We are thrilled to announce that we have won the contract to supply filtration systems for a multi-billion dollar blue hydrogen manufacturing facility in Louisiana, US.
This clean energy project is set to come on stream in 2026, producing over 750 million standard cubic feet per day of blue hydrogen for pipeline customers on the US Gulf Coast and blue ammonia for global hydrogen markets. Impressively, around 95% of the facility’s carbon dioxide emissions (over 5 million tons per year) will be captured and permanently sequestered in inland geological pore spaces in Louisiana, making it the world’s largest carbon capture for sequestration project currently in development.
We will be supplying a pair of three-stage filter modules to clean the intake air of the Air Separation Unit, which separates oxygen and nitrogen. These modules are designed to operate at a flow rate of more than 650,000 cubic meters per hour. The primary contractor on the project found that we offered the most technically suitable solution for the blue hydrogen manufacturing and CCS facility, having successfully installed other Cleanova filtration products.
Commenting on the contract win, our CEO, Javaid Riaz, said: “This is a significant contract win for Cleanova and demonstrates our commitment to supporting the clean energy transition through innovative filtration solutions. Our team in Jaipur, India, should be congratulated for securing this work. We look forward to collaborating with the EPC contractor to ensure exceptional filtration results.”
Cleanova is an advanced filtration powerhouse born from the fusion of industry titans like Airpel, Dollinger, Plenty, and Vokes. Having emerged from Celeros Flow Technology in 2023, we boast a global footprint of 300+ filtration experts positioned across manufacturing sites in the US, UK, Ireland, India, and the Middle East. Our commitment to delivering innovative, mission-critical filtration systems allows our customers to sustain their industrial processes and protect the environment by increasing efficiencies, reducing emissions, and minimizing waste.