JSW's Meth2gen Project: Converting Methane to Hydrogen for Sustainable Mining
Key Ideas
- JSW's research project aims to convert waste methane into hydrogen, enhancing methane capture efficiency in mines.
- The project involves directional drilling to improve methane drainage and the construction of a plant for hydrogen production.
- Hydrogen production from excess methane using SMR technology is expected to be cost-effective and in line with decarbonisation efforts.
- The initiative aligns with EU methane regulations, emphasizing the importance of methane emissions monitoring and reduction in coal mines.
Polish coal mines operator, Jastrzębska Spółka Węglowa (JSW), has initiated the Meth2gen project to explore converting waste methane into hydrogen. With a €20m contribution from JSW and EU support of €25.6m, the project focuses on enhancing methane capture efficiency in mines, particularly the Budryk mine. By utilizing directional drilling and SMR technology, methane will be converted into hydrogen while capturing CO2 for fire prevention. The aim is to achieve a 70% methane drainage efficiency in longwalls. This initiative not only promotes sustainability in mining but also aligns with EU methane regulations, emphasizing the monitoring and reduction of methane emissions. With Poland being a significant methane emitter in coal mining, the project addresses environmental concerns and contributes to the growth of hydrogen demand for decarbonisation globally.