Analysis of Gas Separation Membrane Market Covering 30+ Countries Including Analysis of US, Canada, UK, Germany, France, Nordics, GCC countries, Japan, Korea and many more
The global gas separation membrane market is forecasted to expand at a CAGR of 8% from 2023 to 2033. The market is valued at US$ 1.3 billion in 2023 and is thus expected to reach a size of US$ 2.8 billion by 2033-end.
Among all known fuels, hydrogen has the most energy content per unit of weight and is widely accessible. Since hydrogen is recovered from petrochemical and refinery streams, it can be used in hydro-treating processes to create low-sulfur fuels. The process of separating gases is known as gas separation. The selective capabilities of membranes are used to accomplish this. Many industrial applications and industries depend heavily on gas separation technologies.
Gas separation membranes allow for high performance at elevated temperatures and extreme pressures. Therefore, they have emerged as ideal purification methods in natural gas production. Polymeric membranes are the most widely utilized gas separation membranes because of their advantages such as low cost, simple treatment, and rational gas separation.
Increasing natural gas and shale gas production is poised to drive the market. Huge demand for gas separation membranes in refining and petrochemical industries is set to proliferate demand over the coming years. The usage of a gas separation membrane allows for the separation of gases based on factors such as the membrane's pore size, particle diameter, and others when there is a pressure difference between the raw material input and the finished product output.
Gas separation membranes are used in a variety of applications, including the separation of gases such as hydrogen and nitrogen in ammonia plants, hydrogen and hydrocarbons in petrochemical applications, and many more, by petrochemical companies, natural gas processing facilities, and other entities.
Alternatives to traditional gas separation techniques, including absorption, adsorption, and distillation include the use of membranes for gas separation. Due to customers' preference for organic and environmentally friendly fuels, there has been a noticeable increase in the demand for gas separation membranes.
Gas separation membranes are affordable because they need less energy and have low operating and maintenance costs. The market for gas separation membranes is anticipated to expand favorably throughout the forecast period as a result of a switch from coal to natural gas, and rising natural gas consumption in developing countries. Market expansion is also being fueled by increased investments in research & development initiatives for the introduction of new products.
The requirement for filtered gases is driving up demand for gas separation membranes in the chemical and petrochemical industries. Due to its great efficiency and low operating costs, membrane technology is becoming more and more preferred over conventional techniques of gas separation. Due to new developments, gas separation membranes are become lighter, smaller, and consume less energy.
Gas Separation Membrane Market Size (2023)
US$ 1.3 Billion
Projected Market Value (2033)
US$ 2.8 Billion
Global Market Growth Rate (2023 to 2033)
Market Share of Hollow Fiber Modules
Key Companies Profiled
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“Rising Demand for Biogas Driving Market Expansion”
The market for gas separation membranes is being driven by the rising demand for biogas. Methane, carbon dioxide, and small amounts of other gases are combined to form biogas when organic materials are decomposed anaerobically in an oxygen-free environment. Biogas is in great demand due to the growing need for sustainable energy to lower the environmental impact. Biogas is produced using gas separation membranes.
Methane can be burned as gas or converted into electricity when it is created by crop deterioration and organic waste. The expanding demand for power, heating, and fuel has the potential to be satisfied by a flexible energy source such as biogas.
Global expansion of biomass-producing plants is anticipated to be aided by raising public awareness of the hazardous consequences of greenhouse gas emissions on the environment. The production of biofuel helps to solve the issue of dumping and landfills, which is anticipated to have a favorable effect on the consumption of biogas. Due to its advantages, biogas will experience an increase in demand over the projection period. This will drive the development of gas separation membrane technology to separate different gases from biogas.
“Upgradation of Gas Processing Plants”
The extraction of hydrocarbons has motivated market players to invest in brownfield and greenfield gas processing projects. Gas processing units are expanding in terms of financial growth and technological advancements.
The upgradation of gas processing plants has been driving the deployment of gas separation membranes, augmenting growth throughout the forecast period. Gas treatment plants are expected to register a high investment rate, which will create remunerative opportunities for gas separation membrane suppliers.
“High Cost of Gas Separation Membranes and Shortage of Raw Materials”
Market expansion for gas separation membranes is being hampered due to the numerous restrictions addressing the plasticization of polymeric membranes and the limited local supply of raw materials. Technical constraints such as the inability to handle large-volume gas streams and compatibility with only moderate-volume gas streams due to flux and selectivity problems are also limiting the growth of the gas separation business.
