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2021-2028 Global and China Polymer Gas Separation Membrane Industry Research and Analysis Report

author:Beijing research and wisdom

overview

With its high efficiency, low energy and environmental friendliness, gas separation membrane technology has great application prospects in the field of industrial separation. Conventional gas separation membrane materials have a very low gas permeability coefficient and are increasingly unable to meet the growing industrial demand. The development of membrane materials with high transmittance and high selectivity is the goal that people have been pursuing. Self-contained microporous polymers (PIMs) are a class of polymer materials with high permeability and reasonable selectivity developed in recent years, and their high permeability to gases comes from the intrinsic microporous structure generated by the inefficient folding of rigid twisted molecular chains.

Polymer membranes are a flexible, processable, and inexpensive platform that offers a myriad of separations that play a key role in climate change mitigation (i.e., carbon capture) and resiliency (i.e., water treatment). For gas separation, polymer membranes have been widely used for mixture separation in many industrial processes, including oxygen enrichment, biogas purification, and post-combustion carbon capture. In particular, carbon capture processes are increasingly being focused on reducing emissions to the environment, while membrane technology has well-known advantages due to flexibility and scalability, such as high energy efficiency and ease of operation. In aftercombustion, pre-ignition, and oxy-fuel combustion, the separation of CO2/N2, CO2/H2, and O2/N2 is important for environmental protection, respectively.

2021-2028 Global and China Polymer Gas Separation Membrane Industry Research and Analysis Report

Figure: Polymer gas separation membrane industry chain diagram

The upstream of the membrane technology industry chain is the membrane raw materials, equipment and other industries. Among them, membrane raw materials are the basis for the application of membrane technology, and their performance improvement and innovation affect the performance of membrane separation equipment, project investment costs, operating expenses and potential application fields. In addition to membrane raw materials, polymer synthesis equipment, polymer separation equipment and polymer dehydration and drying equipment and other equipment have a high market maturity and stable supply, and the industry is less restricted by upstream raw material manufacturers.

The mature business model of the industry is to develop in the direction of the integration of membrane material R&D and production, membrane module equipment manufacturing and engineering implementation, and the industrial chain extends to the independent R&D and production of membrane materials.

2021-2028 Global and China Polymer Gas Separation Membrane Industry Research and Analysis Report

Figure: Polymer gas separation membrane product image

In 2021, the total output of the global polymer gas separation membrane market was 5,217,300 pieces, and the output is expected to reach 14,823,400 pieces by 2028, of which the compound annual growth rate from 2022 to 2028 is about 23.22%. In 2021, the total output value of the global polymer gas separation membrane market was about 39.056 billion yuan, and it is expected to reach 84.758 billion yuan by 2028. The polymer gas separation membrane market is expected to continue to grow, owing to factors such as the growth of downstream application industries and the expansion of new application areas.

From the perspective of regional production, the United States is the largest production area of polymer gas separation membranes, accounting for 44.60% of the output of polymer gas separation membranes in 2021. Polymer gas separation membrane technology is the most mature in Europe, America and Japan, and the company has invested in the research and development and production of related products earlier than other countries, and is in a leading position in the world in terms of research and development and production. It has leading enterprises in the industry such as Air Products, Air Liquide, Fujifilm, etc., and has strong comprehensive competitiveness.

From the perspective of regional consumption, the United States has the largest share, about 36.41% in 2021, the main driving factors are the country's vigorous development of environmental protection industry, relevant policy subsidies are in place, and it is also to reduce energy waste and environmental pollution.

From the perspective of the competitive landscape, the global polymer gas separation membrane market is relatively concentrated. The top 5 companies in the world are mainly Air Products, Air Liquide, Fujifilm, Honeywell and Evonik, with a market share of 18.26% in 2021, and will show a trend of more decentralized development in the future. This is mainly due to the transformation of the production structure of leading enterprises, some enterprises have shifted their R&D and production focus to the downstream application products of polymer gas separation membranes, and some enterprises that are ranked lower have begun to master the core technology and catch up.

From the perspective of product classification, polymer gas separation membranes are mainly divided into hollow fiber membranes, spiral separation membranes and other types of polymer gas separation membranes. Among them, in 2021, hollow fiber membrane types accounted for 80.52% of the global market, which is far greater than the market share of spiral separation membranes and other types of polymer gas separation membranes.

From the perspective of the application market, in 2018, the largest downstream market for global polymer gas separation membranes is hydrogen recovery, with a market share of 39.92%, and with the development of green energy to the mainstream of energy in the future, the proportion of polymer gas separation membranes in the field of hydrogen recovery will gradually increase.

