with High Level of Surface Water Samples with PFAS, United States, 2022
- Membrane Water and WW Treatment Systems: Revenue Forecast by End Use, Global, 2022-2028
- Membrane Water and WW Treatment Systems: Revenue Forecast by Industrial End-use Application, Global, 2022-2028
- Membrane Water and WW Treatment Systems: Revenue Forecast by Municipal End-use Application, Global, 2022-2028
- Membrane Water and WW Treatment Systems: Revenue Forecast by Membrane Type, Global, 2022-2028
- Membrane Water and WW Treatment Systems: Membrane Water Treatment Revenue Forecast by Region, Global, 2022-2028
- Membrane Water and WW Treatment Systems: Membrane Wastewater Treatment Revenue Forecast by Region, Global, 2022-2028
- Membrane Water and WW Treatment Systems: Membrane Desalination Revenue Forecast by Region, Global, 2022-2028
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Water demand grows annually due to urbanization, industrial growth, and agricultural needs. Several factors, such as droughts, lack of adequate rainfall, and pollution, create water stress and significant challenges, driving water end users to explore sustainable water management solutions. Membrane treatment systems address different water-stress-related challenges and support sustainable water management. The value proposition of membrane treatment systems is their ability to sustainably produce high-quality water, easy scalability, and high versatility in treating varied types of water for different applications. Membrane treatment systems have a relatively low footprint and are suitable for urban centers with space constraints. These systems allow end users in water transition to holistically improve resilience to disruptions caused by climate change or weather and implement a circular economy.
Membrane treatment systems can cater to micropollutant removal, treated water reuse, and seawater or brackish water desalination. This versatility has made them the most adopted solution to combat water scarcity.--BEGIN PROMO--
Research Highlights
Frost & Sullivan estimates that the global membrane treatment systems market will grow to $27.04 billion by 2028 with a CAGR of 6.5%.
Research Scope
The scope of this study’s addressable market is the revenue generated from the sale of water and wastewater treatment membrane modules and membrane treatment systems. It covers polymeric and ceramic membrane treatment systems. End users include municipalities and industries, and end-user applications include water treatment, wastewater treatment, and desalination. Membrane types include high-pressure membranes and low-pressure membranes.
The geographic scope of this study is Asia-Pacific, North America, Latin America, the Middle East and Africa, and Europe.
Key Issues Addressed
- What is the current market situation and the forecast market growth rate
- What are the factors influencing the growth of membrane treatment systems
- What are the key drivers and restraints of the market
- What is the market size and forecast for membrane treatment systems by region
- Who are the key participants in the membrane treatment systems market
- What are the key growth opportunities
Author: Paul Hudson
| Deliverable Type | Market Research |
|---|---|
| Author | Paul Hudson |
| Industries | Environment |
| No Index | No |
| Is Prebook | No |
| Keyword 1 | Membrane Treatment System |
| Keyword 2 | Wastewater Treatment |
| Keyword 3 | Industrial Wastewater Treatment |
| List of Charts and Figures | Membrane Water and WW Treatment Systems: Growth Metrics, Global, 2022~ Membrane Water and WW Treatment Systems: Market Drivers, Global, 2023-2028~ Membrane Water and WW Treatment Systems: Availability of Freshwater, Global, 2022~ Membrane Water and WW Treatment Systems: Water Withdrawal by Source, Global, 2022~ Membrane Water and WW Treatment Systems: Water Withdrawal by Sector and Region, Global, 2022~ Membrane Water and WW Treatment Systems: Decentralized Water Treatment Systems - Membrane Filtration Forecast, Global, 2021-2026~ Membrane Water and WW Treatment Systems: Annual Baseline Water Stress, Global, 2022~ Membrane Water and WW Treatment Systems: Forecast of Water Withdrawal and Consumption, Global, 2014-2040~ Membrane Water and WW Treatment Systems: Forecast of Population Growth, Global, 2022-2050~ Membrane Water and WW Treatment Systems: Total Number of WWTPs, Global, 2022~ Membrane Water and WW Treatment Systems: MBR Revenue Forecast, Global, 2022~ Membrane Water and WW Treatment Systems: Population that WW Treatment Plants Serve, Global, 2022~ Membrane Water and WW Treatment Systems: Volume of Reused Treated WW and % of Population, by Region, Global, 2022~ Membrane Water and WW Treatment Systems: Desalination Capacity by Region, Global, 2022~ Membrane Water and WW Treatment Systems: Desalination by Feed Source, Global, 2022~ Membrane Water and WW Treatment Systems: Desalination Plants by End Use, Global, as of 2021~ Membrane Water and WW Treatment Systems: Desalination Capacity by Region, New Desalination Plants Forecast, Global, 2021-2030~ Membrane Water and WW Treatment Systems: Desalination Plants by Treatment Capacity, Global, as of 2021~ Membrane Water and WW Treatment Systems: Seawater Desalination Plants with Energy Prices in $/KWh, Global, 2022~ Select List of Planned or Under Construction Renewable-powered RO Desalination Plants, Global, 2022~ Membrane Water and WW Treatment Systems: Total Number of Drinking Water Systems with PFAS Components, United States, 2022~ Membrane Water and WW Treatment Systems: Drinking Water PFAS Treatment Market - Revenue Forecast, United States, 2022~ Membrane Water and WW Treatment Systems: States with High Level of Surface Water Samples with PFAS, United States, 2022~ Membrane Water and WW Treatment Systems: Revenue Forecast by End Use, Global, 2022-2028~ Membrane Water and WW Treatment Systems: Revenue Forecast by Industrial End-use Application, Global, 2022-2028~ Membrane Water and WW Treatment Systems: Revenue Forecast by Municipal End-use Application, Global, 2022-2028~ Membrane Water and WW Treatment Systems: Revenue Forecast by Membrane Type, Global, 2022-2028~ Membrane Water and WW Treatment Systems: Membrane Water Treatment Revenue Forecast by Region, Global, 2022-2028~ Membrane Water and WW Treatment Systems: Membrane Wastewater Treatment Revenue Forecast by Region, Global, 2022-2028~ Membrane Water and WW Treatment Systems: Membrane Desalination Revenue Forecast by Region, Global, 2022-2028~ |
| Podcast | No |
| WIP Number | PEBB-01-00-00-00 |
Global Membrane Water and Wastewater Treatment Systems Market
Global Membrane Water and Wastewater Treatment Systems Market
Drought and Water Stress Drive Membrane Solution Demand and Boost the Future Growth Potential of Water Transition and a Circular Economy
RELEASE DATE
04-Jul-2023
04-Jul-2023
REGION
North America
North America
Deliverable Type
Market Research
Market Research
Research Code: PEBB-01-00-00-00
SKU: EN01394-NA-MT_27828
$2,450.00
In stock
SKU
EN01394-NA-MT_27828