Major manufacturing firms produce and distribute equipment containing gas separation membranes. The high cost of this equipment is expected to hamper market growth, according to pricing trends.
“Increase in Oil & Gas Projects in Europe”
Europe is an attractive market for gas separation membranes with 50% share. The scenario is projected to continue due to upcoming multimillion-dollar oil and gas projects in the region. Owing to these high-budget projects, progressive environments for the regional gas separation membrane market are anticipated.
The market is anticipated to be driven by the presence of well-established chemical production facilities, key manufacturing businesses, and increasing investments in R&D activities. Market growth is attributed to the rapid innovation in gas separation membranes and rising gas processing operations.
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“Increasing Need for Shale Gas in the Country ”
The United States holds the lion's share of the North American gas separation membrane market due to the presence of numerous producers with extensive geographic distribution. Gas separation membranes are in great demand owing to the rising need for shale gas. Due to increased natural gas consumption in the region, the demand for oil and gas gaskets is increasing in parallel.
“Huge Demand for Energy-efficient & Cost-effective Procedures for Gas Separation in Germany”
Market expansion in Germany is accelerated by the huge demand for energy-efficient & cost-effective procedures for gas separation. The widespread use of natural gas processing plants in the separation of harmful gases is driving market growth in Germany. Increased use of brownfield land for construction activities and rising residential and industrial development are driving market growth.
“Surging Need for Carbon Dioxide Removal from Reservoirs”
Growing government measures to support biogas generation are anticipated to fuel market expansion in Japan. Market expansion is fueled by rapid urbanization, rising sanitation & freshwater demand, and the surging need for carbon dioxide removal from reservoirs. The market is being driven by an increase in population and the growth of end-use industries.
“Hollow Fiber Modules More Preferred in Data Transmission & Telecommunication Applications Due to Their Flexibility”
Based on construction, the market is divided into hollow fiber modules, spiral wound modules, and plate & frame modules. Hollow fiber modules account for 60% share of the global market. Hollow fiber modules are utilized in data transmission and telecommunication applications because of their flexibility and capacity to withstand high tensile stresses.
An insulated fiber optic cable with high strength, lightweight, and flexibility is known as hollow fiber or lumen fiber. It comprises an outer sheath made of resilient yet pliable insulation material and an inner core made of extremely flexible insulation material.
The thin and small capillaries that make up the hollow fiber module are bundled together and precisely potted on either end to prevent leakage between the feed chamber and the permeate chamber. Porous polymer fibers are typically found in hollow fiber modules, which greatly expands the range of applications for these materials.
“Gas Separation Membranes Used to Separate Hydrogen from Natural Gas Utilizing Steam Reforming Operations”
Based on application, the market is classified into nitrogen separation, hydrogen separation, methane separation, acid gas separation, carbon dioxide separation, oxygen separation, and olefin-paraffin separation. When temperatures are high enough, downstream treatment procedures widely use hydrogen separation and recovery.
Gas separation membranes are used to separate hydrogen from natural gas utilizing steam reforming operations. Methane conversion and hydrogen separation are both done in one step in this method. The degree of chemical conversion improves as a result of the equilibrium shifting caused in this case by constant hydrogen separation, improving plant efficiency overall.
The need for hydrogen is expanding internationally along with the demand for sustainable energy. For the manufacturing of chemicals and electronics, hydrogen is widely employed in the hydro-treating and hydrocracking processes that result in cleaner and higher-value fuels.
The production of hydrogen results in leftover gas streams or byproducts, both of which include a high amount of valuable compressed hydrogen. To economically extract hydrogen from such gas streams with minimal losses, gas separation membrane modules are used. Gas separation membrane modules produce separations that produce 90 to 99.9% pure hydrogen.
Top gas separation membrane manufacturers are focusing on maintaining product standards, collaborations, supply chain management, and quality control of novel gas separation membranes. One major trend that is becoming more common in gas separation membranes is new developments in polymeric membranes. To provide effective gas separation, leading gas separation manufacturers are moving towards polymeric membranes.
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Global gas separation membrane demand is valued at US$ 1.3 billion in 2023.
The global gas separation membrane market is estimated to reach US$ 2.8 billion by 2033.
Europe accounts for 50% share of the global market for gas separation membranes.
Technological advancements in gas separation membranes and increasing demand for biogas & natural gas driving market growth.
Adoption of gas separation membranes is forecasted to increase at a CAGR of 8% through 2033.
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