directory

1 Overview of the development of polymer gas separation membrane industry

1.1 Introduction to the polymer gas separation membrane industry

1.1.1 Overview and characteristics of the polymer gas separation membrane industry

1.1.2 Statistical range of polymer gas separation membranes

1.2 Main product classification of polymer gas separation membranes

1.2.1 Growth Trends of Gas Separation Membranes by Type of Polymer (2021-2028)

1.2.2 Hollow fibers

1.2.3 Spiral separating membranes

1.2.4 Miscellaneous

1.3 Growth trend of polymer gas separation membranes in different applications

1.3.1 Air separation method to produce inert gas N2

1.3.2 Hydrogen recovery

1.3.3 Removal of CO2 from natural gas

1.3.4 Organic vapor (VOC) or nitrogen separation

1.3.5 Other Applications

1.4 Analysis of the development status of the industry

1.4.1 Overall overview of the development of polymer gas separation membrane industry

1.4.2 Main characteristics of the development of polymer gas separation membrane industry

1.4.3 Factors influencing the development of the polymer gas separation membrane industry

1.4.4 Barriers to entry into the industry

1.4.5 Development Trends and Recommendations

2 Industry development status and the prospect of the "14th Five-Year Plan".

2.1 Global Polymer Gas Separation Membrane Industry Supply, Demand and Forecast Analysis (2018-2028)

2.1.1 Global Polymer Gas Separation Membrane Capacity, Production, Value and Demand Analysis (2018-2028)

2.1.2 Analysis of total capacity, output, output value and demand of polymer gas separation membranes in China (2018-2028)

2.1.3 Analysis of the proportion of polymer gas separation membranes in China (2018-2028)

2.2 Supply, demand and forecast analysis of polymer gas separation membranes in major regions of the world

2.2.1 Global Polymer Gas Separation Membrane Value and Market Share by Major Regions (2018-2028)

2.2.2 Global Polymer Gas Separation Membrane Production and Market Share by Major Regions (2018-2028)

2.2.3 Global Polymer Gas Separation Membrane Price Analysis by Major Regions (2018-2028)

2.2.4 Production, Value and Growth Rate of Polymer Gas Separation Membranes in China Market (2018-2028)

2.2.5 Production, output value and growth rate of polymer gas separation membranes in the U.S. market from 2018 to 2028

2.2.6 Production, output value and growth rate of polymer gas separation membranes in the European market from 2018 to 2028

2.2.7 Production, output value and growth rate of polymer gas separation membranes in the Japanese market from 2018 to 2028

2.2.8 Production, output value and growth rate of polymer gas separation membranes in Southeast Asia market from 2018 to 2028

2.2.9 Production, output value and growth rate of polymer gas separation membranes in the Indian market from 2018 to 2028

2.3 Global Consumption Pattern and Forecast of Polymer Gas Separation Membranes by Major Regions (2018-2028)

2.3.1 Polymer Gas Separation Membrane Consumption, Growth Rate and Development Forecast in China Market (2018-2028)

2.3.2 Polymer Gas Separation Membrane Consumption, Growth Rate and Development Forecast in US Market (2018-2028)

2.3.3 Polymer Gas Separation Membrane Consumption, Growth Rate and Development Forecast in Europe (2018-2028)

2.3.4 Japan Market Polymer Gas Separation Membrane Consumption, Growth Rate and Development Forecast (2018-2028)

2.3.5 Polymer Gas Separation Membrane Consumption, Growth Rate and Development Forecast in Southeast Asia Market (2018-2028)

2.3.6 Growth rate of polymer gas separation membrane consumption in India market 2018-2028

3 Industry competition pattern

3.1 Analysis of the global market competition pattern

3.1.1 Global Polymer Gas Separation Membrane Manufacturers 2019-2021 Production Capacity List

3.1.2 Global market production list of major manufacturers of polymer gas separation membranes from 2019 to 2021

3.1.3 Global Market Polymer Gas Separation Membrane Manufacturers 2019-2021 Output Value List

3.2 Competition in China's market

3.2.1 Brief information of major international manufacturers and investment layout in China

3.2.2 Production and Value Analysis of Polymer Gas Separation Membranes by Major Manufacturers in China (2018-2020)

3.3 Porter's Five Forces Analysis in the Polymer Gas Separation Membrane Industry

3.3.1 Threat of potential entrants

3.3.2 Threat of Substitutes

3.3.3 Customer bargaining power

3.3.4 Bargaining power of suppliers

3.3.5 Internal Competitive Environment

4 Analysis of polymer gas separation membranes for different product types

4.1 Production, output value and market share of different types of polymer gas separation membranes in the global market

4.1.1 Global Polymer Gas Separation Membrane Production and Market Share by Different Types of Polymer Gas Separation Membranes (2018-2028)

4.1.2 Global Market Value and Market Share of Different Types of Polymer Gas Separation Membranes (2018-2028)

4.1.3 Global Market Price Trend of Different Types of Polymer Gas Separation Membranes (2018-2028)

5 Analysis of polymer gas separation membranes for different applications

5.1 Global Polymer Gas Separation Membrane Consumption, Market Share and Growth Rate by Key Application Segments (2018-2028)

