Gas Separation Membrane Market 2024 – Market Size & Segments Analysis, Industry Trends, Manufacturers Analysis, Opportunities and Forecast 2030
Page: 215 | Report Code: MC24040501 | Research Suite: Report (PDF) & Market Data (Excel)
Thin structures known as gas separation membranes
selectively let some gas molecules through while obstructing others according
to the size, shape, and chemical affinity of the molecules. These membranes are
used to separate gas mixtures into their constituent parts in a variety of
industrial applications. The choice of material depends on factors such as the
gases to be separated, operating conditions (temperature, pressure), and
desired separation performance. Compared to conventional separation methods
such as cryogenic distillation, adsorption, and absorption, these membranes
provide several advantages. These benefits include the capacity to operate
continuously, easier scaling, a smaller footprint, and reduced energy usage.
Gas Separation Membrane Market
The gas separation membrane market is a rapidly growing field with tons of potential for future growth and innovation. The worldwide gas separation membrane market size was valued at around USD 1.8 billion in 2022 and is predicted to grow at a compound annual rate of growth (CAGR) of 6.2% from 2023 to 2030. Numerous reasons, such as the growing requirement for industrial gases and natural gas, as well as the necessity for effective separation technologies across a range of industries, are driving the market.
Because of
the increasing demand in China, India, and Japan, the Asia-Pacific region is
expected to continue to develop at the quickest rate throughout the projected
period and remain the biggest market. Additionally, the demand for gas
separation membranes in acid gas separation in the regional market is driven by
the notable increase in natural gas production in the region.
Gas Separation Membrane Market Growth Drivers:
Through the facilitation of processes like carbon
capture and storage (CCS) and biogas upgrading, gas separation membranes play a
critical role in lowering greenhouse gas emissions. Industries are further
encouraged to invest in gas separation membrane technology to reduce their
environmental effect by strict environmental rules and carbon pricing systems.
The need for gas separation membranes is
increasing due to the world's transition to cleaner energy sources like natural
gas and hydrogen. These membranes are essential to the purification of hydrogen
for fuel cells as well as the removal of pollutants and impurities from natural
gas processing. Gas separation membrane demand is expected to rise
significantly between 2023 and 2030.
Improved selectivity, permeability, and durability
are the consequence of ongoing research and development efforts that have
pushed improvements in membrane materials, module layouts, and manufacturing
procedures. Technological advancements include enhanced membrane module
designs, hybrid membranes, and nanocomposite membranes to improve performance
and increase application breadth.
Emerging economies are rapidly industrializing and
urbanizing, especially those in the Asia-Pacific and Latin American areas. Gas
separation membranes are needed for a variety of applications, such as air
separation, water treatment, and natural gas processing, as a result of the
increase in industrial activity, infrastructure expansion, and rising energy
prices.
Gas separation membranes find use in a wide range
of sectors, including electronics, petrochemicals, oil and gas, healthcare, and
food and beverage. These membranes are used in the petrochemical industry for
nitrogen production, olefin/paraffin separation, and volatile organic compound
(VOC) recovery, among other processes, to separate and purify gases.
Gas Separation Membrane Market Segmentation:
·
By Membrane Material Type: Polyimide & Polyaramide, Polysulfone, Cellulose Acetate, Other
Membrane Materials
·
By Module Configuration: Spiral-wound Modules, Hollow Fiber Modules, Plate & Frame Modules,
Tubular Modules, Other Module Types
·
By Membrane Technology: Pressure-driven Membranes, Concentration-driven Membranes,
Temperature-driven Membranes, Electrically-driven Membranes
·
By Application: Nitrogen Generation & Oxygen Enrichment, Carbon Dioxide Removal,
Hydrogen Recovery, Vapor/Gas Separation, Air Dehydration, Natural Gas
Processing, Vapor Recovery, H2S Removal, Other Applications
·
By End-User Industry: Oil & Gas, Chemical, Petrochemical, Food & Beverage, Healthcare,
Water & Wastewater Treatment, Electronics, Energy & Power, Other
End-User Industries
·
By Region: North America, Europe, Asia-Pacific, Latin America, Middle East &
Africa
Gas Separation Membrane Market Membrane Material Type Segment Review
Polyimide membranes exhibit excellent gas
separation performance, particularly for high-temperature applications. They
are used in processes such as air separation, carbon dioxide removal, and
hydrocarbon recovery. It accounted for the largest market share in 2022 and is
expected to grow significantly during the forecast period (2023-2030). Polysulfone
membranes offer good chemical resistance and thermal stability, making them
suitable for a wide range of gas separation applications.
