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100
Net Zero
Cities
by
2030
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The
Energy
Transition
Is
Here
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Revolutionizing
The Way
Industries
Think About
Separation
Technologies
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Accelerating
Sustainable
Hydrogen
Economy
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How We Contribute to Net-Zero
See How We Contribute to
Net Zero

At the Heart of Climate Technology

Ion membranes develops and manufactures ion exchange membranes and separators for the green energy industry. Our solutions are used in batteries, electrolyzers, fuel cells, chlor-alkali plants, electrodialysis water treatment processes and other areas where an ionic range separation is necessary.

What
is
an
Ion Exchange Membrane?
What is an Ion Exchange Membrane?
An ion exchange membrane is a type of selective barrier that allows the transport of certain ions while preventing the passage of others. It is commonly used in various applications, including water treatment, electrochemical processes, fuel cells, and chemical separations. The membrane is typically made of a polymer material that contains ion exchange groups. These groups can attract and selectively exchange ions present in a solution. The exchange process occurs as the target ions in the solution interact with the ion exchange groups on the membrane surface, resulting in the separation or purification of the desired ions.  Says ChatGPT.
Membranes play a crucial role in the energy value chain by enabling various processes related to energy production, storage, and utilization. Here are some reasons why membranes are important in the energy value chain:
  1. Separation and purification
  2. Fuel cell technology
  3. Energy storage
  4. Gas separation and capture
  5. Hydrogen production
Overall, membranes contribute to energy efficiency, sustainability, and environmental stewardship by enabling efficient separations, facilitating energy conversion, improving energy storage, and supporting clean energy production and utilization throughout the energy value chain.
Why Membranes Are Important For Energy Value Chain?
Why Membranes Are Important For Energy Value Chain?

How Does It Work?

Electrolysis
Fuel Cell Technology
Energy Storage (Batteries)
Chlor Alcali
What
Are
The Challenges
For Membranes?
What Are The Challenges For Membranes?
Check out
how we overcome these challenges

Ion exchange membranes face several challenges that can limit their performance and widespread adoption. 

Some of the key challenges include:

  1. Ion Selectivity
  2. Chemical & Thermal Stability
  3. Humidification Requirement
  4. Cost
  5. Scale-up and Integration
  6. Durability
  7. Foulling
  8. Compliance with PFAS regulations

Researchers and engineers are actively working to address these challenges through materials innovation, membrane design, surface modification techniques, and advanced characterization methods. Continued research and development efforts are aimed at improving the performance, stability, selectivity, and cost-effectiveness of ion exchange membranes to expand their applicability across various industries. Says ChatGPT…