5.2 Global Polymer Gas Separation Membrane Sales and Market Share by Key Application Segments (2018-2028)

6. Analysis of the industry development environment

6.1 Analysis of the policy environment of China's polymer gas separation membrane industry

6.1.1 Industry authorities and regulatory systems

6.1.2 Industry-related policy trends

6.1.3 Industry-related planning

6.2 Analysis of the technical environment of the industry

6.2.1 Industry technology status

6.2.2 The technology gap between the industry and the domestic and foreign countries

6.2.3 Industry technology development trends

6.3 Analysis of the economic environment of the polymer gas separation membrane industry

6.3.1 Analysis of global macroeconomic operation

6.3.2 Analysis of domestic macroeconomic operation

6.3.3 Analysis of the trade environment of the industry

7 Industry supply chain analysis

7.1 Introduction to the industrial chain of polymer gas separation membrane industry

7.2 Supply chain analysis of polymer gas separation membrane industry

7.2.1 Upstream raw material supply

7.2.2 Raw material suppliers and contact information

7.2.3 Analysis of the downstream situation of the industry

7.3 Procurement model of polymer gas separation membrane industry

7.4 Production mode of polymer gas separation membrane industry

7.5 Sales model and sales channels of polymer gas separation membrane industry

8 Analysis of major manufacturers of polymer gas separation membranes in China and China

8.1 Air Products

8.1.1 Basic information about Air Products, production bases, sales regions, competitors and market position

8.1.2 Air Products Polymer Gas Separation Membrane Product Specifications, Parameters and Characteristics

8.1.3 Air Products Polymer Gas Separation Membrane Capacity, Output, Price, Value and Gross Margin (2018-2022)

8.2 Air Liquide

8.2.1 Basic information about Air Liquide, production base, sales region, competitors and market position

8.2.2 Air Liquide Polymer Gas Separation Membrane Product Specifications, Parameters and Characteristics

8.2.3 Air Liquide Polymer Gas Separation Membrane Capacity, Output, Price, Output Value and Gross Margin (2018-2022)

8.3 Fujifilm

8.3.1 Basic information about Fujifilm, production bases, sales regions, competitors and market position

8.3.2 Specifications, parameters and characteristics of Fujifilm polymer gas separation membranes

8.3.3 Fujifilm Polymer Gas Separation Membrane Capacity, Output, Price, Output Value and Gross Margin (2018-2022)

8.4 Honeywell UOP

8.4.1 Honeywell UOP basic information, production base, sales area, competitors and market position

8.4.2 Specifications, parameters and characteristics of Honeywell UOP polymer gas separation membranes

8.4.3 Honeywell UOP Polymer Gas Separation Membrane Capacity, Output, Price, Output Value and Gross Margin (2018-2022)

8.5 Evonik

8.5.1 Evonik's basic information, production bases, sales regions, competitors and market position

8.5.2 Specifications, parameters and characteristics of Evonik polymer gas separation membranes

8.5.3 Evonik Polymer Gas Separation Membrane Capacity, Output, Price, Value and Gross Margin (2018-2022)

8.6 Parker Hannifin

8.6.1 Parker Hannifin Basic Information, Production Sites, Sales Regions, Competitors and Market Position

8.6.2 Specifications, parameters and characteristics of Parker Hannifin polymer gas separation membranes

8.6.3 Parker Hannifin Polymer Gas Separation Membrane Capacity, Output, Price, Output Value and Gross Margin (2018-2022)

8.7 Grasys

8.7.1 Introduction to Grasys General Information, Production Sites, Sales Regions, Competitors and Market Position

8.7.2 Grasys Polymer Gas Separation Membrane Product Specifications, Parameters and Characteristics

8.7.3 Grasys Polymer Gas Separation Membrane Capacity, Output, Price, Output Value and Gross Margin (2018-2022)

8.8 Generon IGS

8.8.1 Generon IGS Basic Information, Production Sites, Sales Regions, Competitors and Market Position

8.8.2 Generon IGS Polymer Gas Separation Membrane Product Specifications, Parameters and Characteristics

8.8.3 Generon IGS Polymer Gas Separation Membrane Capacity, Output, Price, Output Value and Gross Margin (2018-2022)

8.9 UBE

8.9.1 Introduction to UBE basic information, production base, sales area, competitors and market position

8.9.2 Product specifications, parameters and characteristics of UBE polymer gas separation membranes

8.9.3 UBE Polymer Gas Separation Membrane Capacity, Output, Price, Output Value and Gross Margin (2018-2022)

8.10 Tianbang

8.10.1 Introduction of Tianbang's basic information, production base, sales area, competitors and market position

8.10.2 Product specifications, parameters and characteristics of Tianbang polymer gas separation membrane

8.10.3 Tianbang Polymer Gas Separation Membrane Capacity, Output, Price, Output Value and Gross Margin (2018-2022)

8.11 MTR

8.11.1 MTR basic information, production base, sales area, competitors and market position

8.11.2 Product specifications, parameters and characteristics of MTR polymer gas separation membranes

8.11.3 MTR Polymer Gas Separation Membrane Capacity, Output, Price, Output Value and Gross Margin (2018-2022)

8.12 Borsig

8.12.1 Basic information about Borsig, production base, sales area, competitors and market position

8.12.2 Product specifications, parameters and characteristics of Borsig polymer gas separation membranes

8.12.3 Borsig polymer gas separation membrane capacity, output, price, output value and gross margin (2018-2022)

9 Research Findings and Conclusions

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