Membravo develops advanced polymer membranes for challenging industrial gas and liquid chemical separations. These robust solutions enhance operational efficiency by improving purity and significantly reducing energy consumption in processes like hydrogen production and water treatment. The company provides scalable, retrofit-ready separation platforms designed to perform reliably in extreme, chemically harsh environments.
Funding
Funding not disclosed
Founders
Product
Problem
Current hydrogen separation methods are often costly and inefficient, leading to significant CO2 emissions when hydrogen is mixed with other gases in industrial processes. Existing technologies struggle to cost-effectively separate hydrogen from diverse gas mixtures, hindering decarbonization efforts in various sectors.
Solution
Membravo provides advanced hydrogen separation membranes designed to efficiently extract hydrogen from various gas mixtures, including syngas, methane, and other industrial off-gases. Their modular separation units integrate into both new and existing assets, enabling high hydrogen purity and recovery rates. The membranes are engineered to tolerate chemical impurities and high temperatures, making them suitable for deployment in harsh operating conditions where other separation processes are not viable. By reducing waste and increasing efficiency in hydrogen value chains, Membravo's technology contributes to significant reductions in CO2 emissions.
Target Audience
The primary target audience includes companies involved in hydrogen production, refining, chemical manufacturing, and other industrial sectors seeking to improve the efficiency and reduce the carbon footprint of their hydrogen-related processes.
Features
- Membranes capable of separating hydrogen from diverse gas mixtures, including green, blue, and gray hydrogen production processes.
- High hydrogen purity and recovery rates, maximizing the yield of usable hydrogen.
- Tolerance to chemical impurities, reducing the need for extensive pre-treatment.
- Operability at high temperatures, expanding the range of applicable processes.
- Modular design for easy integration into existing infrastructure.
- Scalable manufacturing process to meet growing demand.