12, February 2024
Triton’s analysis predicts that the Global Membranes Market is set to rise at a CAGR of 6.74% during the forecast period 2024-2032.
This raises the question: What is prompting this growth?
According to WHO, in 2022, at least 1.7 billion people used drinking water contaminated by feces. Microbial contamination leads to transmission of water-borne diseases like cholera, diarrhea, typhoid, etc. WHO also states that around 505,000 deaths caused annually are due to diarrhea. Thus, to provide clean water for consumption purposes, countries opt-in to deploy membranes and remove the contaminants.
Estimates by the Asian Development Bank also suggest that in Asia-Pacific, around 1.5 billion people in rural areas and 600 million in urban areas lack adequate water supply and sanitation. This paves the way for sound water management techniques.
Hence, stakeholders make enormous efforts to explore purification methods and develop new membrane applications to reuse higher quantities of water. In fact, Triton’s analysis predicts that the Asia-Pacific Membranes Market is set to rise at a CAGR of 7.26% during the forecast period 2024-2032.
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Introduced by Avista Technologies, AdvisorCi is a software that predicts precise dosing and use rates for membrane chemicals. In December 2023, it was updated with a new multivariable model, which presently allows users to create a 3D graph to track the pH and temperature of the membrane system.
Additionally, RO is known for its adaptability, efficiency in desalinization, and higher recovery rate than traditional methods. Hence, it is one of the most commonly used waterproofing techniques across industries like pharmaceuticals, automotive, food & beverages, etc.
In order to provide convenient ultrafiltration technologies, DuPont’s IntegraTec offers a new, diverse portfolio featuring reliable and durable modules, flexible system design, PVDF, PP, and PES membrane configuration. As per its press release, its membrane technologies were used in more than 3000 installations across the world to produce 50 million cubic meters of water daily.
UF has pores with a size range of 0.02 to 0.05 microns, which helps in the successful elimination of silt, bacteria, viruses, and colloids. Thus, industry players actively invest in research and innovation within ultrafiltration to improve the efficiency of membranes, which creates significant growth opportunities in the reviewed market.
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A striking evolution in membrane technology is made by NX Filtration. It is a global provider of direct nanofiltration technology, recognized for its design that enables one step micropollutants removal with fewer chemicals. Removing the micropollutants like nano plastics, color and selective salts, PFAS, viruses, bacteria, etc., also requires less energy, thereby creating a strong sustainability benefit.
This highlights that hollow fiber nanofiltration membranes are widely used by municipal authorities, laboratories, industrialists, aquaculture, etc. in tackling issues with hardness and color in water. Accordingly, our analysis estimates that the membranes market by nanofiltration is set to witness the fastest growth at a CAGR of 7.69% over the forecast years 2024-2032.
Nanostone recently made efforts on nanomaterials, aiming to enhance the production and application of ceramic membranes on a global scale. By employing a segmented monolith design, the system facilitates an unrestricted permeate flow along the entire length of the module. This specific design serves to reduce the flow restrictions and unnecessary pressure drops while maximizing surface area.
The modules are engineered to accommodate high flow rates, ensuring a user-friendly system due to broader flow channels. Moreover, the striking ability of this type of membrane material to withstand mechanical, chemical, and thermal stress widens the scope of the ceramic membranes market.
Suez SA developed a new product, ZeeLung, to treat wastewater in a small footprint. It is a membrane aerated biofilm reactor (MABR) used to upgrade the existing water treatment plants witnessing larger tank volumes.
ZeeLung cassettes are deployed to deliver oxygen to the biofilm without the use of air bubbles, which results in reducing energy consumption by 4X. The biofilm contains bacteria that utilize the oxygen to diffuse pollutants such as ammonia and organics from the bulk solution.
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In Conclusion
The search for alternative water resources in drinking water and irrigation will persist with a growing dependence on groundwater. The impacts of climate change are anticipated to bring more fluctuations in harvested rainwater. Thus, enhanced management of all water resources is essential to ensure the quality of water. These reasons will drive the demand for membranes, thereby opening a new window of innovations for membrane manufacturers.
Membrane manufacturers use materials such as ceramic, synthetic polymers, zeolite, and palladium. Similarly, a combination of all these can be used to design hybrid membranes and leverage the strength of every component.
Q.2) How much is the global membranes market worth?The global membranes market was worth $8389.34 million in revenue in 2023 and is expected to generate $15121.63 million in 2030.
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