Gas Separation Membrane Market Module Configuration Type Segment Review
As the most effective and versatile technique for
gas separation, plate, and frame technology is widely acknowledged, and it is
anticipated to maintain its position as the industry leader in gas separation
membranes during the projection period. The module's architecture, which
comprises stacked plates and frames, offers a lot of surface area for efficient
gas separation methods such as membrane filtration and adsorption. Due to its
high packing density, hollow fiber modules allow for space-saving system
designs. Large surface area-to-volume ratios are another benefit they offer,
which raises productivity and improves gas separation efficiency.
Gas Separation Membrane Market Membrane Technology Type Segment Review
Pressure-driven membranes operate based on the
principle of applying pressure to force gas molecules through the membrane such
as reverse osmosis (RO) and nanofiltration (NF) membranes. Pressure-driven
membranes play a vital role in separating gases in various industries,
including the petrochemical, natural gas, and pharmaceutical sectors. It
accounted for the largest market share in 2022 and is expected to grow
significantly during the forecast period (2023-2030). Concentration-driven
membranes are utilized in industries such as food and beverage,
pharmaceuticals, and petrochemicals for separating liquid mixtures based on
their vapor pressures.
Gas Separation Membrane Market Application Segment Review
The gas separation segment is expected to grow
with the fastest CAGR during the gas separation membrane market forecast period
(2023-2030). Its growth is attributed to its capacity to separate gases with
higher purity using less energy than traditional techniques. The gas separation
industry has seen great growth and acceptance as a result of the growing
emphasis that many firms are placing on environmental sustainability and high
standards for quality. Membrane systems are used to improve gas purity, satisfy
pipeline requirements, and extract valuable gases like methane from natural gas
streams. To eliminate pollutants and airborne germs, they are also used for air
purification in medical institutions and pharmaceutical industrial settings.
Gas Separation Membrane Market End-User Segment Review
Gas separation membranes are extensively used in
the water treatment industry for various applications, including desalination,
wastewater treatment, and potable water production. Gas separation membranes
are widely used by the oil and gas sector for a variety of purposes, such as
hydrogen recovery, carbon dioxide extraction, and natural gas processing. Medical
oxygen production, air purification, and pharmaceutical product purification
are among the uses of gas separation membranes in the healthcare and
pharmaceutical industries.
Gas Separation Membrane Market Regional Synopsis:
Gas separation membrane sales are substantial in
North America due to the region's strong industrial infrastructure, strict
environmental laws, and rising need for clean energy and water. The water
treatment, oil and gas, chemical processing, and healthcare sectors rely on applications
from the United States and Canada, which are significant drivers of market
expansion. Gas separation membranes have reached maturity in the European
market, which is distinguished by strict environmental regulations, a focus on
sustainability, and sophisticated production capabilities. With uses in
chemical manufacture, industrial gas processing, water treatment, and the UK,
France, and Italy are major contributors to market income.
The Asia-Pacific region, led by countries like
China and India, experiences rapid growth at a CAGR of XX.X% (2023-2030) due to
increasing investment in oil & gas exploration projects. The high demand
for infrastructure development, coupled with the increasing focus on
manufacturing and industrial expansion, significantly contributes to the
market. For instance, governments from all around Asia and the Pacific agreed
to endorse a UN resolution in May 2023 that called for an immediate response to
climate change and its repercussions. With the area now accounting for more than
half of world emissions, they have reiterated their resolve to immediately cut
greenhouse gas emissions.
Due to rising industrial activity, population
expansion, and environmental laws, Latin America has substantial development
potential for gas separation membranes. Important markets in the area for
applications in the oil and gas, chemical processing, and water treatment
industries are Brazil, Mexico, Argentina, and Chile. The region's market is
expanding thanks to technological transfers, strategic alliances, and
government programs that support sustainable growth and economic
diversification.
Gas Separation Membrane Market Key Challenges:
Gas separation membrane systems sometimes need a
substantial initial outlay of funds for the installation, commissioning, and
purchase of equipment. The initial capital outlay is a challenge for small and
medium-sized businesses (SMEs) or organizations with tight financial
constraints. Processes using gas separation membranes, especially those needing
temperature control or high-pressure operation, use a lot of energy.
Membrane-based separation technologies are less
competitive when compared to alternative approaches due to energy-intensive
processes, which also increase operational expenditures and environmental
imprint. The buildup of particles or impurities on membrane surfaces, known as
membrane fouling, lowers separation efficiency and calls for regular cleaning
and maintenance.
For gas separation membranes, achieving excellent
selectivity and performance over a broad range of operating circumstances is
still difficult. Permeability, selectivity, stability, durability, and energy
efficiency must all be balanced in membrane materials and module designs to
suit particular separation needs and reduce operating costs and energy
consumption.
The market for gas separation membranes is
becoming more and more competitive, with several companies providing a variety
of membrane technologies and solutions. Projects involving gas separation
membranes become more difficult and expensive when regulatory requirements and
environmental restrictions must be followed. Continuous observation,
record-keeping, and reporting are necessary to guarantee compliance with
environmental, health, and safety laws as well as product quality requirements.
Gas Separation Membrane Market Key Global Players:
The competitive landscape of the gas separation
membrane market is shaped by several factors, including:
·
Companies that innovate and develop
novel membrane materials, module designs, and manufacturing processes gain a
competitive edge in the market. Advancements in membrane performance,
selectivity, durability, and cost-effectiveness drive market differentiation
and customer preference.
·
The breadth and depth of a company's
product portfolio influence its competitiveness in the gas separation membrane
market. Offering a diverse range of membrane technologies, solutions, and
services tailored to different applications and industries enhances market
penetration and customer satisfaction.
·
Companies that prioritize quality
assurance, reliability, and product consistency build strong reputations and
customer trust in the market. Delivering high-quality membranes that meet
stringent performance standards, regulatory requirements, and industry
specifications fosters long-term customer relationships and loyalty.
·
Cost competitiveness is a crucial
factor in the gas separation membrane market, where price sensitivity and
cost-effectiveness drive purchasing decisions. Companies that optimize
manufacturing processes, reduce production costs and offer competitive pricing
gain a competitive advantage, particularly in price-sensitive market segments.
Numerous players are vying for market share and
investing in new technologies and product development to stay ahead of the
curve in the market. Several key global players in the gas separation membrane
market include:
·
Air Liquide S.A.
·
UBE Corporation
·
Air Products and Chemicals, Inc.
·
Honeywell UOP
·
SLB
·
Parker Hannifin Corporation
·
Fujifilm Manufacturing Europe B.V.
·
Evonik Industries AG
·
DIC Corporation
·
Linde plc
·
Membrane Technology And Research,
Inc.
·
Generon IGS, Inc.
·
Andritz AG
·
BORSIG GmbH
·
Other Players
The report on the gas separation membrane market
covers the following aspects:
·
Market Overview: A general overview
of the global gas separation membrane market, including its current size and
growth projections for the future.
·
Market Segmentation: A market
breakdown by membrane material type, module configuration type, membrane
technology type, application, end-user industries, and geographic regions.
·
Market Dynamics: An analysis of the
key drivers, challenges, and trends affecting the growth of the gas separation
membrane market.
·
Competitive Landscape: A
comprehensive analysis of the leading players in the gas separation membrane
market, including their market share, product offerings, and key strategies.
·
Regional Analysis: A detailed
analysis of the gas separation membrane market by geographic region, including
market size, growth projections, and key trends for each region.
·
Company Profiles: In-depth profiles
of key players in the gas separation membrane market, including their business
overview, product offerings, financial performance, and recent developments.
· Market Forecast: Projections for the future growth of the gas separation membrane market, including market size, growth rate, and key trends for the next five to ten years.
Attributes |
Details |
Base Year |
2022 |
Trend Period |
2020 – 2022 |
Forecast Period |
2023 – 2030 |
Pages |
215 |
By Membrane
Material Type Segment |
Polyimide
& Polyaramide, Polysulfone, Cellulose Acetate, Other Membrane Materials |
By Module
Configuration Type Segment |
Spiral-wound
Modules, Hollow Fiber Modules, Plate & Frame Modules, Tubular Modules,
Other Module Types |
By Membrane
Technology Segment |
Pressure-driven
Membranes, Concentration-driven Membranes, Temperature-driven Membranes,
Electrically-driven Membranes |
By Application
Segment |
Nitrogen
Generation & Oxygen Enrichment, Carbon Dioxide Removal, Hydrogen
Recovery, Vapor/Gas Separation, Air Dehydration, Natural Gas Processing,
Vapor Recovery, H2S Removal, Other Applications |
By End-User
Industry Segment |
Oil
& Gas, Chemical, Petrochemical, Food & Beverage, Healthcare, Water
& Wastewater Treatment, Electronics, Energy & Power, Other End-User
Industries |
Company Profiles |
Air
Liquide S.A., UBE Corporation, Air Products and Chemicals, Inc., Honeywell
UOP, SLB, Parker Hannifin Corporation, Fujifilm Manufacturing Europe B.V., Evonik
Industries AG, DIC Corporation, Linde plc, Membrane Technology And Research,
Inc., Generon IGS, Inc., Andritz AG, BORSIG GmbH, Other Players |
Edition |
4th edition |
Publication |
April 2024 |